tapmatic - Smiag.ch

Tapping attachments 

Tap chucks 

Cutting fluids

TAPMATIC – 

The tapping specialists 

TAPMATIC has for over 50 years manufactured tapping attachments of 

the highest quality. Generous investment in research and development 

has created and maintained a leading market position worldwide in the 

field of integrated reversing tapping attachments.TAPMATIC tapping 

attachments can be used on all machine tools from the manually 

operated to the most sophisticated CNC machining centre. In 1981 

TAPMATIC (Kriessern) in Switzerland opened their own manufacturing 

plant, who‘s primary responsibility is to supply the European market. 

All tapping heads and spare parts are available from this central plant 

in Kriessern. TAPMATIC have their own distribution companies in all 

major countries throughout Europe. TAPMATIC also has stockists with 

trained representatives in more than 50 industrial countries world-wide 

ensuring the best possible service. Cutting fluids are a further product 

of TAPMATIC. They enable perfect threads to be cut, of the highest 

precision and surface finish including very difficult materials. 

Each tapping unit goes through practical test runs and has a one year 

guarantee, according to our certified quality standard ISO 9001:2000. 

The advantages of 

TAPMATIC tapping heads 

TAPMATIC‘s self-reversing attachments keep a constant tapping speed 

for optimum tap life. 

This means 

n Ideal chip flow = perfect thread surface 

n Constant high RPM up to 5000 

n Shorter machining time, due to saving two spindle reversals per 

tapped hole. 

n Therefore reduced wear to expensive CNC machines 

n In most cases a 50% to 100% increased tap life 

Self-feed 

Permits the tap to act as its own lead screw. The self-feed accommodates 

any differences between thread pitch and machine feed 

control. The tap is propelled by rotation only and cuts a thread without 

pressure; this guarantees a thread of high quality, which is as accurate 

as the tap itself. 

Patented ball drive 

TAPMATIC‘s spring biased rolling ball design transmits rotational 

power to the tap. The ball disengages smoothly and silently after 

reaching the thread depth switching to the reverse mode. 

Collets 

TAPMATIC tapping attachments use multi-range Rubber-Flex collets 

or steel collet ER type, preferably ER-GB. Usually no more than two 

Rubber-Flex collets are required to cover a unit‘s capacity range. 

Modular systems 

The straight shank design with Weldon type flats to DIN1835B+E 

permits easy adaption to standard tool holders. 

TAPMATIC Kriessern, Switzerland 

Thread depth accuracy 

TAPMATIC tapping attachments disengage after reaching their 

pre-selected thread depth, irrespective of any machine spindle lag. The 

depth is equal to the feed set on the machine plus the self-feed in the 

unit. 

Adjustable slipping clutch 

The manual type TAPMATIC heads are fitted with a safety clutch, 

which guards against tap breakage. This clutch design is intended as a 

safety device only and a machine stop should be set to allow the tap to 

release before bottoming whenever possible. 

TAPMATIC Post Falls, USA 

Internal coolant system 

Some TAPMATIC tapping attachments are designed with internal 

coolant systems capable of a supply up to 80 bar. Ideal lubrication 

is achieved by supplying coolant within or alongside the tool shank, 

thereby thread quality is improved. Furthermore this can be cost-effective 

as tap life is increased by washing away swarf from the core hole. 

Hard start 

Because of its unique design, the hard start guarantees the tap will cut 

at the same point each time without compression, even at high RPMs. 

Front release 

This protects the tap chuck, tap adapter, tap and work piece from 

damage.This can occur when the length compensation is exceeded 

(tension) e.g. because the machine spindle lags in the change from 

forward to reverse or a rapid spindle movement backwards before the 

tap is completely out of the component. In these situations the quick 

change tap adapter disengages from the tap holder automatically and 

avoids expensive damage. 

 

TAPMATIC

Product line index 

Description Model Page 

Self-reversing tapping attachments 

Automatic reverse with increased reverse ratio. 

For manually operated drilling and milling 

machines. 

X 

TC / DC 

RX 

6 

7 

7 

Heavy duty self-reversing tapping attachment 

for machines with automatic feed 

1:1 Reverse Ratio 

SPD / SPD-QC 

8 

CNC tapping attachments with 

straight shanks 

For vertical and horizontal CNC machining centres, 

for continuous production. Extended spindles and 

interchangeable shanks available. 

RDT 

RDT-IC 

RDTXT 

RDTICXT 

9 

10 

11 

11 

SynchroFlex with straight shanks to DIN 1853B+E, 

HSK, ISO, BT 

For rigid tapping on CNC machines with/without 

internal coolant, ER-GB or QC-collets. 

SFT 

SX 

13 

14 

15 

16 

Tap chucks with straight shanks DIN 1835B+E or 

morse taper 

For use on NC machining centres or NC centre 

lathes and all machines with controlled feed. 

SM 17 

Tap chucks with quick-change adapters to 

DIN 1835B+E 

With tension/compression, for rigid tapping, 

without internal coolant, front release, for use on 

all machines with controlled feed. 

TA 18 

19 

Tap chucks with quick-change adapters, 

with internal coolant to DIN 69893A, DIN 1835B+E 

With tension/compression, for rigid tapping, with 

internal coolant, with quick-change tap adapters 

steel or rubber. 

TIC 20 

21 

Various accessories 

suitable for tapping attachments tapping chucks 

and machine spindles. 

Quick-change 

tap adapters 

Collets 

Clamping nuts/ 

sealing gaskets 

Arbors 

24–27 

28–29 

29 

30 

Cutting fluids 

FERROFLUID for steel and stainless steel, 

ALUFLUID for aluminium. MINIFLUID for difficult 

materials, application by drop. 

FERROFLUID 

ALUFLUID 

MINIFLUID 

31 

TAPMATIC

Tapping attachments – 

selector chart 

Series X TC/DC RX SPD RDT RDT-IC ASR / RSR 

Capacity in steel M0,5 – M30 M1,4 – M18 M1,4 – M18 M1,4 – M42 M1 – M25 M2,5 – M25 M2 – M16 

max. RPM 2000 2000 2000 2000 6000 3500 3000 

For use on 

Manual machines • • • 

CNC machines 

• 

CNC machining centres • • • 

CNC lathes 

• 

Features 

Automatic reverse • • • • • • • 

Constant tapping speed • • • • • • • 

Adjustable slipping clutsch • • • 

Release to neutral • • • • • • • 

For right and left hand tapping 

Integral stop arm • • • 

Internal coolant system (max. 50 bar) 

• 

Extended length 

• 

Collets and adapters 

Multi-range collets RF • • • • 

Steel collets ER / ER-GB • • • 

Quick change tap adapters: 

• 

T positive drive • 

TC adjustable torque control • 

D die holders • 

E / TF collet holders 

• 

Attachment mounts 

Internal taper • • • • 

Internal thread • • • • 

Straight shank DIN 1835B+E • • 

Shank HSK 

• 

Shank VDI 3425 (DIN 69880) 

• 

Modification Possible 

Tap chucks – 

selector chart 

Series SFT SX SM TA TIC TIM NC 

Capacity in steel M2 – M30 M2 – M20 M1,4 – M30 M1 – M48 M3 – M24 M7 – M24 M1,4 – M22 

For use on 

Manual machines • • • 

CNC machines • • • • • 

CNC machining centres • • • • • • • 

CNC lathes • • • • • • • 

Features 

Self-feed (tension/compression) • • • • • • • 

Front release • • • • 

Hard start • • • • 

Release to neutral 

• 

For right and left hand tapping • • • • • • 

Internal coolant system • • • • 

–10 bar minimum quantity lubrication • 

–50 bar • • • 

–80 bar • • 

Collets and adapters 

Multi-range collets RF 

• 

Steel collets ER / ER-GB • • 

Quick change tap adapters: • • • • • 

T positive drive • • • • • 

TC adjustable torque control • • • • 

T-IK positive drive, internal coolant (for taps without internal coolant) • • 

TC-IK torque control, internal coolant (for taps without internal coolant) • • 

D die holders • • • 

E / TF collet holders • • • • 

ER collet adapter USA • 

Shrink Fit Adapters • • • 

Tap chuck mounts 

Straight shank DIN 1835B+E • • • • • • • 

Morse taper arbor DIN 228B • • 

Shank HSK DIN 69893A • • • • • 

Shank DIN 69871A, A / D, B • • • 

Shank MAS-BT (JIS B6339) • • 

Shank DIN 2080 • • 

Shank VDI 3425 (DIN 69880) • • • 

Shank ABS (system KOMET) • • • 

 

TAPMATIC

Advantages of tapping attachments with automatic reversal 

X | RDT | RDT-IC tapping attachment 

General Information 

Thread cutting is the only machining operation which requires a 

change of direction for the return of the tool. This can be laborious, it 

also causes wear and is a costly procedure for any machine. 

RDT / RDT-IC tapping attachment 

RDT and RDT-IC reversing tapping attachments are specially designed 

for fastest thread manufacturing on CNC machining centres. They also 

eliminate reversal related machine wear and tear and reduce energy 

consumption. The patented ball drive with integrated planet gear 

for automatic reversal creates an almost constant cutting speed and 

eliminates the need to start the machine spindle twice per thread. 

By using the RDT tapping attachments the cycle time is reduced and 

the life of the tap is increased. The IC-version allows coolant to flow 

directly through the tapping head. 

Case history: 

Constant speed tapping – 

the secret of longer tap life 

RPM 

Tapping with an attachement 

Reversal 

Feed in 

Feed out 

Time 

Tapping with a machine spindle reversal 

Reversal 

Feed in 

Feed out 

Application 

Thread cutting on a horizontal machining centre Fritz Werner 

TC800 with internal cooling. 

RPM 

Material 

GG20 

Time 

Tap 

M6 standard thread HSS with TIN-AL coating 

Power consumption for 144 threads M8 

Thread 

M6 standard thread, 9 mm deep, tapping drill ø 5.05 and 12.5 mm deep 

Speed 

Rigid tapping with spindle reversal, programmed speed 1‘200 RPM 

(ø RPM reached: 513) 

Results 

Cycle time of 6 min 34 sec for 68 threads 

Change with TAPMATIC 

Using a TAPMATIC tapping attachment RDT-IC50 with ER16 

spindle, programmed speed 1‘800 RPM. 

KW 

Machine reversal 

1500 UpM 

TAPMATIC 

1500 UpM 

TAPMATIC 

2500 UpM 

Minutes 

Evaluation of economic efficiency 

Energy cost saving of 75% 

Not only is the shorter cycle time of 

importance, but also the constant 

spindle direction. By changing the 

direction (decelerating and 

accelerating) of the spindle, higher 

spikes of power are needed, which 

can be prevented by constant 

spindle rotation. 

Improvement 

Cycle time reduced to 3 min 22 sec for 68 threads, tap life tripled. 

Advantage 

Besides reducing the cycle time, tap life was considerably increased 

Costs 

Tapping 

attachment 

RDT-IC 

Number of threads/part 68 68 

Number of parts 400 400 

Cycle time per part/min 3.36 6.56 

Cycle time in hours 22.4 43.7 

Machine hourly rate in 70 70 

Number of taps 22 65 

Tap costs in 275 813 

Production costs in 1‘568 3‘061 

Chuck costs in (approx.) 1‘500 450 

Total costs in 3‘343 4‘324 

Cost reduction in 981 

Collets chuck 

with 

compensation 

Total cost / year 

Break Even Point 

Saving 

Tap 

Tap 

collet chuck 

RDT-IC 

RDT-IC 

Collest 

chuck 

Results 

n Reduction of cycle time by 50% 

n Increase of production capacity 

n Tap life tripled 

n Less machine wear (no spindle reversals) 

n Roughly 75% energy savings by constant speed tapping 

Conclusion 

With the use of tapping attachments, the cycle time is less, which 

also increases productivity. Additionally, machine repair / downtime 

is reduced, also tap and energy costs. 

TAPMATIC

Self-reversing tapping attachments with high-speed return and 

adjustable slipping clutch 

The compact build and simple handling, together with multiplicity of interchangeable arbors 

used with these units, makes them first choice in 75% of all thread cutting operations. The spring 

bias drive permits smooth tapping speeds up to 2000 RPM. 

Features 

n Adjustable slipping clutch (discs) 

n Automatic reversal 

n Self-feed (tension-compression) 

n Re-entry cushion 

n Right hand tapping (Left hand on request) 

n Multi-range collets (RF) 

n High-speed return 1.75 : 1 

n Interchangeable arbors 

Application 

For all manually operated drilling and milling machines. 

Delivery 

Standard accessories include 2 wrenches, all necessary hex keys and one stop arm. Please order 

the necessary 2 multi-range collets and arbor separately. 

X 

L 

D 

Model Order code Capacity Max. RPM Mounts S L mm Collets RF 

in steel 

Taper mounts Thread. mounts 

100XB 16101 M0,5–M2 2000 JT1 94 117XB7 

30X 10306 M1,4–M7 2000 JT6 113 J116 

10312 B12 

J117 

10316 B16 

10333 JT33 

10331 5/16"–24 104 

10337 3/8"–24 

10350 1/2"–20 113 

10362 5/8"–16 

10375 3/4"–16 

50X 10506 M3–M12 1500 JT6 153 J421 

10516 B16 

J422 

10533 JT33 

10537 3/8"–24 148 

10550 1/2"–20 

10562 5/8"–16 

10575 3/4"–16 

70X 10703 M5–M18 1200 JT3 176 J443 

10718 B18 

J440 

10750 1/2"–20 

10762 5/8"–16 

10775 3/4"–16 

10787 7/8"–20 

90X 10904 M10–M30 600 JT4 219 J461 

10915 1.1/2"–18 

J462 

Note: When using Roll Form Taps the tool’s tapping capacity must be reduced by 25%. 

Rubber Flex collets page 29. Interchangeable shanks page 30. 

Dimensions 

Model D mm d mm Self-feed mm T Weight kg 

100XB 33 9 5 0.200 

30X 48 19 3.5 0.500 

50X 70 27 6 1.400 

70X 76 36 9 2.100 

90X 105 57 13 5.000 

Order information: 

Order code 10516 (50X-B16) + J421, J422 (standard collets) + MK2-B16 (arbor) 

Collets RF 

on page 29 

Arbors 

on page 30 

Info on pages 33, 35 

 

TAPMATIC

TC/DC | RX 

Self-reversing tapping attachments with high-speed return, 

adjustable slipping clutch and depth control 

The TC/DC models are identical to the X models, however they have the additional feature of 

depth control, thus the self-feed can be reduced. 

Application 

For all manually operated drilling and milling machines where tapping short blind holes is 

required. 

Delivery 



Model Order code Capacity Max. RPM Mounts S L mm Collets RF 

in steel 


30TC/DC 14306 M1,4–M7 2000 JT6 122 J116 

14312 B12 

J116 

14316 B16 

14333 JT33 

14331 5/16"–24 113 

14337 3/8"–24 

14350 1/2"–20 122 

14362 5/8"–16 

50TC/DC 14506 M3–M12 1500 JT6 169 J421 

14516 B16 

J422 

14533 JT33 

14537 3/8"–24 

14550 1/2"–20 

14562 5/8"–16 

70TC/DC 14703 M5–M18 1200 JT3 191 J443 

14718 B18 

J440 

14750 1/2"–20 

14762 5/8"–16 

14787 7/8"–20 

Universal self-reversing tapping attachments with 

high-speed return 

A robust head for volume production and performance, suitable for roll tapping. A higher degree 

of torque is transferred through the heavy-duty ball clutch (slipping) to the tap, making it a very 

durable unit. 

Application 

For all manually operated drilling and milling machines. 

Delivery 



L 

D 

Model Order code Capacity Max. RPM Mounts S Collets RF 

in steel 


RX 30 013006 M1,4–M7 2000 JT6 J116 

013016 B16 

J117 

013033 JT33 

30337 3/8"–24 

30350 1/2"–20 

RX 50 015006 M3–M12 1500 JT6 J421 

015016 B16 

J422 

015033 JT33 

015050 1/2"–20 

RX 70 017006 M5–M18 750 JT3 J443 

017087 7/8"–20 J440 



Dimensions 

d 

Model D mm d mm Self-feed mm T Weight kg 

RX30 53 19 6 0,700 

RX50 76 27 10 1,800 

RX70 88 36 10 3,000 

Collets RF 

Arbors 

on page 29 on page 30 

Info on pages 33, 35 

TAPMATIC

Self-reversing tapping attachments for machines with 

automatic feed 

A short durable tapping attachment with a 1:1 reverse ratio, suitable particularly for difficult 

applications such as combination drill taps and roll form tapping. 

Features 

n Direct drive 1:1 ratio 


n Self-feed (tension-compression) 

n Re-entry cushion (Hard start available on request) 

n Multi-range collets (RF) or quick-change collets (steel) 

n Interchangeable arbors 

Application 

For turret drill machines, pneumatic/hydraulic operated 

and electro-drill units. 

SPD | SPD-QC 

Delivery 

Standard accessories include 2 wrenches, all necessary hex keys and one stop arm. 

Please order the necessary 2 multi-range collets and arbor separately. 

Model Order code Max. RPM Capacity Mounts S L mm Collets 

in steel 


SPD-3 18316 2000 M1,4–M7 B16 118 J116 

18333 JT33 

J117 

18337 3/8"–24 105 

18350 1/2"–20 113 

18362 5/8"–16 

18375 3/4"–16 118 

SPD-5 18516 1500 M3–M12 B16 148 J421 

18533 JT33 

J422 

10537 3/8"–24 138 

10550 1/2"–20 

18562 5/8"–16 

18575 3/4"–16 

18587 7/8"–20 148 

SPD-7 18703 1200 M5–M18 JT3 175 J443 

18750 1/2"–20 162 

J440 

18762 5/8"–16 

18787 7/8"–20 175 

SPD-9A 17904 600 M10–M30 JT4 228 J461 

17915 1.1/2"–18 200 

J462 

Quick-change version 

Model Order code Max. RPM Capacity Mounts S L mm Tap adapters 

in steel 


SPD-3 QC 18216 2000 M1,4–M7 B16 109 0 

18233 JT33 

T0 

18237 3/8"–24 96 

TC0 

18250 1/2"–20 104 

18262 5/8"–16 

18275 3/4"–16 109 

SPD-5 QC 18416 1500 M3–M12 B16 130 1 

18433 JT33 

T1 

18450 1/2"–20 122 

TC1 

18462 5/8"–16 

18489 7/8"–20 130 

SPD-7 QC 18603 1200 M5–M18 JT3 159 2 

18650 1/2"–20 147 

T2 

18662 5/8"–16 

TC2 

18687 7/8"–20 159 

SPD-7 QC 17804 600 M10–M30 JT4 217 3, T3 

17815 1.1/2"–18 189 

TC3 

SPD-11 QC 18100 400 M22–M42 2.1/4"–10 236 T4, TC4 



Dimensions 

Model D mm d mm Self-feed mm Weight kg 

SPD-3 53 19 3 0,5 

SPD-5 69 27 5 1,4 

SPD-7 76 36 7 2,1 

SPD-9A 103 57 10 5,0 

SPD-3 QC 53 28 3 0,5 

SPD-5 QC 69 36 5 1,4 

SPD-7 QC 76 54 7 2,1 

SPD-9A QC 103 76 10 5,0 

SPD-11 QC 146 90 13 14,0 

Collets RF 

Shanks 

Arbors 

Tap adapters 

on page 29 on page 30 

on page 30 

on pages 24–27 

Info on pges 33, 35 

 

TAPMATIC

High speed tapping attachments with automatic reversal for 

CNC machines with straight shank 

These tapping attachments are of extremely compact build. The stop arm prevents any rotation 

in the tool magazine and serves as a torque bar when the head is loaded in the machine spindle. 

According to the motto “FAST AND SIMPLE TO INSTALL”, TAPMATIC is maintaining a list with 

stop arms, which have already been manufactured. By informing us about the machine type and 

serial number (please complete the customer inquiry form on page 34), we will be able to supply 

you with a quotation and principle drawing at short notice. 

Features 

n Low-friction cushioned drive, up to 5000 RPM 


n Self-feed (tension) 

n Steel collets ER-GB 

n Straight shanks DIN 1635B+E 

n Interchangeable stop arm assembly for different centre distances 

n Accurate thread depths 

n Reduced CNC machine spindle wear 

n Shorter cycle time 

n Increased tap life 

n Reduction in energy consumption 

Application 

For CNC machining centres with automatic toolchanger (bore cycle G85). 

Delivery 

Standard accessories include 2 wrenches and all necessary hex keys. Please order stop arm, 

ER-GB collets and arbor separately. 

Model Order code Capacity 

Straight shank S Collets 

Max. RPM 

in steel 

Ø mm 

RDT15 3915258 M1 – M3 25 ER8 5000 

RDT25 39252511 M2,5 – M6 25 ER11 3500 

RDT50 39502516 M4,5 – M12 25 ER16 2300 

RDT85 HS 39852525 M11 – M20 25 ER25 1500 

RDT85 39852532 M12 – M25 25 ER32 1200 

RDT100 391002540 M14 – M25 25 ER40 1000 

n on request 


Steel collets page 29. Interchangeable shanks page 30. 

Dimensions 

Model D mm d mm L2 mm L3 mm L4 mm Weight kg 

RDT15 57 12 97 55/65/80 42 1,400 

RDT25 57 19 106 55/65/80 42 1,400 

RDT50 80 27 126 55/65/80 42 2,900 

RDT75 80 42 133 55/65/80 42 3,000 

RDT85 HS 80 42 150 65/80 42 3,400 

RDT85 80 50 157 65/80 42 3,500 

RDT100 80 63 167 65/80 42 4,300 

RDT 

Stop arm assemblies for models RDT and RDT/IC 

CNC tapping attachment RDT and RDT/IC are supplied as standard without stop arms. 

Depending upon the centre distance (see L3 above, centre of the machine spindle to the centre 

of the stop pin) stop arm assemblies are available with a 55mm, 60mm or 80mm centre distance. 

They are attached to the tapping attachment via 4 fixing bolts. Other distances are obtainable by 

using spacers. 

Suitable head 

Model 

RDT15 

RDT25 

RDTIC25 

RDT50 

RDTXT50 

RDTIC50 

RDTICXT50 

RDT85, 

RDT85 HS 

RDT100 

RDTIC85 

RDTIC85 HS 

RDTIC100 

Order code Centre distance Dimensions 

L4 + R mm R mm S mm L4 + S mm 

392555 55 13 29 71 

392565 65 23 39 81 

392580 80 38 54 96 

395055 55 13 29 71 

395065 65 23 39 81 

395080 80 38 54 96 

398565 65 23 39 81 

398580 80 38 54 96 

Note: An alternative universal stop arm assembly is available on page 32. 

Steel collets 

on page 28 

TAPMATIC 

Interchangeable 

NC shanks 

on page 30 Info on pages 32, 33, 35

High speed tapping attachments with automatic reversal 

for CNC machines with straight shank and 

internal coolant system 

The RDT/IC models were developed for CNC machines with automatic tool change and internal 

coolant systems. The coolant is fed through the machine spindle into the tapping attachments 

internal system and out through the IC tap. 





Features 

n Low-friction cushioned drive, up to 3500 RPM 




n Straight shanks DIN 1635B+E 

n Interchangeable stop arm assembly for different centre distances 


n Internal coolant through spindle 50 bar maximum 





Application 

For CNC machining centres with automatic toolchanger (bore cycle G85). 

Delivery 




in steel 

Straight 

shank S 

Ø mm 

n on request 


RDTIC 

Collets Max. RPM Weight kg 

RDTIC25 40252511 M2,5–M6 25 ER11 3500 1,200 

RDTIC50HS 405025LW16M M4,5–M12 25 ER16 2300 2,500 

RDTIC50 40502520 M4,5–M12 25 ER20 2000 2,500 

RDTIC85HS 40852525 M11–M20 25 ER25 1500 3,800 

RDTIC85 40852532 M12–M25 25 ER32 1200 3,500 

RDTIC100 401002540 M14–M25 25 ER40 1000 4,300 

High speed tapping attachments with integral HSK shank and 

integral coolant system 

Model Order code Capacity HSK shank Collets Max. RPM Weight kg 

in steel 

RDTIC50HS 4050H63LW16M M4,5–M12 63A ER16 2300 3,200 

4050H80LW16M 80A 4,000 

4050H100LW16M 100A 5,000 

RDTIC85HS 4085H6325 M11–M20 63A ER25 1500 4,600 

4085H8025 80A 5,000 

4085H10025 100A 6,100 

RDTIC85 4085H6332 M12–M22 63A ER32 1200 4,600 

4085H8032 80A 5,000 

4085H10032 100A 6,100 

RDTIC50 available with ER20 and ER25 spindles on request 

Note: The RDTIC models are supplied with standard nuts. When using taps with internal coolant we recommend IC nuts 

and gaskets. In this case S must be added to the article number. When using Roll Form Taps the tool’s tapping capacity 

must be reduced by 25%. 

Dimensions 

Model D mm d mm HSK63A HSK80A HSK100A L2 mm L3 mm L4 mm 

25 mm 

L1 L1 L1 

RDTIC25 57 19 – – – 125 55/65/80 42 

RDTIC50HS 80 22 50 55 56 137 55/65/80 42 

RDTIC50 80 34 50 55 56 133 55/65/80 42 

RDTIC85HS 80 42 50 55 56 150 65/80 42 

RDTIC85 80 50 50 55 56 157 65/80 42 

RDTIC100 80 63 – – – 167 65/80 42 


NC shanks 

on page 30 

Stop arm assembly 

on page 9 

Steel collets 

on page 29 

Sealing gaskets 

on page 29 

Info on pages 32, 33, 35 

10 TAPMATIC

RDTXT/IC 

Tapping attachments with automatic reversal, extended length, 

with straight shank 

The RDTXT and RDTICXT models with their extended spindles were developed to allow you to 

tap those difficult to reach holes, on CNC machines with automatic tool change. 





Features 

n Low-friction cushioned drive up to 2000 RPM 




n Straight shanks DIN1835B+E 

n Interchangeable stop arms assembly for different centre distances 

n Internal coolant through the spindle 50 bar maximum 



n Shorter cycle times 



Application 

For CNC machining centres with automatic toolchanger (bore cycle G85) 

Delivery 



Standard version 


Straght shank S Steel collets Max. RPM* 

in steel 

Ø mm 

adapters 

RDTXT50 395025191 M4,5–M12 25 ER16/ER20 2000 

395025255 1800 

* Maximum speed with ER20 insert is 1500 RPM. 

Version with internal coolant system 


Straght shank S Steel collets Max. RPM * 

in steel 

Ø mm 

adapters 

RDTICXT50 405025191 M4,5–M12 25 ER16/ER20 2000 

405025255 1800 

* Maximum speed with ER20 insert is 1500 RPM 

Dimensions 


RDTXT50 80 35 191 55/65/80 42 2,800 

255 2,800 

RDTICXT50 80 35 191 55/65/80 42 2,800 

255 2,800 

Note: When using internal coolant system we recommend the use of the IC nuts with gaskets, in this case S must be 

added to the article number. When using Roll Form Taps the heads tapping capacity must be reduced by 25%. 

ER collets page 29. Interchangeable arbors page 30. 

HSK shanks on request. 


NC shanks 

on page 30 

Stop arm assembly 

on page 9 

Steel collets 

on page 29 


on page 29 

Info on pages 32, 33, 35 

TAPMATIC 11

SFT SynchroFlex-tap chucks 

Highest thread quality with SynchroFlex-tap chucks 

General information 

On today‘s CNC machining centres, spindle rotation can be synchronized 

with the spindle feed (Rigid Tapping). However, experience shows 

that small errors in synchronization can occur. These differences are 

minimal, but lead to increased tool wear. 

Independent test by tap manufacturer 

Thrust test 10 holes, M6 R45-AL, 2 Flute tap (3XD), AL7075 at 1000 RPM. 

Graph illustrates the final hole tapped by each tap driver. 

SFT SynchroFlex-tap chucks 

By using the SynchroFlex tap 

holder with axial and radial movement, 

any difference in feed and 

spindle speed are compensated. 

The patented micro compensator 

(Flexure) cushions the differences, 

reducing pressure on the tap. 

A max. 0.5 mm deflection is 

constant throughout the life of the 

tapping unit, therefore enhancing 

tap life and quality of the thread. 

Thrust 

(N) 

210 

180 

150 

120 

90 

60 

30 

SFT100 

SFT10 

SFT75 

SFT50 

Thrust (N) 

0,1 0,2 0,3 0,4 0,5 

Deflection (mm) 

Tapmatic SFT50 

Competitor 1 

Depth 

Competitor 2 

Rigid Tap Holder 

Evaluation of economic efficiency 

Case history: 

Application 

Thread cutting on a horizontal machining centre with 

Fanuc control, rigid tapping. 

Costs 

SynchroFlex 

chuck 

Number of threads / year 50’000 50’000 

Number of threads / tap 2’400 1’000 

Number of taps / year 21 50 

Price / tap in 19 19 

Tap costs in 396 950 

Chuck costs in (approx.) 450 300 

Total costs in / year 846 1’250 

Cost reduction in / year 404 

Collet chuck 

without 

compensation 

Material 

42CrMo4V steel, heat treated to 650 N/mm2 

Tap size 

M8 x 1, metric fine 

Thread 

M8 x 1, 10 mm deep, through hole 

Speed 

500 RPM, Coolant: oil emulsion 6% 

Results 

Tap held in collet chuck: the tap needed to be replaced after 

1‘000 components completed 

Total cost /year 

Saving Tap 

Tap 


Collet chuck 

Break Even Point 

Collets chuck 


Improvement with TAPMATIC 

With the new TAPMATIC SFT50 chuck, tap life has been increased to 

between 2‘400 and 2‘900 components tapped before the tap needed 

to be changed. 

Advantage 

Besides cost savings (increase of tap life by 150%), knowing that 

all holes have been tapped during an unmanned shift. 

Results 

Conclusion 

n Increase of tap life 100% or more 

n Investment in a Synchroflex tap holder can be recovered 

in a matter of a few weeks 

n Less downtime (increase of production capacity) 

n Better thread quality 

n Increased process reliability due to less tap breakage 

By using SynchroFlex chucks quality threads and economic 

manufacture are guaranteed. 

12 TAPMATIC

SFT 

Synchro tapping chucks with micro-flex for CNC machines 

Synchro chucks are being used extensively on CNC machines for rigid tapping. On today’s CNC 

machining centres, spindle rotation can be synchronized with the spindle feed (Rigid Tapping). 

However, experience shows that small errors in synchronization can occur. These differences are 

minimal, but lead to increased tool wear. Furthermore, there are differences between computed 

feed rate and actual. Any discrepancy at all increases tension/torque on the tap, reducing tap life 

and thread quality proportionally. 

The SYNCHROFLEX tap chuck with its axial and radial MICRO-COMPENSATION eliminates these 

differences and supports a precise hole location. 

The results are 

n Increased tap life of 50% or more 

n Improved thread quality 

n Increased production due to less tap breakage 

n Fewer downtimes 

SynchroFlex tapping chucks with straight shank DIN 1835B+E 

Tapping chuck with MICRO-COMPENSATION (max. ±0.5mm). To eliminate radial and axial feed 

discrepancy in the CNC machines programmed feed/speed (rigid tapping). 

Features 

n Computer generated Flexure for cushioning (radial and axial) 

n The Flexure eliminates pressure on the tap, thereby perfect threads and up to double tap life 

n Right hand and left hand tapping 

n Steel collets ER-GB and interchangeable shanks 

n Predictable tapping behaviour throughout the entire life of the tool 

n Outstanding results with standard taps 

Application 

On CNC machining centres, CNC lathes with rigid tapping. 

Delivery 

Standard nut and wrench are included in the delivery. 


in steel 

Straight shank 

Ø mm 

Collets 

ER 

Max. IC-pressure 

bar 

SFT10 43102511 M2–M5 25 ER11 30 (80) 

SFT50 43502520 M4–M12 25 ER20 30 (80) 

SFT75 43752525 M10–M20 25 ER25 30 (80) 

SFT100 431002540 M18–M30 25 ER40 30 (80) 

Dimensions 

Model A mm B mm Straight shank Ø mm 

SFT10 53 19 25 

SFT50 63 34 25 

SFT75 83 42 25 

SFT100 112 63 25 

Note: Straight shanks 16mm; 20mm; 1“ subject to model available on request. Extended units for SFT50/75/100 are also 

available. Please indicate measurement A (in line drawing) length required. 

When using internal coolant of more than 30 bars, we recommend the use of our balanced coolant system BCS. Add 

“S” to the article number and you will receive the S-model with IC-nut. For minimum quantity lubricant MMS add 

“M” to the article number. Sealing gaskets are ordered separately. 

When using Roll Form Taps the tapping chuck’s capacity must be reduced by 25%. 

SynchroFlex tapping chucks with quick change version 

The models SFT50 and SFT75 can be supplied with QC spindles. Add “QC” to the article number. 

Shrink-fit is also available on request. 


NC shanks 

on page 30 

Steel collets 

on page 29 


on page 29 

TAPMATIC 13

SFT 

SynchroFlex tapping chucks with HSK shank 



Features 




n Steel collets ER-GB, interchangeable shanks 



n Internal coolant system up to 30 bar (version S for up to 80 bar) 

n Integrated short design 

Application 


Delivery 



in steel 

Shank HSK-A Collets ER Max. IC-pressure 

bar 

SFT50 4350H5020 M4–M12 50 ER20 30 (80) 

4350H6320 63 30 (80) 

4350H10020 100 30 (80) 

SFT75 4375H5025 M10–M20 50 ER25 30 (80) 

4375H6325 63 30 (80) 

4375H10025 100 30 (80) 

SFT100 43100H6340 M18–M30 63 ER40 30 (80) 

43100H10040 100 30 (80) 

Note: When using internal coolant of more than 30 bars, we recommend the use of our balanced coolant system BCS. 

Add “S” to the article number and you will receive the S-model with IC-nut. For minimum quantity lubricant MMS add 


The models SFT50 and SFT75 can be supplied with QC spindles. Add “QC” to the article number. Shrink-fit is also 

available on request. 

Extended units are also available please indicate measurement A (in line drawing) length required. 

When using Roll Form Taps the chuck’s tapping capacity must be reduced by 25%. 

Dimensions 

Model A (HSK 50A) mm A (HSK 63A) mm A (HSK 100A) mm B mm 

SFT50 102 102 109 34 

SFT75 122 122 129 40 

SFT100 – 151 158 63 

SynchroFlex tapping chucks with Capto ® shank 

SynchroFlex tapping chucks are also available with Capto ® shanks C4, C5, C6 and C8 upon 

request. 

Steel collets 

on page 29 


on page 29 

14 TAPMATIC

SFT 

SynchroFlex tapping chucks with DIN 69871 A/D shank 



Features 







n Integrated short design 

Application 


Delivery 



in steel 

Shank 

DIN 69871A/D 

Collets ER Max. IC-pressure 

bar 

SFT50 4350A4020 M4–M12 SK 40 ER20 30 (80) 

4350A5020 SK 50 

SFT75 4375A4025 M10–M20 SK 40 ER25 30 (80) 

4375A5025 SK 50 

Dimensions 

Model A mm B mm 

SFT50 98 34 

SFT75 118 40 

SynchroFlex tapping chuck with MAS BT shanks 


in steel 

Shank BT Collets ER Max. IC-pressure 

bar 

SFT50 4350B4020 M4–M12 BT40 ER20 30 (80) 

4350B5020 

BT50 

SFT75 4375B4025 M10–M20 BT40 ER25 30 (80) 

4375B5025 

BT50 

Dimensions 

Model A mm B mm Shank BT 

SFT50 90 34 40 

101 50 

SFT75 110 40 40 

121 50 


Add “S” to the article number and you will receive the S-model with IC-nut. For minimum quantity lubricant MMS add 



The models SFT50 and SFT75 can be supplied with QC spindles. Add “QC” to the article number. Shrink-fit is also 

available on request. 

Steel collets 

on page 29 


on page 29 

TAPMATIC 15

SX 

SelectaFlex-synchro tapping chucks with straight shank 

DIN1835B+E (adjustable) 

Tapping chuck with MICRO-COMPENSATION (max. ±0.5mm) to eliminate radial and axial feed 

discrepancy in the CNC machine programme feed/speed (rigid tapping). 

Features 

n The microcompensator eliminates pressure on the tap, thereby perfect threads and up to 

double tap life 

n Adjustable thrust for difficult materials or Roll Tapping 



n Internal coolant system up to 30 bar (version S for up to 80 bar) 

Application 


Delivery 



in steel 

Straight 

shank S 

Ø mm 

Collets ER 

Max. 

IC-pressure 

bar 

SX10 44102511 M2–M5 25 ER11 30 (80) 0.4 

SX50 44502520 M4–M12 25 ER20 30 (80) 0.5 

SX75 44752525 M10–M20 25 ER25 30 (80) 1.0 

Weight kg 

Dimensions 

Model A mm B mm Straight shank Ø mm 

SX10 51 19 25 

SX50 63 34 25 

SX75 83 42 25 


Add “S” to the article number and you will receive the S-model with IC-nut. Sealing gaskets are ordered separately. 


Adjustable thrust 

These units have the additional feature of adjustable thrust. They can be adjusted ± to give 

optimal production and exact thread depth in difficult/special materials, this applies particularly 

to Roll Form Tapping. 

Steel collets 

on page 29 


NC shanks 

on page 30 


on page 29 

16 TAPMATIC

SM 

Tapping chucks with straight shank DIN 1835B+E 

for multi-range collets (RF) 

The tension and compression in the SM units is increased to accommodate excessive synchronization 

inaccuracies. The chucks are non-reversing, change of tapping direction is done by 

machine spindle (G84 tapping cycle). 

Features 

n Increased tension compression 

n Adjustable hard start 


n Multi-range collets (RF), adjustable back jaw 

Application 

On NC machines, lathes as well as all machines with controlled feed. 

Delivery 



Model Order code Capacity Straight shank Collets Self-feed mm 

in steel Ø mm 

Rubber Flex Tension T Compress. H 

SM2-016 23216 M1,4–M7 16 J116, J117 4.5 5 

SM2-020 23220 20 

SM4-016 23416 M3–M12 16 J421, J422 7 7 

SM4-020 23420 20 

SM4-025 23425 25 

SM6-020 23620 M5–M18 20 J440, J443 11 11 

SM6-025 23625 25 

SM8-025 23825 M10–M30 25 J461, J462 17 17 

Dimensions 


SM2-016 27 19 48 53 26 0,200 

SM2-020 50 

SM4-016 38 27 48 71 36 0,400 

SM4-020 50 

SM4-025 56 

SM6-020 47.5 37 50 96 56 0,800 

SM6-025 56 

SM8-025 63.5 57 56 128 78 2,000 

Tapping chucks with morse taper arbor DIN 228B 

for multi-range collets (RF) 

The tension and compression in the SM units is increased to accommodate excessive synchronisation 

inaccuracies. The chucks are non-reversing, change of tapping direction done is by 

machine spindle (G84 tapping cycle). 

Features 

n Increased tension compression 



n Multi-range collets (RF), adjustable back jaw 

Application 

On NC machines, lathes as well as all machines with controlled feed. 

Delivery 



Model Order code Capacity Morse taper Collets Self-feed mm 

in steel MT 

Rubber Flex Tension T Compress. H 

SM2-002 23202 M1,4–M7 2 J116, J117 4.5 5 

SM4-002 23402 M3–M12 2 J421, J422 7 7 

SM6-003 23603 M5–M18 3 J440, J443 11 11 

SM8-004 23804 M10–M30 4 J461, J462 17 17 

Dimensions 


SM2-002 27.0 19 80 57.5 26 0,200 

SM4-002 38.0 27 80 74 36 0,400 

SM6-003 47.5 37 99 99 56 0,900 

SM8-004 63.5 57 124 134 78 2,300 

Collets RF 

on page 29 

TAPMATIC 17


quick-change version 

The TA tapping chuck has tension/compression and adjustable hard start, with its quick change 

spindle the taps can be changed in seconds. 

Features 

n Self-feed (tension/compression) 



n Quick-change spindle 

n Short construction 


in steel 

Straight 

shank 

Tap adapters Self-feed mm Front 

release 

Ø mm 

Tension T Compress. H Z mm 

TA0-016 15016 M1–M10 16 T0, TC0, E0, TF0 7.5 5 1,7 

TA0-020 15020 M1–M10 20 T0, TC0, E0, TF0 7.5 5 1,7 

TA1-016 15116 M3–M14 16 T1, TC1, E1, D1, TF1 8 5 2,1 

TA1-020 15120 M3–M14 20 T1, TC1, E1, D1, TF1 8 5 2,1 

TA1-025 15125 M3–M14 25 T1, TC1, E1, D1, TF1 8 5 2,1 

TA2-025 15225 M4,5–M24 25 T2, TC2, E2, D2, TF2 15 8.5 2,8 

TA2-032 15232 M4,5–M24 32 T2, TC2, E2, D2, TF2 15 8,5 2,8 

TA3-032 15332 M14–M36 32 T3, TC3, D3, TF3 23.5 15 4,1 

TA4-040 15440 M22–M48 40 T4, TC4 25 16.5 5,7 

TA 

Application 

On all machine-tools with controlled feed, 

especially on CNC machining centres and 

lathes. 

Note: When using Roll Form Taps the chuck’s tapping 

capacity must be reduced by 25%. 

The quick-change adapters are ordered separately, see 

pages 24–27. 

Dimensions 

Model D mm d mm L1 mm L2 mm 

TA0-016 29 13 48 38.0 

TA0-020 50 

TA1-016 39 19 49 39.0 

TA1-020 51 

TA1-025 57 

TA2-025 56 31 57 63.0 

TA2-032 

TA3-032 81 48 61 124.0 

TA4-040 99 60 71 135.5 

Tapping chucks with HSK shank DIN 69893A 

quick change version 

The TA tapping chuck with HSK DIN69893A has tension/compression and adjustable hard start, 

with its quick change spindle the taps can be changed in seconds. 

Features 





n Integral HSK spindle 



in steel 

Shank S 

HSK-A 

Tap adapters Self-feed Front 

release 


TA1-HSK50A 15150 M3–M14 50 T1, TC1 8 5 2.1 

TA1-HSK63A 15163 63 

E1, D1, TF1 

TA1-HSK80A 15180 80 

TA1-HSK100A 15100 100 

TA2-HSK50A 15250 M4,5–M24 50 T2, TC2 15 8.5 2.8 

TA2-HSK63A 15263 63 

E2, D2, TF2 

TA2-HSK80A 15280 80 

TA2-HSK100A 15200 100 

TA3-HSK63A 15363 M14–M36 63 T3, TC3, 23.5 15 4.1 

TA3-HSK80A 15380 80 

D3, TF3 

TA3-HSK100A 15300 100 

TA4-HSK80A 15480 M22–M48 80 T4, TC4 25 16.5 5.7 

TA4-HSK100A 15400 100 


NC shanks 

on page 30 

Tap adapters 


Application 

On machining centres with HSK adaption. 

Note: When using Roll Form Taps the chuck’s tapping 

capacity must be reduced by 25%. 

The quick-change adapters are ordered separately, see 

pages 24–27. 

Dimensions 


TA1-HSK50A 39 19 25 77 

TA1-HSK63A 32 79 

TA1-HSK80A 40 83.5 

TA1-HSK100A 50 85.5 

TA2-HSK50A 56 31 25 111 

TA2-HSK63A 32 113 

TA2-HSK80A 40 117.5 

TA2-HSK100A 50 119.5 

TA3-HSK63A 81 48 32 164 

TA3-HSK80A 40 168.5 

TA3-HSK100A 50 170.5 

TA4-HSK80A 99 60 40 203 

TA4-HSK100A 50 205 

18 TAPMATIC

TA 

Tapping chucks with to DIN 69871A quick change version 

The TA tapping chuck to DIN 69871A has tension/compression and adjustable hard start, with its 

quick-change spindle the tap can be changed in seconds. 

Features 





n Integral Shank DIN 69871A 


Application 

Especially on machining centres with adaption acc. to DIN 69871A. 


in steel 

Shank Tap adapters Self-feed mm Front 

release 


TA1-DIN40 15142 M3–M14 40 T1, TC1, E1 8 5 2.1 

TA1-DIN50 15152 50 

D1, TF1 

TA2-DIN40 15242 M4,5–M24 40 T2, TC2, E2 15 8.5 2.8 

TA2-DIN50 15252 50 

D2, TF2 

TA3-DIN40 15342 M14–M36 40 T3, TC3 23.5 15 4.1 

TA3-DIN50 15352 50 

D3, TF3 

TA4-DIN40 15442 M22–M48 40 T4, TC4 25 16.5 5.7 

TA4-DIN50 15452 50 

Dimensions 


TA1-DIN40 39 19 68.25 74 

TA1-DIN50 101.6 

TA2-DIN40 56 31 68.25 98 

TA2-DIN50 101.6 

TA3-DIN40 81 48 68.25 147 

TA3-DIN50 101.6 159 

TA4-DIN40 99 60 68.25 160 

TA4-DIN50 101.6 

Note: When using Roll Form Taps the chuck’s tapping capacity must be reduced by 25%. 

The quick-change adapters are ordered separately, see pages 24–27. 

Tapping chucks with morse taper shank DIN 228B quick change version 

The TA tapping chuck with morse taper shank DIN228B has tension/compression and adjustable 

hard start, with its quick-change spindle the tap can be changed in seconds. 

Features 





n Integral shank morse taper shank DIN228B 


Application 

On machine-tools with controlled feed, especially on machining centres, lathes and column drill 

presses. 


in steel 

Morse taper 

MT 


release 


TA0-MT1 15001 M1–M10 1 T0, TC0 7.5 5 1.7 

TA0-MT2 15002 2 

E0, TF0 

TA1-MT2 15102 M3–M14 2 T1, TC1 8 5 2.1 

TA1-MT3 15103 3 

E1, D1, TF1 

TA2-MT3 15203 M4,5–M24 3 T2, TC2 15 8.5 2.8 

TA2-MT4 15204 4 

E2, D2, TF2 

TA2-MT5 15205 5 

TA3-MT4 15304 M14–M36 4 T3, TC3 23.5 15 4.1 

TA3-MT5 15305 5 

D3, TF3 

TA4-MT5 15405 M22–M48 5 T4, TC4 25 16.5 5.7 

TA4-MT6 15406 6 

Dimensions 


TA0-MT1 29 13 62.0 43.5 

TA0-MT2 29 13 75.0 45.0 

TA1-MT2 39 19 75.0 47.0 

TA2-MT3 56 31 94.0 71.0 

TA3-MT4 81 48 117.5 105.0 

TA4-MT5 99 60 149.5 116.5 

Tap adapters 




TAPMATIC 19

TIC 

Tapping chucks with straight shank to DIN 1835B+E 

internal coolant system, quick change version 

The TIC tapping chuck has an internal coolant system, tension/compression and adjustable hard 

start, with its quick-change spindle the tap can be changed in seconds. 

Features 





n Internal coolant system (max. 50 bar) 


Application 

On all machine-tools with internal coolant system, especially on lathes and machining centres. 


in steel 

Straight 

shank 

Ø mm 

TIC1-025 16125 M3–M14 25 T1, T1-IK 

TC1, TC1-IK 

E1, D1 

TIC2-025 16225 M4,5–M24 25 T2, T2-IK 

TC2, TC2-IK 

E2, D2 


release 


7.5 5 2.5 

10 7 3 

Dimensions 


TIC1-025 43 19 57 62 

TIC2-025 59 31 57 98 



Tapping chucks with HSK DIN 69893A 

internal coolant system, quick change version 


start, with its quick-change spindle the tap can be changed in seconds with a perfect seal. 

Features 






n Integral HSK Shank 


Application 

On all machine-tools with internal coolant system, especially on lathes and machining centres. 


in steel 

Shank S 

HSK-A 


release 


TIC1-HSK50A 16150 M3–M14 50 T1, T1-IK 7.5 5 2.5 

TIC1-HSK63A 16163 63 

TC1, TC1-IK 

TIC1-HSK80A 16180 80 

E1, D1 

TIC1-HSK100A 16100 100 

TIC2-HSK50A 16250 M4,5–M24 50 T2, T2-IK 10 7 3 

TIC2-HSK63A 16263 63 

TIC2-HSK80A 16280 80 

TIC2-HSK100A 16200 100 

TC2, TC2-IK 

E2, D2 

Dimensions 


TIC1-HSK50A 43 19 25 91 

TIC1-HSK63A 32 93 

TIC1-HSK80A 40 97 

TIC1-HSK100A 50 98 

TIC2-HSK50A 59 31 25 140 

TIC2-HSK63A 32 130 

TIC2-HSK80A 40 133 

TIC2-HSK100A 50 135 

Tap adapters 




20 TAPMATIC

Tapping chucks with shank DIN 69871 A/D or B 

internal coolant system quick change version 


start, with its quick-change spindle the tap can be changed in seconds. 

Features 






n Integral shank DIN 69871A/D or B 


Application 

Especially on machining centres with adaption acc. to DIN 69871A/D or B. 


in steel 

Shank Tap adapters Self-feed mm Front 

release 


TIC1-DIN40AD 16142 M3–M14 40A/D T1,T1-IK 7.5 5 2.5 

TIC1-DIN40B 16143 40B TCI, TC1-IK 

TIC1-DIN50AD 16152 50A/D E1, D1 

TIC1-DIN50B 16153 50B 

TIC2-DIN40AD 16242 M4,5–M24 40A/D T2, T2-IK 10 7 3 

TIC2-DIN40B 16243 40B 

TIC2-DIN50AD 16252 50A/D 

TIC2-DIN50B 16253 50B 

TC2,TC2-IK 

E2, D2 

TIC 

Dimensions 


TIC1-DIN40AD 43 19 68.4 97 

TIC1-DIN40B 

TIC1-DIN50AD 101.8 

TIC1-DIN50B 

TIC2-DIN40AD 59 31 68.4 133 

TIC2-DIN40B 

TIC2-DIN50AD 101.8 

TIC2-DIN50B 



Further shank versions as DIN 69880 (VDI 3425), ABS (System Komet) available on request. 

Tap adapters 


TAPMATIC 21

Special models on request 

High speed tapping attachments with automatic reversal for 

CNC machines 

The ID models are particularly suitable for CNC machines with limited space in the tool 

magazine. With its outside diameter of only 65mm the unit occupies only one station in the tool 

change magazine. 

Features 

n Low-friction cushioned drive up to 2500 RPM 




n Straight shanks, interchangeable shanks available (HSK) 

n Renewable drive systems 


n Reduced machine spindle wear 




Application 

On CNC machining centres with automatic tool changer (bore cycle G85) or modified and 

efficient sub routine. 

Delivery 

Standard accessories include 2 wrenches and all necessary hex keys. The required stop arm, 

sealing gaskets as well as ER-GB (ER) steel collets are ordered separately. 


in steel 

Max. RPM 

Straight 

shank S 

Ø mm 

Collets 

ID50 38642 M4,5–M12 2500 25 ER20 2,5 


Several models with HSK shank on request. 

Weight kg 

Tapping attachments for CNC centre lathes with VDI shank 

Features 




n Modular VDI shank DIN 69880 (VDI3425) 

Application 

On CNC-lathes with activated tools and VDI shank. 

Radial self-reversing tapping attachment RSR 

Model Order code Capacity in steel Collets Max. RPM 

RSR50 37014 M4,5–M12 ER16 2500 

Model RSR 

Axial self-reversing tapping attachment ASR 

Model Order code Capacity in steel Collets Max. RPM 

ASR50 37030 M2,5–M7 ER11 3000 

ASA50 37034 M4,5–M12 ER16 2500 

ASA65 37038 M6–M16 ER20 1500 


Steel collets and VDI shank are ordered separately. The VDI shank is manufactured individually for your lathe. 

Dimensions for the attachments available on request. 

Model ASR 

Steel collets 

on page 28 

22 TAPMATIC

D 

S 

L 1 


quick change version 

Features 


n Releasable hard start 


n Right hand tapping 

n Neutral position 

n Quick change spindle T, TC, TF, D, E 

n Interchangeable shanks 

Special models on request 

H 

T 

L 2 

Application 

On machine-tools with controlled feed, especially on CNC machining centres and CNC lathes. 

Model Order code Capacity in steel Straight shank S Tap adapters 

mm 

NC-0 34002 M1,4–M6 20 T0, TC0, TF0, D0, E0 

NC-1 34012 M3–M12 25 T1, TC1, TF1, D1, E1 

NC-2S 34022S M5–M22 25 T2, TC2, TF2, D2, E2 


quick change for minimal coolant 

Features 


n Hard start 

n Front release 

n Internal coolant system (Minimum quantity lubrication up to max. 10 bar) 




Application 

Especially on CNC machining centres. 

Model Order code Capacity in steel Straight shank S Tap adapters 

mm 

TIM1-025 17125 M7–M14 25 T1 

TIM2-025 17225 M7–M24 25 T2 

Further shank versions on request. 

Synchro tapping chucks without length compensation 

multi-range collets (RF) 

Features 

n Rigid without tension/compression 

n Multi-range collets (RF) 

n Adjustable back jaw to drive tap 


Application 

Especially on CNC machining centres with synchronous control. 

Model Order code Capacity in steel Taper mount Collets 

DIN 238 

JACOBS 

SM41-JT1 24101 M1,4–M7 JT1 J116, J117 

SM42-B12 24212 M3–M12 B12 J421, J422 

SM42-JT1 24201 JT1 

SM42-JT2 24202 JT2 

SM44-B16 24416 M5–M18 B16 J443, J440 

SM44-JT2 24402 JT2 

SM44-JT6 24406 JT6 

Tap adapters 



NC shanks 

on page 30 

Collets RF 

on page 29 

Arbors 

on page 30 

TAPMATIC 23

T 

Quick-change tap adapters DIN/ISO positive drive 

For tap chucks TA, TIC, TIM and NC. 

Features 

n Positive drive 

n Right and left hand tapping 

n Internal coolant system through the tap 

Model Tap size Seize Dimensions 

d mm L1 mm D mm L2 mm 

T0 M1–M10 0 13 26.5 22 7 

T1 M3–M14 1 19 28.5 30 7 

T2 M4,5–M24 2 31 46.5 48 11 

T3 M14–M36 3 48 68.5 70 14 

T4 M22–M48 4 60 105.0 92 42 

Product range – Adapters 

Tap Shank 

Ø 

Square 

mm 

Order code 

T0 

Order code 

T1 

Order code 

T2 

Order code 

T3 

Order code 

T4 

M1 2.5 2.1 T0-025021 

M2 2.8 2.1 T0-028021 

M2,5 2.8 2.1 T0-028021 

M2,6 2.8 2.24 T0-028022 

M3 2.24 1.8 T0-022018 

M3 3.15 2.5 T0-0315025 

M3 3.5 2.7 T0-035027 

M3,5 3.55 2.8 T0-035028 T1-035028 

M3,5 4 3 T0-040030 T1-040030 

M4 2.8 2.1 T0-028021 – 

M4 4 3.15 T0-040031 T1-040031 

M4 4.5 3.4 T0-045034 T1-045034 

M4,5 4.5 3.55 T0-045035 T1-045035 

M5 3.5 2.7 T0-035027 T1-035027 

M5 5 4 T0-050040 T1-050040 

M5 6 4.9 T0-060049 T1-060049 T2-060049 

M6 4.5 3.4 T0-045034 T1-045034 – 

M6 6 4.9 T0-060049 T1-060049 T2-060049 

M6 6.3 5 T0-063050 T1-063050 T2-063050 

M7 5.6 4.5 T0-056045 T1-056045 – 

M7 7.1 5.6 T0-071056 T1-071056 T2-071056 

M8 6 4.9 T0-060049 T1-060049 T2-060049 

M8 8 6.2 T0-080062* T1-080062 T2-080062 

M8 8 6.3 T0-080063* T1-080063 T2-080063 

M10 7 5.5 T0-070055* T1-070055 T2-070055 

M10 10 8 T1-100080 T2-100080 

M12 9 7 T1-090070 T2-090070 

M12 9 7.1 T1-090071 T2-090071 

M14 11 9 T1-110090 T2-110090 T3-110090 

M14 11.2 9 T1-112090 T2-112090 T3-112090 

M16 12 9 T1-120090* T2-120090 T3-120090 

M16 12.5 10 T1-125100* T2-125100 T3-125100 

M18 14 11 T2-140110 T3-140110 

M18 14 11.2 T2-140112 T3-140112 

M20 14 11.2 T2-140112 T3-140112 

M20 16 12 T2-160120 T3-160120 

M22 16 12.5 T2-160125 T3-160125 

M22 18 14.5 T2-180145 T3-180145 T4-180145 

M24 18 14 T2-180140 T3-180140 T4-180140 

M24 18 14.5 T2-180145 T3-180145 T4-180145 

M27 20 16 T2-200160* T3-200160 T4-200160 

M30 22 18 T2-220180* T3-220180 T4-220180 

M33 22.4 18 T2-224180* T3-224180 T4-224180 

M33 25 20 T3-250200 T4-250200 

M36 28 22 T3-280220 T4-280220 

M37 28 22.4 T3-280224 T4-280224 

M39 32 24 T3-320240* T4-320240 

M42 32 24 T3-320240* T4-320240 

M44 31.5 25 T3-315250* T4-315250 

M45 36 29 T3-360290* T4-360290 

M48 36 29 T3-360290* T4-360290 

Note: Version with (*) only suitable for light processing. 

24 TAPMATIC

Quick-change tap adapters DIN/ISO adjustable torque control 

For tap chucks TA, TIC and NC. 

Features 

n Adjustable torque control 


n Internal coolant system through the tap 



TC0 M1–M10 0 13 40.5 23 21 

TC1 M3–M14 1 19 46.5 32 25 

TC2 M4,5–M24 2 31 69 50 34 

TC3 M14–M36 3 48 100.5 72 45 

TC4 M22–M48 4 60 131 95 68 

TC 

Product range – Adapters with torque control 

Tap Shank 

Ø 

Square 

mm 

Order code 

TC0 

Order code 

TC1 

Order code 

TC2 

Order code 

TC3 

Order code 

TC4 

M1 2.5 2.1 TC0-025021 

M2 2.8 2.1 TC0-028021 

M2,5 2.8 2.1 TC0-028021 

M2,6 2.8 2.24 TC0-028022 

M3 2.24 1.8 TC0-022018 

M3 3.15 2.5 TC0-031025 

M3 3.5 2.7 TC0-035027 

M3,5 3.55 2.8 TC0-035028 TC1-035028 

M3,5 4 3 TC0-040030 TC1-040030 

M4 2.8 2.1 TC0-028021 – 

M4 4 3.15 TC0-040031 TC1-040031 

M4 4.5 3.4 TC0-045034 TC1-045034 

M4,5 4.5 3.55 TC0-045035 TC1-045035 

M5 3.5 2.7 TC0-035027 TC1-035027 

M5 5 4 TC0-050040 TC1-050040 

M5 6 4.9 TC0-060049 TC1-060049 TC2-060049 

M6 4.5 3.4 TC0-045034 TC1-045034 – 

M6 6 4.9 TC0-060049 TC1-060049 TC2-060049 

M6 6.3 5 TC0-063050 TC1-063050 TC2-063050 

M7 5.6 4.5 TC0-056045 TC1-056045 – 

M7 7.1 5.6 TC0-071056 TC1-071056 TC2-071056 

M8 6 4.9 TC0-060049 TC1-060049 TC2-060049 

M8 8 6.2 TC0-080062* TC1-080062 TC2-080062 

M8 8 6.3 TC0-080063* TC1-080063 TC2-080063 

M10 7 5.5 TC0-070055 TC1-070055 TC2-070055 

M10 10 8 TC1-100080 TC2-100080 

M12 9 7 TC1-090070 TC2-090070 

M12 9 7.1 TC1-090071 TC2-090071 

M14 11 9 TC1-110090 TC2-110090 TC3-110090 

M14 11.2 9 TC1-112090 TC2-112090 TC3-112090 

M16 12 9 TC1-120090* TC2-120090 TC3-120090 

M16 12.5 10 TC1-125100* TC2-125100 TC3-125100 

M18 14 11 TC2-140110 TC3-140110 

M18 14 11.2 TC2-140112 TC3-140112 

M20 14 11.2 TC2-140112 TC3-140112 

M20 16 12 TC2-160120 TC3-160120 

M22 16 12.5 TC2-160125 TC3-160125 

M22 18 14.5 TC2-180145 TC3-180145 TC4-180145 

M24 18 14 TC2-180140 TC3-180140 TC4-180140 

M24 18 14.5 TC2-180145 TC3-180145 TC4-180145 

M27 20 16 TC2-200160* TC3-200160 TC4-200160 

M30 22 18 TC2-220180* TC3-220180 TC4-220180 

M33 22.4 18 TC2-224180* TC3-224180 TC4-224180 

M33 25 20 TC3-250200 TC4-250200 

M36 28 22 TC3-280220 TC4-280220 

M37 28 22.4 TC3-280224 TC4-280224 

M39 32 24 TC3-320240 TC4-320240 

M42 32 24 TC3-320240 TC4-320240 

M44 31.5 25 TC3-315250* TC4-315250 

M45 36 29 TC3-360290 TC4-360290 

M48 36 29 TC3-360290 TC4-360290 

Note: Version with (*) only suitable for light processing. 

TAPMATIC 25

T-IK | TC-IK 

Quick-change tap adapters DIN positive drive, 

internal coolant system 

For tap chucks TIC and TIM. 

Features 

n Positive drive 


n Internal coolant system (for taps without internal coolant) 



T1-IK M3–M14 1 19 28.5 30 7 

T2-IK M4,5–M24 2 31 46.0 48 11 

T3-IK M14–M30 3 48 68.5 70 14 

T4-IK M22–M48 4 60 105 92 42 

Product range – IC-Adapters 

Tap Shank 

Ø 

Square 

mm 

Standard Order code 

T1-IK 

Order code 

T2-IK 

Order code 

T3-IK 

Order code 

T4-IK 

M3 3.5 2.7 DIN371 T1-IK-035027 

M3,5 4 3 DIN371 T1-IK-040030 

M4 4.5 3.4 DIN371 T1-IK-045034 

M5 3.5 2.7 DIN376 T1-IK-035027 

M5 6 4.9 DIN371 T1-IK-060049 T2-IK-060049 

M6 4.5 3.4 DIN376 T1-IK-045034 – 

M6 6 4.9 DIN371 T1-IK-060049 T2-IK-060049 

M8 6 4.9 DIN376 T1-IK-060049 T2-IK-060049 

M8 8 6.2 DIN371 T1-IK-080062 T2-IK-080062 

M10 7 5.5 DIN376 T1-IK-070055 T2-IK-070055 

M10 10 8 DIN371 T1-IK-100080 T2-IK-100080 

M12 9 7 DIN376 T1-IK-090070 T2-IK-090070 

M14 11 9 DIN376 T1-IK-110090 T2-IK-110090 T3-IK-110090 

M16 12 9 DIN376 T2-IK-120090 T3-IK-120090 

M18 14 11 DIN376 T2-IK-140110 T3-IK-140110 

M20 16 12 DIN376 T2-IK-160120 T3-IK-160120 

M22 18 14.5 DIN376 T2-IK-180145 T3-IK-180145 T4-IK-180145 

M24 18 14.5 DIN376 T2-IK-180145 T3-IK-180145 T4-IK-180145 

M27 20 16 DIN376 T3-IK-200160 T4-IK-200160 

M30 22 18 DIN376 T3-IK-220180 T4-IK-220180 

M33 25 20 DIN376 T3-IK-250200 T4-IK-250200 

M36 28 22 DIN376 T3-IK-280220 T4-IK-280220 

M39 32 24 DIN376 T4-IK-320240 

M42 32 24 DIN376 T4-IK-320240 

M45 36 29 DIN376 T4-IK-360290 

M48 36 29 DIN376 T4-IK-360290 

Version with IC and torque control 



TC1-IK M3,5–M14 1 19 46.5 32 25 

TC2-IK M4,5–M24 2 31 69.0 50 34 

TC3-IK M14–M30 3 48 100.5 72 45 

TC4-IK M22–M48 4 60 131 95 68 

Product range – IC-Adapters with torque control 

Tap Shank 

Ø 

Square 

mm 

Norm 

Order code 

TC1-IK 

Order code 

TC2-IK 

Order code 

TC3-IK 

Order code 

TC4-IK 

M3,5 4 3 DIN371 TC1-IK-040030 

M4 4.5 3.4 DIN371 TC1-IK-045034 

M5 3.5 2.7 DIN376 TC1-IK-035027 

M5 6 4.9 DIN371 TC1-IK-060049 TC2-IK-060049 

M6 4.5 3.4 DIN376 TC1-IK-045034 – 

M6 6 4.9 DIN371 TC1-IK-060049 TC2-IK-060049 

M8 6 4.9 DIN376 TC1-IK-060049 TC2-IK-060049 

M8 8 6.2 DIN371 TC1-IK-080062 TC2-IK-080062 

M10 7 5.5 DIN376 TC1-IK-070055 TC2-IK-070055 

M10 10 8 DIN371 TC1-IK-100080 TC2-IK-100080 

M12 9 7 DIN376 TC1-IK-090070 TC2-IK-090070 

M14 11 9 DIN376 TC1-IK-110090 TC2-IK-110090 TC3-IK-110090 

M16 12 9 DIN376 TC2-IK-120090 TC3-IK-120090 

M18 14 11 DIN376 TC2-IK-140110 TC3-IK-140110 

M20 16 12 DIN376 TC2-IK-160120 TC3-IK-160120 

M22 18 14.5 DIN376 TC2-IK-180145 TC3-IK-180145 TC4-IK-180145 

M24 18 14.5 DIN376 TC2-IK-180145 TC3-IK-180145 TC4-IK-180145 

M27 20 16 DIN376 TC3-IK-200160 TC4-IK-200160 

M30 22 18 DIN376 TC3-IK-220180 TC4-IK-220180 

M33 25 20 DIN376 TC3-IK-250200 TC4-IK-250200 

M36 28 22 DIN376 TC3-IK-280220 TC4-IK-280220 

M39 32 24 DIN376 TC4-IK-320240 

M42 32 24 DIN376 TC4-IK-320240 

M45 36 29 DIN376 TC4-IK-360290 

M48 36 29 DIN376 TC4-IK-360290 

26 TAPMATIC

TF | E | D 

Quick-change collet chuck adapters 

Tap holders with various or adjustable back jaws to drive the square section of the taps. 

Application 

For tap chucks TA and NC. By means of two multi-range collets, all shank dimensions within the 

specified capacity can be covered. Without torque control, for right and left hand tapping. 

Delivery 

Standard accessories include wrench and necessary drive adapters for the specified capacity. 

Please see page 29 for multi-range collets, which have to be ordered separately. 

Model Order code Tap size Collets 

Rubber Flex 

TF0 29350 M1,4–M7 J116 

J117 

TF1 29351 M3–M12 J421 

J422 

TF2 29352 M5–M18 J443 

J440 

TF3 29353 M10–M30 J461 

J462 

Dimensions 

A mm B mm C mm D mm 

18.6 18.6 21.0 13 

27.4 18.6 27.0 19 

37.2 24.6 38.1 31 

54.0 31.8 50.5 48 

Quick-change tap adapters with steel collet 

Tap holder for steel collets ER and ER-GB with square. 

Application 

For tap chucks TA, TIC and NC. Without torque control, for right and left hand tapping as well as 

internal coolant system. 

Delivery 

Standard accessories include sealing gasket, wrench is not included. 

Model Order code Tap size Steel collets Dimensions 

D mm d mm L2 mm 

E0 29650 M2–M8 ER11 19 13 23 

E1 29651 M4–M12 ER20 34 19 33 

E2 29652 M4–M20 ER32 50 31 40 

Quick-change die holders 

For tap chucks TA, TIC and NC. 

Features 

n For dies to DIN 223 

IK 

d 

Ø 

D 

L2 

IK 

d 

Ø 

D 

Lmax 

L2 

Model Order code Die size 

Ø 

Capacity in steel Dimensions 

D mm d mm L2 mm Lmax mm 

D1 D1-160050 SE 16 x 5 M1–M4 30 19 15.0 36 

D1-200050 SE 20 x 5 M3–M4 30 15.0 36 

D1-200070 SE 20 x 7 M4,5–M6 30 17.0 38 

D1-250090 SE 25 x 9 M7–M9 35 19.0 40 

D1-300110 SE 30 x 11 M10–M11 40 20.5 42 

D1-380100 SE 38 x 10 M12x1–M15x1,5 48 19.5 41 

D1-380140 SE 38 x 14 M12–M14 48 23.5 45 

D2 D2-200050 SE 20 x 5 M3–M4 40 31 20.0 55 

D2-200070 SE 20 x 7 M4,5–M6 40 21.5 56 

D2-250090 SE 25 x 9 M7–M9 40 23.5 58 

D2-300110 SE 30 x 11 M10–M11 40 25.0 60 

D2-380100 SE 38 x 10 M12x1–M15x1,5 48 21.0 56 

D2-380140 SE 38 x 14 M12–M14 48 25.0 60 

D2-450140 SE 45 x 14 M16x1–M20x2 57 25.0 60 

D2-450180 SE 45 x 18 M16–M20 57 29.0 64 

D3 D3-300110 SE 30 x 11 M10–M11 60 48 29.0 84 

D3-380100 SE 38 x 10 M12x1–M15x1,5 60 28.0 83 

D3-380140 SE 38 x 14 M12–M14 60 32.0 87 

D3-450140 SE 45 x 14 M16x1–M20x2 60 32.0 87 

D3-450180 SE 45 x 18 M16–M20 60 36.0 91 

D3-550150 SE 55 x 15 M22x1–M26x2 72 30.0 85 

D3-550220 SE 55 x 22 M22–M24 72 35.0 90 

D3-650180 SE 65 x 18 M27x1–M36x2 82 32.0 87 

D3-650250 SE 65 x 25 M27–M36 82 38.0 93 

TAPMATIC 27

ER-GB 

Steel collets ER-GB with inner square 

Collets to DIN 6499B with inner square for positive drive of tap square. Especially suitable for 

synchronised tapping. Interchangeable with ER-collets. 

ER11GB 

A = 11.5 mm B = 17.0 mm 

Order code Shank mm Square mm 

GB111028 2.8 2.1 

GB111035 3.5 2.7 

GB111040 4.0 3.0 

GB111045 4.5 3.4 

GB111060 6.0 4.9 

ER16GB 

A = 17.0 mm B = 27.5 mm 


GB116040 4.0 3.15/3.2 

GB116045 4.5 3.4 

GB116050 5.0 4.0 

GB116053 5.5 4.3 

GB116055 5.5 4.5 

GB116065 6.0 4.5 

GB116060 6.0 4.9 

GB116062 6.2 5.0 

GB116063 6.3 5.0 

GB116070 7.0 5.5 

GB116071 7.1 5.6 

GB116080 8.0 6.2/6.3 

GB116085 8.5 6.5 

GB116090 9.0 7.0/7.1 

ER20GB 

A = 21,0 mm B = 31,5 mm 


GB120040 4.0 3.15/3.2 

GB120045 4.5 3.4 

GB120050 5.0 4.0 

GB120053 5.5 4.3 

GB120055 5.5 4.5 

GB120065 6.0 4.5 

GB120060 6.0 4.9 

GB120062 6.2 5.0 

GB120063 6.3 5.0 

GB120070 7.0 5.5 

GB120071 7.1 5.6 

GB120080 8.0 6.2/6.3 

GB120085 8.5 6.5 

GB120090 9.0 7.0/7.1 

GB120100 10.0 8.0 

GB120105 10.5 8.0 

GB120110 11.0 9.0 

GB120112 11.2 9.0 

ER25GB 

A = 26,0 mm B = 34,0 mm 


GB125040 4.0 3.15/3.2 

GB125045 4.5 3.4 

GB125050 5.0 4.0 

GB125053 5.5 4.3 

GB125055 5.5 4.5 

GB125065 6.0 4.5 

GB125060 6.0 4.9 

GB125062 6.2 5.0 

GB125063 6.3 5.0 

GB125070 7.0 5.5 

GB125071 7.1 5.6 

GB125080 8.0 6.2/6.3 

GB125085 8.5 6.5 

GB125090 9.0 7.0/7.1 

GB125100 10.0 8.0 

GB125105 10.5 8.0 

GB125110 11.0 9.0 

GB125112 11.2 9.0 

GB125120 12.0 9.0 

GB125125 12.5 10.0 

GB125140 14.0 11.0/11.2 

GB125150 15.0 12.0 

GB125160 16.0 12.0 

ER32GB 

A = 33,0 mm B = 40,0 mm 


GB132040 4.0 3.15/3.2 

GB132045 4.5 3.4 

GB132050 5.0 4.0 

GB132053 5.5 4.3 

GB132055 5.5 4.5 

GB132065 6.0 4.5 

GB132060 6.0 4.9 

GB132062 6.2 5.0 

GB132063 6.3 5.0 

GB132070 7.0 5.5 

GB132071 7.1 5.6 

GB132080 8.0 6.2/6.3 

GB132085 8.5 6.5 

GB132090 9.0 7.0/7.1 

GB132100 10.0 8.0 

GB132105 10.5 8.0 

GB132110 11.0 9.0 

GB132112 11.2 9.0 

GB132120 12.0 9.0 

GB132125 12.5 10.0 

GB132140 14.0 11.0/11.2 

GB132150 15.0 12.0 

GB132160 16.0 12.0 

GB132170 17.0 13.0 

GB132180 18.0 14.0/14.5 

GB132200 20.0 16.0 

ER40GB 

A = 41,0 mm B = 46,0 mm 


GB140065 6.0 4.5 

GB140060 6.0 4.9 

GB140062 6.2 5.0 

GB140063 6.3 5.0 

GB140070 7.0 5.5 

GB140071 7.1 5.6 

GB140080 8.0 6.2/6.3 

GB140085 8.5 6.5 

GB140090 9.0 7.0/7.1 

GB140100 10.0 8.0 

GB140105 10.5 8.0 

GB140110 11.0 9.0 

GB140112 11.2 9.0 

GB140120 12.0 9.0 

GB140125 12.5 10.0 

GB140140 14.0 11.0/11.2 

GB140150 15.0 12.0 

GB140160 16.0 12.0 

GB140170 17.0 13.0 

GB140180 18.0 14.0/14.5 

GB140200 20.0 16.0 

GB140220 22.0 18.0 

28 TAPMATIC

Accessories 

RF multi-range collets 

Rubber Flex collets for TAPMATIC tapping attachments and chucks. 

Model Order code Capacity Type 

mm 

J115 21500 1.0–2.5 Extra 

J116 21600 2.5–4.5 Standard 

J117 21700 4.5–6.5 Standard 

J420 22000 4.5–8.0 Extra 

J421 22100 3.5–6.5 Standard 

J422 22200 6.5–10.0 Standard 

J423 22300 2.0–4.5 Extra 

Model Order code. Capacity Type 

mm 

J440 24000 7.0–13.0 Standard 

J441 24100 4.5–10.0 Extra 

J443 24300 2.8–7.0 Standard 

J444 24400 1.8–4.5 Extra 

J445 24500 10.0–16.0 Extra 

J461 26100 10.0–16.0 Standard 

J462 26200 16.0–23.0 Standard 

XB collets 

for TAPMATIC miniature tapping attachment model 100XB. 


mm 

117XB1 20100 0.9–1.0 DIN 376 

117XB2 20200 1.1–1.25 ISO 

117XB3 20300 1.4–1.55 

117XB4 20400 1.6–1.8 


mm 

117XB5 20500 2.0–2.2 DIN 376 

117XB6 20600 2.3–2.5 DIN 371 

117XB7 20700 2.8–3.0 ISO 

117XB8 20800 3.3–3,6 

Clamping nuts to DIN 6499 

Order code Type A mm B mm 

341100 ER11 19 11.3 

341600 ER16 28 17.5 

342000 ER20 34 19.0 


342500 ER25 42 20.0 

343200 ER32 50 22.5 

344000 ER40 63 25.5 

Clamping nuts to DIN 6499 for internal coolant system 


341620 ER16 28 22.5 

342020 ER20 34 24.5 


342520 ER25 42 25.0 

343220 ER32 50 27.5 

344020 ER40 63 30.5 

Sealing gasket sets 

for clamping nuts to DIN 6499 for internal coolant system. 

Capacity 0.5 mm/gasket. 

Model Capacity mm Order code 

DS/ER16 03.0 – 10.0 316030 – 316100 

DS/ER20 03.0 – 13.0 320030 – 320130 

DS/ER25 03.0 – 16.0 325030 – 325160 

DS/ER32 03.0 – 20.0 332030 – 332200 

DS/ER40 03.0 – 26.0 340030 – 340260 

Miscellaneous sizes of sealing gaskets are available 

separately or as sets on request. 

Order example: 

The order code can easily be created according to the 

following example: 

Sealing gasket for nut DS/ER16 Ø 8.0 mm translates into 

part no. 316080 

Ordering key 

Article group Model Capacity Order code 

mm 

3 16 08.0 316080 

TAPMATIC 29

Morse taper arbors | NC shanks | Coolant tubes 

Morse taper arbors 

to DIN 238. 

NC shanks DIN 69871A/D 

Order code Morse taper DIN taper Length mm 

L1 

L2 

20112 MK1 B12 91 22 

20116 MK1 B16 98 29 

20212 MK2 B12 107 22 

20216 MK2 B16 114 29 

20218 Mk2 B18 122 37 

20312 MK3 B12 126 22 

20316 MK3 B16 133 29 

20318 MK3 B18 141 37 

20416 MK4 B16 160 29 

20418 MK4 B18 168 37 


to JACOBS taper. 

Order code Morse taper JACOBS taper Length mm 

L1 

L2 

20101 MK1 1 86 18 

20133 MK1 33 96 26 

20103 MK1 3 101 32 

20201 MK2 1 103 18 

20233 Mk2 33 111 26 

20203 MK2 3 117 32 

20204 MK2 4 128 43 

20301 MK3 1 122 18 

20333 MK3 33 130 26 

20303 MK3 3 136 32 

20304 MK3 4 147 43 

20433 MK4 33 157 26 

20403 MK4 3 162 32 

20404 MK4 4 173 43 

20503 MK5 3 195 32 

20504 MK5 4 205 43 

Order code Shank Bore Dimensions mm 

mm 

D A g 

S-241 SK40 20 65 35 M16 

S-242 SK40 25 65 35 M16 

S-251 SK50 20 72 35 M24 

S-252 SK50 25 72 35 M24 

NC shanks MAS-BT 

Order code Arbors Bore Dimensions mm 

mm 

D A g 

S-331 BT30 20 54 35 M12 

S-341 BT40 20 55 35 M16 

S-342 BT40 25 55 35 M16 

S-351 BT50 20 60 40 M24 

S-352 BT50 25 60 40 M24 

NC shanks DIN 2080 


with threaded mount. 

Order code Morse taper Threaded Length mm 

mount 

L1 

L2 

20137 MK1 3/8 – 24 82 65,5 

20237 MK2 3/8 – 24 104 80 

20337 MK3 3/8 – 24 115 99 

20150 MK1 1/2 – 20 87 65,5 

20250 Mk2 1/2 – 20 103 80 

20350 MK3 1/2 – 20 116 99 

20262 MK2 5/8 – 16 107 80 

20362 MK3 5/8 – 16 125 99 

20287 MK2 7/8 – 20 100 80 

20387 MK3 7/8 – 20 116 99 

20304 MK4 7/8 – 20 142 124 

20315 MK3 1.1/2 – 18 118 99 

20415 MK4 1.1/2 – 18 143 124 

Order code Shank Bore Dimensions mm 

mm 

D A g 

S-141 SK40 20 60 24 M16 

S-142 SK40 25 60 24 M16 

S-151 SK50 20 65 34 M24 

S-152 SK50 25 65 34 M24 

Coolant tubes 

for shanks to DIN 69893A. 

Straight shank arbors 

to JACOBS taper. 

Order code Straight shank JACOBS taper Length mm 

Ø mm 

L1 

L2 

8-33 8 33 64 37 

10-33 10 33 64 35 

12-33 12 33 64 35 

16-33 16 33 64 35 

20-33 20 33 64 33 

Order code For HSK-A Dimensions mm 

Ø D Ø D1 G 

205010 50 6,4 10 M16x1 

206310 63 8 12 M18x1 

208010 80 10 14 M20x1,5 

2010010 100 12 16 M24x1,5 

Note: Furtker morse taper arbors and shank versions available on request. 

30 TAPMATIC

Cutting fluids 

FERROFLUID cutting fluid 

TAPMATIC cutting fluid have two effects: they cool and lubricate simultaneously. This means a 

cleaner cut and an increase in tap life. 

FERROFLUID is an indispensable aid when tapping tough/hard steels, chromium-nickel steels 

and stainless steels. FERROFLUID has outstanding anti-weld characteristics, helps to improve 

thread tolerances and surface finish, prevents galling and seizure. VOC free. 

Application 

For all steel, stainless steel, inconell, titan etc., not suitable for aluminium. 

Order code Product name Size l Container 

42120 FERROFLUID 0,5 Can with spout 

42140 5,0 Can 

42150 25,0 Can 

42160 200,0 Drum 

ALUFLUID cutting fluid 

TAPMATIC cutting fluid have two effects: they cool and lubricate simultaneously. This means a 


ALUFLUID contains different high-pressure lubricants as well as special corrosion protectors, 

which penetrate the metal surface, the moisture a protective film. VOC free. 

Application 

Only for aluminium, copper, brass, nickel silver and others. 


42220 ALUFLUID 0,5 Can with spout 

42240 5,0 Can 

42250 25,0 Can 

42260 200,0 Drum 

MINIFLUID cutting fluid 

TAPMATIC cutting fluids have two effects: they cool and lubricate simultaneously. This means a 


A MINIMUM QUANTITY cutting fluid for undiluted use in minimum lubrication systems. 

A micro-fine lubricating film prevents galling and seizure. VOC free. 

Application 

For all steel, stainless steel, inconell, titan etc. Also suitable for non-ferraus metal, aluminium 

and others. Not classified as toxic. 


42320 MINIFLUID 0,5 Can with spout 

42340 5,0 Can 

42350 25,0 Can 

TAPMATIC 31

Installation on conventional machines 

Installation of tapping attachments 

Each head is supplied with a short stop arm to enable the reverse mechanism to work within the 

unit, in conjunction with strong torque bar attached to the machine quill or the machine table. 

Please read the installation and operating guidance carefully. 

Tool locked 

against 

rotation 

Installation on CNC Machining centres 

Tapping attachments of the RDT and RDT/IC series are supplied with stop arms, which must be 

ordered separately. These stop arm assemblies are available for 55, 65 and 80 mm centre 

distance as standard. Other distances on request! Each assembly contains an indexing pin, 

which must be adjusted to the correct length to suit the machine‘s stop block. This allows the 

attachment to be free to tap whilst in the machine spindle and to be locked against rotation 

whilst in the tool magazine. When desired, we can supply these stop arm assemblies 

READY-TO-FIT, the necessary dimensions can be conveyed to us by e-mail or fax. Please use the 

form on page 34. 

Preferred installation 

Alternative installation 

Thread size 

Stopp Block 

Torque bar holder assembly 

Stop arm plate 

Stop arm plate housing 

assembly 

Order code 

36007 Standard Block 

Stop arm plate housing assembly 

Order code 

For Model 

392552 RDT15, RDT25 

395052 RDT50 

Stop arm plate 

Order code 

36010 Standard Block 

Order code 

Distance spindle centre 

mm 

723420 43–56 

723421 56–63 

723422 61–75 

723423 73–85 

723424 84–97 

723425 95–108 

723426 106–117 

Torque bar holder assemblies 

For the use with Straight stop arm 

Torque bar installation must be 

stronger than the largest tap. 

Order code Bolt size max. length mm 

69383A M6 88 

69384A M8 88 

69385A M10 88 

69386A M12 88 

32 TAPMATIC

Programming of the different models 

Model RDT and RDT-IC 

For efficient Tapping and production on CNC Machining Centre we 

recommend the writing of a subroutine with high speed retract. As an 

alternative a G85 boring cycle can be used. IMPORTANT NOTE at no 

time should the G code for Exact Stop or Ramp be used with TAPMATIC 

self-reversing Tapping Attachments. They will cause the tapping cycle 

time to be significantly slower. We will gladly help with any programming 

computation. 

1.) 

Rapid Traverse 

to clearance 

plane above 

the hole 

location. 

2.) 

Rapid Down to 

1mm minimum 

above 

component. 

3.) 

Tap pitch into 

component to 

programmed 

depth. 

4.) 

Retract Tapping 

head at 

1300mm/min, 

specified 

distance for 

specific tapping 

head to reverse 

tap rotation. 

5.) 

Tap feed out of 

to clearance 

plane. 

Example 

(Fanuc programming) 

Tapping attachment RDT25 

Tap size M5 x 0.8 

Speed 

000 RPM 

Feed at 100% 

1600 mm/min 

Subroutine: 

Rapid traverse to 1 mm above component 

Move in to 8 mm depth 

(Please note: Actual depth slightly deeper than programme depth) 

Retraction of 6 mm at 13‘000mm/min for changeover 

(at fastest retraction speed up to 13‘000mm/min) 

Move out at feed speed to 6mm above component surface 

Main programme: 

T01 M06 Tool change – tool #1 

G00 G90 X25.0 Y25.0 chose work piece zero-point, 

move toward X/Y-coordinates 

S2000 M03 

speed 2‘000 RPM, clockwise rotation of 

spindle 

G43 H1 Z25.0 M08 rapid feed to Z25, tool offset 1, coolant on 

M98 P0004 

retrieve subroutine O0004 

G00 Y50.0 

rapid feed to next position Y50 

M98 P0004 

retrieve subroutine O0004 

Note: The only time during the cycle spent in the feed rate is the 1mm approach height 

plus thread depth in and out. All other moves are at maximum speed. 

CP 

Clearance Plane 

Clearance Plane CP 

1 mm MIN. 

Fast Retract 

Distance 

D 

Moving in Rapid 

Moving in Tap Pitch Feed 

Moving at 13000mm/min 

Reversing tapping attachments require a 

retract movement of the machine spindle 

in order for the attachment to change 

from forward to return movement. 

Subroutine: 

O0004 

G90 

G64 

M49 

G00 Z1.0 

G01 Z-8.0 F1600 

G01 Z-2.0 F13000 

G01 Z6.0 F1600 

M48 

M99 

programme number of subroutine 

absolute movement 

exact machining mode off 

feed override cancel off 

rapid to Z1 

feed to Z-8 with feed 1‘600 mm/min 

feed to Z-2 with feed 13‘000 mm/min for 

changeover 

feed to Z6 with feed 1‘600 mm/min 

feed override cancel on 

subroutine end 

Clearance Plane and Fast Retract Distance 

RDT15 

RDT25 

RDT50 

RDT85/100 

ID50 

CP = D = 250 in or 6mm 

CP = D = 250 in or 6mm 

CP = D = 400 in or 10mm 

CP = 590 in or 15mm, 

D = 400 in or 10mm 

CP = D = 250 in or 6mm 

Please note that the distance shown is 

the minimum clearance plane and 

maximum fast retract distance allowed. 

Models SFT and SX 

n Rapid traverse to clearance plane as recommended by respective 

machine manufacturer. 

n Cycle Rigid Tapping. 

Models TA, TIC, TIM and SM 

n Tapping cycle (G84). 

n Rapid traverse to clearance plane as recommended by respective 

machine manufacturers. 

n Spindle feed (Z) apprx. 95% of theoretical pitch selected (TIM 100%). 

Models SPD 

n Utilize boring cycle (G85). 

n Rapid traverse to clearance plane safety height, (depending on 

thread size to be tapped 5–15mm above component). 

n Choose spindle feed (Z) 98–100% of theoretical pitch selected to 

thread depth required. 

n Feed out (reverse Z) at 98–100% up to the clearance plane safety 

height. 

n Blind hole tapping or exactly defined depths. The Z feed plus the 

self-feed within the Tapping unit calculate Z.* 

*Note: this may have to be corrected to achieve the depth required due to any deviation 

in the units built in self-feed and the response time of the machine. 

Models NC (releasing drive) 

n Utilize Tapping cycle (G84). 

n Rapid traverse to clearance plan as recommended by respective 

machine manufacturers. 

n Spindle feed (Z) 95% of the theoretical pitch selected. 

n Blind hole tapping or exactly defined depths. The Z feed plus the 

self-feed within the Tapping unit calculates Z. 

n Programme a short dwell into the Z movement to achieve full 

self-feed (neutral).* 

n Feed out to at least to the clearance plane. 

*Note: this may have to be corrected to achieve the depth required due to any deviation 

in the units built in self-feed and the response time of the machine. 

Models ASR 

n Sub routine: Feed 95% no dwell, feed out at 95% constant RPM. 

n Rapid traverse to clearance plane safety gap (at least 10mm from 

component). 

n Feed out at least to clearance plane. 

n For blind holes, machine feed to desired thread depth minus a short 

allowance (apprx. 2mm) for the reaction time of the machine. 

Models RSR 

n Sub routine: Feed 64% no dwell, feed out at 68% constant RPM. 

n Rapid traverse to clearance plane safety gap (at least 10mm from 

component). 

n Feed out at least to clearance plane. 

n For blind holes, machine feed to desired thread depth minus a short 

allowance (apprx. 2mm) for the reaction time of the machine. 

Subject to technical changes (without notice). 

TAPMATIC 33

Application questionnaire 

Customer: 

Date: 

Contact person: 

Department: 

Address: 

Postal code: 

Town: 

Phone: 

Fax: 

Machine: 

Model/Description: 

Serial no.: 

vertical 

horizontal 

Shank type: 

TAPMATIC Model: 

Thread: moulding cutting 

Quantity: through hole bottom hole 

Bore depth: RPM: Feed: 

Material: Internal coolant: Yes No 

Trial costs of 200.00 (stop arm) will be deducted if tool is purchased! 

Remarks: 

RDT or RDT/IC Model 

Dimension D (mm) 

Dimension E (mm) 

Dimension F (mm) 

Dimension G (mm) 

Models RDT, RDT/IC 

Offset size Z (mm) 

34 TAPMATIC

Check list for good tapping 

Tapping is a specialized field with unique challenges and tapping technology changes 

continuously but the basics necessary for good tapping remain the same. For the best results, 

the key areas to analyze are the work piece, the tap, the machine tool, the tapping attachment or 

tap chuck and the set up. 

Work piece: 

n Is the core hole drilled to the correct size? 

n Will it be a through or a blind hole? 

n If tapping a blind hole, does drilled depth allow sufficient chip clearance to keep tap from 

bottoming out in hole? 

n Is the work piece rigidly held against rotation and upward movement? 

n What is the material and hardness of the work piece? 

Tap: 

n Do you have the correct tap design for the application? 

n What are the tap size and style? 

n What material is the tap made from? Is the tap sharp? 

n Is the tap properly aligned with the drilled hole? 

n Is there sufficient clearance between the tap and the hole to allow for retraction? 

n Who is the tap manufacturer? What speed does he recommend for optimum performance 

of his tap in this material? 

Machine tool: 

n Is machine stop set so the tap releases in neutral to prevent bottoming? 

n Is the machine retraction correct for the tapping attachment being used? 

n Is the torque control set to prevent tap breakage? 

n What type of machine is in use, what is the horse power and the spindle taper? 

n Is the work piece rigidly held to prevent displacing due to the high torque when tapping? 

n Are machine feed and speed set correctly? 

n Is the proper cutting fluid being used for lubricating the tap? 

Tapping attachment: 

n Is the correct TAPMATIC tapping attachment or tap chuck being used for the specific job 

requirements? 

n Is machine retraction correct for the tapping attachment being used? 

n Never perform any installation or programming, before reading the operator instructions for 

the tapping attachment and the machine as well as the tap manufacturer’s recommendations. 

Installation: 

n With a self-reversing tap chuck for manual or CNC operations, it is important to make sure that 

stop arm is strong enough to prevent torque bar from bending or deflecting. Machine torque 

bar must be stronger than largest tap. 

n If a torque control attachment is being used, is torque set correctly so that tap will not break if 

accidentally bottomed? 

n If depth control feature is employed, is it set correctly to cooperate with machine stop, provide 

total thread depth required and prevent engagement with bottom? 

n Is clearance between the drilled hole and tap sufficient at start position to allow the tap to 

clear the hole upon retraction? 

n Is the stop dwell disengaged or at least set to a minimum? 

Never hold the stop arm 

by hand: risk of injury. 

Do not lengthen the stop 

arm, it could break off. 

Do wear protective 

goggles. Do not wear 

loose clothes close by 

rotating spindles. 

Do not hold the work piece 

or vice by hand, they must 

be clamped. 

TAPMATIC 35

worldwide 

Argentina: 

COUTIL S.A., Caldas 220, 1427 Buenos Aires 

Australia: 

Selaby Australia Pty. Ltd., 29 Lathams Road, 

Carrum Downs, Victoria 3201 

Austria: 

Alexander Siftar KG, Präzisionswerkzeuge, 

Löwengasse 39, 1030 Wien 

Andreas Präg Handelsagentur, Plattaweg 12 

6780 Bartholomäberg 

Haberkorn Ulmer GmbH, Hohe Brücke, 6169 Wolfurt 

KNAPP Werkzeugsysteme OHG, Werkbachgasse 7 

6112 Wattens 

Spiral-Reihs & Co., Werkzeug- und Maschinenhandel 

Erlachgasse 117, 1100 Wien 

Belgium: 

Imatech SA / NV, Quai des Charbonnages 36/38 

1080 Brüssel 

Brazil: 

Sanches Blanes, S.A., Estrade de Sapopemba RM 41, 

Ribeirao Pires 1, CEP 09400-970 

CELMAR Comerciale Importadora Ltde 

Avenida Condessa Elisabeth de Robiano 930 

Tatuape, Sao Paulo, SP 03074-000 

Bulgaria: 

TOME, P.O. Box 630, 17, Hristo Smirnenski Str. 

5300 Gabrovo 

Canada: 

Tyson Tool Comp. Ltd., 75, Ormont Drive, Weston, M9L 

2S3 Ontario 

China: 

Brilliant Group Investment Ltd., Main Office Shanghai 

No. 369, 17 E/F Jiang Su Road, Shanghai 200050 

Branch Offices, Bejing Office, Room 705, 706, Fu Dong 

Plaza Beijing, 66 Xin Zhong Street, Dong Cheng District, 

Beijing 100027 

Xian Office, Room 1601 Xian People Hotel No. 319 

Dongxin Street, Xian 710004 

Shenyang Office, Room 1807 Sankei Hi-Teh 

Tower No. 262A, Shifu Avenue, Shenhe District 

Shenyang 110013 

Wuhang Office, No. 750, Ming Zhu Rd. Wuchang, 

Wuhan, White Rose Hotel, Room 612, 613, 

Wuhang, 430071 

Croatia: 

FTS d.o.o., Kutnjacki put 13, HR-10000 Zagreb 

Denmark: 

Aage Pedersen Vaerktoj A/S, Sondervang 3 

6400 Sonderborg 

Fuchs & Sidal, Industriskellet 7, 3540 Lynge 

Estonia: 

Industek AS , Kadaka tee 131, 12915 Tallinn 

Finland: 

SabriScan Oy, Tehdaskylänkatu 11, 11710 Riihimäki 

France: 

Saphy SA, 27, Rue Jean Moulin, 92400 Courbevoie-Becon 

Germany: 

Tapmatic Werkzeug GmbH, Frümbergstrasse 2 

51702 Bergneustadt 

Great Britain: 

Tapmatic UK Ltd., Millers Close, Industrial Estate 

Fakenham, Norfolk NR21 8NW 

Greece: 

VIMA, Vartan I. Mazloumian, Monastiriou Street 151 

54627 Thessaloniki 

India: 

Lokenath Chatterjee & Sons PVT. Ltd. 

18, Raja Woodmunt Street, Calcutta 700 001 

Indonesia: 

Kawan Lama Sejahtera pt., P.O. Box 5062 

Jakarta 11050 

Iran: 

Boresh Abzar Iran Co. Ltd., No. 40 Zafar Street 

Vahid Dastegerdi, Tehran 19117 

Israel: 

Vargus Ltd., 34, Itshak Sade Street, P.O. Box 20102 

Tel Aviv 67212 

Italy: 

Aktiva S.R.L., Via Pastorelli 13, 20143 Milano 

Japan: 

Meiyu Airmatic Company Ltd. 

12-2 Shin-Yokohama 2 chome, Kohoku-ku, Yokohama 

Uni Tool Co., Ltd., 54-9, 3-Chrome, Renkoji, Tama-City, 

Tokyo 206 

South Korea: 

Ssang-In Trading Corp., 503, Daeji Bldg. 

502-5, Shinwol 2-Dong, Yangchun-Ku, Youngdeungpo 

P.O. Box 354, Seoul 

Lithuania: 

UAB Proftools, Rasu 50A , LT-11351 Vilnius 

Mexiko: 

Herramex S.A. de C.V., Av. Hidalgo No. 85 

52740 Ocoyoacac Juarez 

Netherlands: 

Heesen-ICA B.V., Hervensebaan 15 

5232 JL’s Hertogenbosch 

New Zealand: 

Trade Tools Ltd., P.O. Box 112-114, 23-27 Olive Rd. 

Penrose, Auckland 

Norway: 

P. Meidell AS, Stälfjaera 16, Kalbakken, 0903 Oslo 

Philippinen: 

Machinebanks Corp., P.O. Box 1519, Manila 

Poland: 

Wemax Sp.z.o.o., Ul. Turystyczna 2, 15-503 Bialystok 

Portugal: 

A. Borges do Amaral Lda., Rua Fernandes Tomas, 471 

4000 Porto 

Romainia: 

Metal Star SRL, Str. Principala 57, Ciugud, jud. Alba 510118 

Singapore & Malaysia: 

Sing Huat, Hardware & Machinery Pte. Ltd., 178 Gul Circle 

Jurong Industrial Estate, Jurongtown 629628 

Slovakia: 

TMC spol.s.r.o., Masna 9, 656 58 Brno 

Slovenia: 

ZIBTR d.o.o., Praprosce 15a, 1270 LITIJA 

South Africa: 

Fuloos, cct/a: Duncan Mac Donald & Co., P.O. Box 650066 

Benmore, 2010 

Spain: 

OSG Tooling Iberica SL, Feixa Llarga 20 

09907 L’Hospitalet de Llobregat 

Sweden: 

GJS Verktygs AB , Fogdetorpsvägen 5, 152 40 Södertälje 

Switzerland: 

Schweizerische Maschinen Import AG 

Schanzstrasse 1, 8330 Pfäffikon 

Taiwan: 

Hung Chih Ltd. Co., No 35 Chung Cheng Road, Tainan 700 

Czech Republic: 

TMC spol.s.r.o., Masna 9, 656 58 Brno 

Turkey: 

Fikret Erdogan ve Ort. Koll. Sti., Otakcilar Cad. No. 56 

34050 Eyüp – Istanbul 

USA: 

Tapmatic Corporation, 802, Clearwater Loop 

Post Falls, ID 83854 

European Head Office: 

TAPMATIC International Corp. 

TIC AG . Alte Rheinstrasse . CH-9451 Kriessern . Switzerland 

Phone +41 71 757 59 00 . Fax +41 71 757 59 01 

info@tapmatic.ch . www.tapmatic.ch 

Sold through: 

Parent Company: 

TAPMATIC Corporation 

802 . Clearwater Loop . Post Falls . ID 83854 . USA 

Phone 001-208-773 80 48 . Fax 001-208-773 30 21 

info@tapmatic.com . www.tapmatic.com 

Xll.2006/e Subject to technical changes (without notice). 

TAPMATIC

tapmatic - Smiag.ch

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