Planning Documents for OR

D-76332-2013 

ST-8934-2008 

D-85565-2013 

Planning Documents 

for OR

PLANNING DOCUMENTS FOR OR | PREAMBLE | 3 

Preamble 

This Planning Document was developed to enhance your knowledge of the 

Dräger portfolio and to provide guidance when designing a new OR. This 

document contains an overview of Dräger products and their corresponding 

technical data. 

The last pages of this document show several exemplary Dräger solutions for 

different disciplines likes heart surgery or neurosurgery, including detailed 

technical drawings of the individual workplaces.

4 | 

PLANNING DOCUMENTS FOR OR | 

INDEX OF CONTENTS 


OVERVIEW 

OR – The concept of OR planning 6 

Dräger – Workplace infrastructure 7 

DRÄGER PORTFOLIO 8 

Overview Supply units 10 

OR lights and video systems/Gas Management Systems 11 

Ceiling supply units 12 

OR and examination lights 14 

Central axis system dedicated for Hybrid OR 16 

Display holder 18 

Ceiling fixtures 20 

Opera 23 

Light options 26 

Workstation components 27 

Gas Management Systems 30 

Overview anesthesia portfolio 32 

Accessories 34 

WORKPLACE EXAMPLES 36 

Supply units Anesthesia/Docking 38 

Surgical workplace 39 

Display holder/OR lights 40 

Anesthesia devices 41 

GENERAL PLANNING 42 

General Planning: Ceiling supply units, OR lights/Cameras/Displays, 44 

Ceiling mount 

Planning an anesthesia workplace 45 

Special OR types 46

PLANNING DOCUMENTS FOR OR | INDEX OF CONTENTS | 5 


GENERAL PLANNING 

Example layout for general surgery 48 

Example layout for vascular surgery 50 

Example layout for heart surgery 52 

Example layout for laparoscopic surgery 54 

Example for neurosurgery 56 

Example for orthopaedic surgery 58 

CAD Drawing – Configuration 1, Movita AK (L750-LiftExp.) 60 

CAD Drawing – Configuration 2, Agila 05 (L1000-LiftExp.) 61 

CAD Drawing – Configuration 3, Polaris® 700 - Polaris® 500 62 

CAD Drawing – Configuration 4, Agila 05 (L1000-Lift) - 63 

AC3000 2 Displays 

CAD Drawing – Configuration 5, Movita AK (L750-Lift) 64 


CAD Drawing – Configuration 7, Movita 13MD (M500-Lift) - 66 

AC2000 1 Display 

CAD Drawing – Configuration 8, Movita 13 (M750-750) - 67 


CAD Drawing – Configuration 9, Polaris® 700 - Polaris® 500 - Polaris® 500 68 

CAD Drawing – Configuration 10, Movita 13MD (M1000-Lift) - 69 


CAD Drawing – Configuration 11, Movita 15 (M750-750) - 70 



CAD Drawing – Configuration 13, Movita 13 (M1250 - Lift) 72 

CAD Drawing – Configuration 14, Movita 13 (S1250 - 1000) 73 

CAD Drawing – Configuration 15, AC3000 Display 74 


CAD Drawing – Configuration 17, Opera 4S 76 


CONTACT 79

6 | 


OVERVIEW 

OR 

The concept of OR planning: 

“Design from the inside out” 

Equipment 

Staff 

Intervention 

Patient 

NEW TECHNOLOGIES, NEW CONCEPTS 

Operating room design is changing in order to 

meet the requirements dictated by new procedures, 

technologies and methods. This trend 

will very likely continue for the foreseeable 

future. When designing a new operating room, 

it’s imperative to understand both the present 

and possible future needs of the client. 

FUTURE-PROOF DESIGN CONCEPTS 

Dräger offers a wide range of products 

designed with maximum flexibility in mind. 

This is true both in terms of daily clinical 

routine as well as long range planning. They 

ensure smooth workflow, superior ergonomics 

and offer custom solutions for just about 

any workplace design challenge.

PLANNING DOCUMENTS FOR OR | OVERVIEW | 7 

Dräger 

Workplace infrastructure 

Dräger offers solutions for the entire hospital 

D-30018-2011

8 | 


DRÄGER PORTFOLIO 

Dräger 

portfolio 

D-85458-2013

PLANNING DOCUMENTS FOR OR | DRÄGER PORTFOLIO | 9 

Dräger portfolio 


An overview of the Dräger portfolio for the OR 

Planning an OR requires a thorough understanding 

of the Dräger product portfolio. This chapter will 

help you familiarize yourself with Dräger products 

and devices which are relevant for the operating 

room, such as supply units, OR lights, ceiling 

fixtures, gas management systems and anesthesia 

devices. We encourage you to take a close look 

at the Dräger products discussed in this chapter 

in order to maximize your potential planning 

competency.

10 | 



Overview 

Supply units 

D-3289-2011 

Ponta 

D-148-2010 

MT-5960-2008 

MT-6342-2008 

Opera® 

Agila 

Movita 

D-18477-2010 

D-36069-2011 

D-27741-2009 

Forta 

Linea 

Gemina® Duo


OR lights and video systems 


MT-6323-2008 

D-58476-2012 

D-31307-2011 

D-21704-2010 

Video systems 

Polaris® 50 

Polaris® 100/200 

Polaris® 5xx/7xx 

Gas Management Systems 

D-9489-2009 

D-9270-2009 

Terminal Units 

EcoPharm Tower 

D-9368-2009 

MT-0001-2006 

D-58913-2012 

Medical Air Guard 

Gas Control Station 

Area Control Unit with VoluCount®

12 | 



Ceiling supply units 

D-52660-2012 

MT-6342-2008 

D-18460-2010 

Agila 

Movita 

Forta 

WHAT IS WHAT? 

Ceiling bearing 

Arm system 

Distance tube 

Lifting 

system 

Media head 

Media column 

D-18369-2010 

D-12307-2011 

Workstation 

components 

D-18551-2010


ARM SYSTEMS 

D-52660-2012 

D-52660-2012 

Single arm system 

Arm length: 500 mm, 750 mm, 1000 mm, 1250 mm 

Load capacity*: 120 kg - 270 kg 

Double arm system 

Arm length: min. 1000 mm - max. 2500 mm 



D-18369-2010 

Lift arm system 

Arm length: min. 1000 mm (lift arm) - max. 2500 mm 


*Load capacity = net load at media column/head 

strong 

medium 

light 

Arm types 

For single and double arm systems, you can choose between heavy-duty, 

medium and lightweight models. Load capacities are defined by the type 

of and length of arm. 

MT-5963-2008 

MT-6342-2008 

D-18468-2010 

Agila 

Movita 

Forta 

TECHNICAL DATA 

Product Agila Movita Forta 

Load capacity 

Media head 120 kg 120 kg – 

Column 120 kg 270 kg 270 kg 

Lift express/Lift 80 kg/120 kg 80 kg/180 kg – 

Lift speed 10/20 sec 10/20 sec 30 sec 

Height adjustment 600 mm 600 mm 600 mm 

Media outlets up to 51 up to 102 up to 32

14 | 



OR and examination lights 

LIGHTS AND VIDEO OPTIONS 

D-21696-2010 

Video systems 

D-31029-2011 

D-58477-2012 

D-448-2014 

Polaris® 5xx/7xx 

Polaris® 100/200 

Polaris® 50 


Product Polaris® 5xx/7xx Polaris® 100/200 Polaris® 50 

Technology LED LED LED 

Light intensity 110.000 or 160.000 Lux 120.000 or 160.000 Lux 60.000 Lux 

Endo-light mode 3.000 Lux 300 Lux no 

Light field diameter 220 to 290 mm 200 mm 160 mm 

Color temperature 4600 K 4400 K or 5000 K or 5600 K (option) 4500 K 

Video options integrated SD or HD camera, external SD camera external SD camera no


D-21698-2010 


CENTRAL AXIS MODELS 

Central axis system 

– For Polaris, camera and displays, 

central axes are available 

Swivel arms 

– You can choose from 1 up to 4-fold axis. 

Standard length: 700, 850, 1000, 1150 

and 1450 mm 

Arm system 

Swivel arm length (mm) 

1-fold central axis (ø 110 mm) 850 

1150 

1450 

AC 2000/3000 1-fold 750 

2-fold central axis 700/850 

700/1150 

3-fold central axis 700/850/1000 

700/850/1150 

4-fold central axis 700/850/1000/1150 

All central axes are freely configurable. Display holders, external cameras, X-Ray protection shields or OR lights can be mounted on each position. 

A display holder must be to be mounted at either the lowest or highest position.

16 | 



D-90850-2013 

D-442-2014 

Central axis system dedicated for Hybrid OR 

Several axes especially designed for use in Hybrid OR are available. 

You can choose between a 1 and 2-fold axis. Available lengths: 1300 to 2200 mm 

These axes are also useful if two mounting points are outside the LAF-field (left and right)


D-22405-2010 


Arm system 

Swivel arm length (mm) 

1-fold central axis 1300 

1400 

– 

2200 

2-fold central axis 1150/1300 

1300/1450 

– 

2050/2200 

SPRING ARMS 

Light heads and display holders are 

mounted on swivel arms using spring arms. 

Spring arm length: approx. 910 mm 

(OR lights)

18 | 



Display holder 

D-57969-2012 

D-90843-2013 

Pendula 

Display holder at CSU 

D-90844-2013 

D-069-2014 

Display holder at central axis (up to 24") 

Display holder at central axis (up to 32") 

PENDULA – CUSTOM SOLUTIONS FOR IMAGING SYSTEMS 

FEATURES 

– Stationary ceiling mount 

– Spring arm adapted to Dräger arm 

– Freely suspended system that swings away 

(horizontally and vertically) in case of 

collisions 

– The swinging mount underneath the lift 

arm supports the automatic upright positioning 

of the system and protect the displays 

and other equipment in case of collisions 

– Integrated cable management 

– Flexible arrangement of the displays in 

number and size (2-8 displays (19"/21") or 

1x 60" + backup screens)


D-35818-2011 

D-57963-2012 

D-57972-2012 


Front view 3-fold 

Front view 60 inch 

Front view 8-fold 

D-35825-2011 

D-57962-2012 

D-57973-2012 

Back view 3-fold 

Back view 60 inch 

Back view 8-fold 

VARIANTS 

– 4 arm lengths: 1750 mm-2500 mm 

– 7 display frames 

– 2-8 displays optimized for 19"; 

21" displays can be also mounted 

– 60" large display 


Product Pendula Display holder at CSU Display arm at central axis 

Description Multi display holder Swivel and lift arms mounted on CSU Display arm at central axis 

Display sizes 19" up to 60" approx. 26" (VESA 100 adaptor), approx. 24" (larger displays 

max. 15 kg 

on request) 

Display quantity 1 (60") up to 8 (21") depending on column size 1 (19 to 32”) or 2 (19 to 24”) 

Fixation analogue to CSU fixation at CSU – Media column at central axis of OR light 

or separate

20 | 



Ceiling fixtures 

Ceiling fixtures for supply units 

PRODUCT DESCRIPTION 

The universal Dräger ceiling mount supports 

the installation of Agila, Motiva and Forta 

supply units as well as the Pendula. They are 

designed for either anchor (fig. B + D) or boltthrough 

(fig. A + C) mounting. The ceiling 

supply can be directly attached to a concrete 

ceiling (direct mounting, see A1 and B1 in 

figure below). 

A variable fixture kit enables mounting up to 

1200 mm under the concrete ceiling in order 

to bridge the space between it and a false 

ceiling. A media flange, located between the 

raw and false ceilings, offers enough space for 

connecting supply voltage, medical gas, vacuum 

and data cables. The installation manuals 

are included in the delivery. 

PLANNING GUIDELINES 

Dräger ceiling supply units are validated and 

certified for use with these ceiling fixtures. 

This certification is invalidated if non-Dräger 

ceiling mounting systems are used. 

The ceiling mount must meet the following 

criteria: 

– 12.500 Nm of torque at the lower end 

of the fixture 

– 9.000 N tensile force at the ceiling 

If the building design is not compatible with 

a Dräger ceiling mount, a custom design can 

be substituted. Certification of the two conditions 

stated above is mandatory. The performance 

specifications of a Dräger ceiling 

supply unit cannot be guaranteed if a mounting 

design is used which does not meet the 

required criteria listed above. In such cases, 

any given approvals are automatically invalidated. 

Available for: 

– Anchor mounting: Anchor mounting is 

possible if the ceiling is constructed 

with at least 250 mm of B 25 concrete 

– Bolt-through mounting: Bolt-through 

mounting is required if the ceiling 

thickness is less than 250 mm or the 

concrete quality is less than B 25. 

Without ceiling fixture set 

With ceiling fixture set 

A 

C 

Nm 

max. 1200 mm 

Bolt-through mounting 

N 

B 

D 

Anchor mounting 


Product 

Span intermediate ceiling distance 

Max. torque 

Max. tensile force at the ceiling 

Hole pattern 

Ceiling fixtures 

up to 1200 mm 

12.500 Nm 

9.000 N 

Ø 470 mm


Ceiling hood/Flat cover 


TYPES OF CEILING COVERS 

D-90841-2013 

D-90845-2013 

D-90848-2013 

D-90849-2013 

D-90846-2013 

Ceiling hood (height: 170 mm) 

Flat cover (height: 2 mm) 

Single/double/triple CSU 

Dräger ceiling fixtures are designed for 

universal compatability. You can choose 

between single, double or triple type. 

Single CSU 

Double CSU 

Double CSU with third arm 

OPTIONS 

Single Double Triple 

CSU 

CSU/CSU 

Light CSU /Light CSU /CSU /Light 

Display CSU /Display CSU /CSU /Display 

X-Ray protection CSU /X-Ray protection CSU /CSU /X-Ray protection

22 | 



Ceiling fixtures for OR lights/display arms 

PRODUCT DESCRIPTION 

The Dräger ceiling mount supports the installation 

of lights and display holders (on the 

central axis). The OR light/display arm can be 

fixed directly under the concrete ceiling 

(direct mounting). The distance tube allows 

mounting at heights of up to 1200 mm under 

a concrete ceiling in order to bridge the space 

above a false ceiling. The installation manuals 

are included with delivery. 

MOUNTING OPTIONS 

Direct mount 

This system is recommended as a direct 

mount or for use with a false ceiling up to a 

distance of 600 mm between the concrete 

and false ceiling or in combination with a laminar 

flow system. The suspension tube is available 

in five standard lengths (220/460/630/ 

800/1000 mm). For service purposes, it 

should be considered that the electrical components 

must be installed in a switch box near 

the OR (max. 40 m). 

D-90851-2013 

With ceiling cover 

D-90851-2013 

With flat cover 

With laminar flow ceiling 

Distance tube 

This system is recommended for use with distances 

> 600 mm between the concrete and 

false ceiling or in combination with a laminar 

flow system. The distance tube is available in 

two standard lengths (600/1200 mm). For 

service purposes, it should be considered that 

the electrical components must be installed in 

a switch box near the OR (max. 40 m). 

D-90851-2013 

D-90851-2013 

With ceiling cover 

With flat cover 

With laminar flow ceiling 

Axis system Arm lengths Spring load arm lengths Vertical force (F) Torque (M) 

1-fold axis 

1f axis xxx 850 mm 930 mm 960 N 910 Nm 

1f axis AC2000 display 700 mm 930 mm 870 N 460 Nm 

1f axis AC3000 display 750 mm 930 mm 940 N 700 Nm 

1f axis xxx 1150 1150 mm 930 mm 1000 N 760 Nm 

1f axis xxx 1450 1450 mm 930 mm 1030 N 640 Nm 

2-fold axis 

2f axis xxx/xxx 700/850 mm 930 mm 1530 N 1280 Nm 

2f axis xxx/xxx 1150 700/1150 mm 930 mm 1400 N 1260 Nm 

3-fold axis 

3f axis xxx/xxx/xxx 700/850/1000 mm 930 mm 1920 N 1850 Nm 

4-fold axis 

4f axis xxx/xxx/xxx/xxx 700/850/1000/1150 mm 930 mm 2490 N 2680 Nm


Opera 

Additional to conventional ceiling supply systems Dräger has a beam system dedicated for the 

OR environment. 

D-148-2010 


The Opera system is the perfect solution for 

operating rooms with laminar air flow ceilings 

and enhanced hygiene requirements. 

D-144-2010

24 | 



The system is available in various configurations. 

A beam system with four beams is called 

Opera 4S. 

MT-1047-2008 

Opera 4S 

A system with three beams is the Opera 3S. 

It is also possible to have a two beam system 

called Opera 2S. For this variant the beams 

will be connected in the shape of an “L”. 

D-19626-2010 

Opera 3S 


Product 

Max. load suspension tube 

Opera 

500 kg 

Beam 

Max. load capacity 

300 kg 

Length 

2400 mm to 3600 mm 

Materials 

Aluminum, copper, silicon, plastic (ASA) 

Color RAL 9002 

Terminal units 

Beam profile designed for installations on the exterior of the beam. 

Max. number of terminal units per meter: 10 pcs. 

It must be considered that there are restrictions for installations at the ends of the beams. 

Max. number of terminal units (electric + gases + IT) based on components acc. to DIN standard.


The Opera system is a beam system with 

optional equipment carriers. These carriers 

are mounted to the beam with shuttles which 

can be moved along rails at the bottom of the 

beam or on the inner rails of the system. 

D-18767-2010 


D-18769-2010 

D-158-2010 

The shuttles on the underside of the beam can be equipped with a single pole or a rack system which contains two parallel tubes. 

These shuttles can be moved along the entire beam by using rotary corners. 

D-18761-2010 

D-18772-2010 

At the inner side of the beam there are other shuttle systems possible. 

You are able to mount a purisole lift system, a monitor arm or just an infusion pole. 


Shuttle pole /rack 

Shuttle pole rack MPL (Monitor, Purisole Lift) 

Max. load capacity 150 kg 60 kg 15 kg (Monitor)/50 kg (Purisole Lift) 

Swivel range 330° 0° 0° 

Brakes Linear movement/Rotation Linear movement Linear movement 

automatic+mech./mech. automatic+mech. mechanic

26 | 



Light options 

The Opera supply system offers numerous integrated lighting options. You can choose 

between indirect light in different variations. In addition to an optional night light in the 

beam, you can also select an RGB lighting package to create a number of comfortable 

and pleasing lighting scenes. Another option is to integrate a green LED stripe which 

can be used as an Endo-light. 

NIGHT LIGHT 

INDIRECT LIGHT 

LED-STRIPE (ENDO) 

D-145-2010 

D-147-2010 

D-146-2010 

RGB – LIGHT 

D-151-2010 

D-150-2010 

D-149-2010 

Colored lighting can generate a pleasant 

working atmosphere in the OR during long 

operations and is also useful when procedures 

are performed on patients who are not fully 

sedated. 


Light module: 

Control: 

Electr. power: 

Operating panel: 

Voltage: 

3 colored fluorescent lamps (red - green - blue) 

Switchable (key button) 

3x24 W per beam 

8 fix colors and 3 color scenarios 

220-240 V, ± 10 % - 50/60 Hz


Workstation components 

Dräger offers a wide range of workstation components. These components are freely 

configurable and help to ensure an ergonomic workplace design. 


SHELVES 

D-27735-2009 

D-27733-2009 

D-27732-2009 

Our shelf portfolio includes a wide range of options. You can choose from different shelf sizes, the number of standard rails or 

add drawers according to your needs. 

SHELF SIZES/UASBLE SURFACE (W X D) 

430 x 340 mm 

630 x 340 mm 

430 x 480 mm 

530 x 480 mm 

630 x 480 mm 

860 x 480 mm 

STANDARD RAILS 

no rails 

side rails 

front rail 

control handles at front 

DRAWER OPTIONS 

1 drawer 

1 drawer with lock (incl. 2 keys) 

2 drawers 

2 drawers and 1 lock 

2 drawers and 2 locks 

drawers and 2 locks on a shelf 

(860 x 480 mm) 

1 drawer and 1 documentation module 

1 documentation module 

D-26256-2009

28 | 



ARM TYPES 

INFUSION ARMS 

For all infusion arms, the options are almost 

limitless. These arms are available in both 

single- and double-arm configurations. Additionally, 

you can select the desired swivel arm 

length: 200/300/400 mm. All arms feature 

adjustable friction brakes (ball bearings) and 

integrated cable management. 

D-32268-2011 

Double swivel arm for 25 mm pole (infusion), mounted on a 38 mm pole 

MONITOR ARMS 

For all monitor arms, a variety of options are 

available. These arms are available as lifting 

arms or lifting arms with additional swivel arm. 

You can also choose an optional keyboard holder. 

Additionally, you can select the desired 

swivel arm length: 200/300/400 mm. All 

arms feature adjustable friction brakes (ball 

bearings) and integrated cable management. 

D-111-2010


CABLE MANAGEMENT 

D-26583-2009 

D-26600-2009 


Cable channel 

Cable boxes 

COLOR CODE CONCEPT 

D-18601-2010 

Handles 

2-1298-94, 2-1201-94, 2-1065-96 

D-18609-2010 

Control at column 

ACCESSORIES 

In addition to the components mentioned 

above, further components are available 

(e.g. infusion poles, application rods, racks, 

clamping rails, equipment holders etc.). 

Compact rail, cable holder, rail holder

30 | 



Gas Management Systems 

Dräger Gas Management Systems (GMS) are designed to manage 

the hospital’s gas supply needs. Dräger offers complete gas supply 

systems which include all necessary components and distribution 

piplines. 

MT-0018-2006 

Gas Terminal Units 

Planning and designing Gas Management 

Systems for either complete hospitals or 

individual areas like a new IC or OR area is 

a challenging task. Different international 

standards and guidelines provide different 

information, require different system configurations 

and different approaches to all the 

challenges occurring. 

Dräger is at your side when it comes to solving 

these challenges and optimizing the system 

design for the benefit of the hospital. 

We have more than 50 years experience in 

designing, building and testing Gas 

Management Systems. 

As every project is different and the systems 

tailor-made for the hospital, it is difficult to 

provide generic planning details. Therefore 

we kindly ask you to contact your local 

Dräger representative for individual planning 

support. 

GAS TERMINAL UNITS 

The locations and quantities of gas terminal 

units are essential parts of the planning of 

every Gas Management System. Depending 

on the clinical procedures and applications, 

different gases are required in different hospital 

areas and the amount of units provided 

needs to match processes and devices used 

there. Dräger builds world-renowned gas terminal 

units since over 40 years and is offering 

outlets according to DIN, British Standard and 

other international types. 

D-1217-2009 

Alarm Management 

ALARM MANAGEMENT SYSTEM 

A complex system like a medical Gas 

Management System requires good operational 

management and provides a host of information. 

Dräger Alarm Management Systems 

consolidate all this information like operational 

and emergency alarms. Analogue operational 

data (e.g. pressure and flow) can also easily 

be integrated. All information can be displayed 

where ever required with LED-, text- or touch 

display monitors and connected to integrated 

building management systems. 

D-16746-2010 

Distribution systems 

DISTRIBUTION SYSTEM 

Medical grade copper tubes according to ISO 

13348 with defined cleanliness and thorough 

testing regime in combination with high quality 

installation (e.g. inert gas shielding during 

welding) form the backbone of the infrastructure 

which ensures that all gases are 

available at the required points of use. Proper 

system calculation according to Dräger 

Design Guidelines and international standards 

and comprehensive testing and installation 

ensure quality and performance of the overall 

system.


D-507-2014 

MT-7526-2004 


Reliable monitoring throughout the entire system 

AREA CONTROL UNITS 

All clinical areas need to be controlled individually 

by Area Control Units. This includes 

pressure gauges for each gas and alarms for 

pressure deviations as well as lock-off valves 

and emergency inlet points. 

MT-5164-2004 

MT-5206-2004 

D-1216-2009 

Vacuum pumps 

Compressed air system 

Cylinder Manifold for oxygen 

VACUUM SYSTEM 

Vacuum is indispensable for surgical application 

(wound field aspiration) as well as bronchus 

suctioning in anaesthesia and intensive 

care treatment. Dräger vacuum systems with 

triplex or quadruplex pumps fulfill the ISO 

7396-1 and match all requirements in terms of 

safety and efficiency. 

COMPRESSED AIR SYSTEM 

Medical air systems for breathing purpuoe 

(4/5 bar) as well as for surgical tool air (7/8 

bar) must fulfill the ISO 7396-1, breathing air 

must also comply with the European Pharmacopoiea. 

Dräger medical air systems combine 

proven design, safe operations, and efficient 

reliability. 

CYLINDER MANIFOLDS 

Oxygen, Nitrous Oxyde and Carbon Dioxide 

can be supplied by 3-fold cylinder manifolds 

or by a liquid oxygen tank (V.I.E.) and a 2-fold 

cylinder manifold with a Dräger Gas Control 

Station as the core of the system.

32 | 



Overview anesthesia portfolio 

ANESTHESIA DEVICES 

D-11215-2010 

D-47654-2012 

MT-0818-2004 

Fabius® plus 

Fabius® plus XL 

Fabius® Tiro 

D-12281-2011 

MT-6421-2008 

D-7656-2010 

Fabius® GS premium 

Primus® 

Apollo® 

D-64715-2012 

D-7116-2011 

D-64716-2012 

Primus® Infinity® Empowered 

Perseus® A500 

Zeus® Infinity® Empowered


MONITORING & IACS 

D-90837-2013 

D-19739-2009 


Infinity® Delta 

Provide continuous monitoring and the same 

bedside level of care during transport 

Infinity® Acute Care System monitoring solution 

Created to meet the needs of all care areas – both 

at bedside and during transport 

VAPORIZER AND SMARTPILOT® VIEW 

MT-2295-2008, D-879-2010 

D-7613-2011 

Vaporizers 

Designed with flexibility in mind – like Dräger 

anesthesia workstations 

SmartPilot® View 

Helps facilitate anesthesia induction, maintenance 

and recovery 

SPECIALTIES 

D-12287-2011 

D-9375-2009 

MT-1100-2007 

Fabius® MRI 

MRI-compatible anesthetic management requires a 

special room layout plan which conforms to the 

patient‘s treatment path 

Fabius® Tiro M 

Offers the full spectrum of anesthesia ventilation to 

military anesthesiologists/cRNAs in the field 

The Surgical Display Controller enables you to 

display patient vital sign information on a largescreen 

display in the Operating Room

34 | 



D-60193-2012 

Accessories 

Day in, day out in the hospital you are faced with enormous time and cost pressures at the same time 

you are taking care of the welfare of your patients. You need technical medical accessories which you 

can use to unlock the full potential of your equipment, which work smoothly, guarantee the best possible 

care of your patients and help you to improve your processes. In short: accessories you can rely on, 

Dräger can supply it for you. 

SODA LIME 

SENSORS 

Whether for patient monitoring, care and 

treatment of neonates, anesthesia, intensive 

care, the emergency department or on the 

ward: each original accessory from Dräger 

doesn't just fulfil all the official quality standards. 

We also measure our accessories 

against our own strict Dräger quality standards. 

MT-2004-2008 

MT-2086-2007 

E.g. CLIC Absorber 

E.g. flow sensor Spirolog®


VENTILATION 

D-19281-2009 

MT-11164-2006 

D-7059-2009 

Breathing circuits 

Breathing system filters and HMEs 

CO2 cuvettes 

D-12465-2014 

D-957-2010 

D-402-2010 

Catheter mount ErgoStar® 

Breathing masks 

Intubation kits 

MONITORING 

WARD EQUIPMENT 

D-32549-2011 

D-10282-2011 

D-50637-2012 


RAIL ACCESSORIES AND 

EXAMINATION LIGHTS 

E.g. Masimo® Sensors 

E.g. medical aspiration 

E.g. medical examination light VarioLux®

36 | 


WORKPLACE EXAMPLES 

Workplace 

examples 

for OR 

D-94674-2013

PLANNING DOCUMENTS FOR OR | WORKPLACE EXAMPLES | 37 

Workplace examples for the OR 

The following pages will provide you with some information and ideas for 

several standard workplace configurations. 

Workplace examples 

The following pages show typical solutions for 

various types of workplaces. They can be used as 

a starting point for new design concepts based on 

customer needs. 

Combine elements of two or more examples to 

develop the best possible solution for your client.

38 | 



Supply units 

ANESTHESIA 

D-90855-2013 

D-90854-2013 

D-90853-2013 

AN-CSU with lifting arm with docked anesthesia 

device, monitoring and infusion (docking via 

equipment holder or MediaDocking) 

AN-CSU with media head and tubes for shelves, 

monitoring and infusion pumps 

AN-CSU with long column for shelves and 

infusion pumps. The anesthesia device is 

placed beside the supply unit 

DOCKING 

D-85706-2013 

Equipment holder for docking carts or anesthesia devices with 

magnetic docking control 

D-18338-2010 

Equipment holder for docking carts and anesthesia devices with 

automatic connection of all media via special MediaDocking interface


SURGICAL WORKPLACE 


D-92502-2013 

D-90852-2013 

CSU with lifting arm, short column and shelf 

CSU with long column and three shelves 

MT-221-2001 

D-12307-2011 

CSU with lifing arm, long column, MediaDocking 

and docked MovaCart 

CSU with media head and tubes for shelves and 

infusion pumps

40 | 



DISPLAY HOLDER 

D-57969-2012 

Multi display holder for up to 8 displays or one 

large display (60" screen size) 

D-16304-2009 

D-90843-2013 

D-90844-2013 

Short column with four separate display arms 

Display arm on central axis 

OR LIGHTS 

D-449-2014 

Single light head on central axis 

Double light combination with integrated HD-camera 

D-103620-2013 

Double light combination with display arm, without camera


ANESTHESIA DEVICES 

MT-0555-2008 

D-85719-2013 

Primus® on CSU. Connection via standard docking or MediaDocking 

(also as mobile version available) 

Perseus® A500 ceiling mount. Ergonomic anesthesia workstation 

with integrated remote control for ceiling supply unit 

D-7118-2011 


D-64716-2012 

Perseus® A500. Mobile flexible positioning of monitors and infusion pumps 

Zeus®

42 | 



General 

planning 

D-62809-2012

PLANNING DOCUMENTS FOR OR | GENERAL PLANNING | 43 

General planning 

Learn more about planning an OR. 

Planning an OR is a complex and technically 

challenging process. This chapter will address the 

many questions encountered when designing a 

new OR. 

An intimate knowledge of the Dräger product portfolio 

and a thorough understanding of customer 

needs are vital prerequisites for success. 

General planning

44 | 




It is important to keep the following in mind: 

CEILING SUPPLY UNITS 

– Which anesthesia device (lifting or mobile version)? 

– Which surgical devices have to be placed 

(size, weight, media connections)? 

– Is a cart (MovaCart) in use which could be docked 

at the supply unit? 

– Are there infusion pumps which have to be mounted? 

– What is the most ergonomic placement of devices? 

– Select a long or short column/head/equipment rack 

(e.g. AN-device under or in front column) 

– Select an arm system (where must the supply unit to 

be placed, where are parking the positions?) 

– Select height adjustable or non-adjustable system 

(e.g. different staff and heights) 

– Select workplace components (shelves, infusion poles) 

– Select handles/grips for brakes/lift (from where will 

the units be positioned? back, front) 

– Select cable management (are many cables and hoses to be 

expected? How can they be managed? Cable boxes, 

cable holder, channels?) 

CEILING MOUNT 

– Design the ceiling fixture for max. load capacity (upgradeability) 

– Select a uni-flange for possible double CSU (upgradeability) 

– Design of double CSU: clarify dead swivel range 

of arm system > long distance tubes on rear or front side 

– Consider a second anesthesia CSU for TIVA 

(Total intravenous Anesthesia) or infusion management 

– Possible parking positions for supply units for OR change 

> stops in arm systems have to be set accordingly 

– For MediaDocking: The column has to be equipped with the same 

media outlets. If a replacement anesthesia device is necessary 

hoses and cables must be available to ensure media supply 

– Consider possible collisions of pendants with air flow ceiling 

curtains or other interior fixtures 

– Consider space (clearance height) under arm systems 

(arm/motor hood) and grips of OR lights, space under columns 

for cleaning or further devices such as patient warmer or 

suction systems 

OR LIGHTS/CAMERAS/DISPLAYS 

– How many light heads are required? 

– Which size is necessary? 

– Do you have a central axis? 

(is it possible? movement of C-Bow) 

or a separate mounting on two sides? 

– Do you need a third light at foot end? 

(e.g. for vein harvesting) 

– Do you need a small examination light? 

(e.g. preparation of catheter) 

– Do you need an integrated camera or external camera? 

– How will the lights be controlled? 

(at cardanic, wall control panel, remote control, touch screen 

(integrated OR)) 

– Where will displays be placed? 

(size and number is important) 

– Select a display holder 

(e.g. Pendula, display holder at central axis or holder 

at supply unit) 

D-7118-2011



D-8900-2011 

Planning an anesthesia workplace 

ELEMENTS OF AN ANESTHESIA 

WORKPLACE 

– Anesthesia device (mobile or at CSU) 

– Infusion pumps (at CSU or AN-device, separate) 

– Anesthesia supply unit 

– Anesthesia trolley 

– Blood gas analyser 

– Cellsaver 

– Sonography device 

– Space, about 2 x 4 m 

– Must be easily accessible and an ergonomic operation 

of equipment must be ensured. Specify any meaningful parking 

position for angiography system 

– Standard hose lengths up to 3 m, special lengths on request 

MONITORING/ANESTHESIA/IT 

– Different workstation configurations are possible 

(especially with Dräger Perseus A500) 

– Position of control cockpit has to be clarified 

– Position of patient monitoring has to be clarified 

– Position of IT portal has to be clarified 

– Position of infusion pumps has to be clarified 

– Optimize workplace for connection to ceiling supply unit, 

e.g. select shelf, drawer, small appliances rod

46 | 



Special OR types 

Most common are Hybrid, Integrated and Modular ORs. 

HYBRID OR 

D-62775-2012 

This type of OR is the combination of a 

conventional operating room (e.g. heart 

surgery) and a imaging system (e.g. catheter 

lab). In this working environment, many devices 

are require red and their placement must 

be carefully considered. Imaging devices will 

require mobile and ceiling-based x-ray shielding 

and walls and windows must also contain 

lead shielding. For the interventionist, a 

sufficient number of monitors is essential. 

The main monitor is often quite large (up tp 

60"). The ceiling-mounted rails which support 

the imaging equipment necessitate long swivel 

arms in order for them to be able to reach 

the operating field. 

INTEGRATED OR 

An Intergrated OR is a complete system. 

Nearly all functions in the room are controlled 

centrally by one system. This system controls 

the doors, blinds, light, table, OR lights and 

many other functions. In addition, video 

management of the room is done by these 

integration systems. These rooms will typically 

contain a large number of devices (e.g. control 

units) and interfaces. Providing sufficient 

shelf space for device placement can be challenging 

in rooms such as this. The devices 

involved often require special media outlets 

and cables (e.g. fibre optic). 

D-452-2014


MODULAR OR 

Modular ORs are comprised out of single 

modules. These modules are prefabricated. 

The prefabricated walls are already equipped 

with electrical sockets and gas outlets. This 

type of wall can allow the integration of 

modern materials such as glass, artwork or 

even illumination. 

The advantages of such Ors include short 

planning and construction times and flexible 

room design. 


D-109188-2013

48 | 



General surgery 

Example layout for general surgery 

1. Anesthesia 

2. Surgery 

3. OR light combination


This setup is an example for general surgery rooms. The configuration is not heavily equipped but flexible for different kinds 

of interventions. 

1. ANESTHESIA 

A single ceiling mount is selected to attach 

the swiveling and liftable anesthesia supply 

unit. The anesthesia device stands in below 

the supply unit. The supply unit has an horizontal 

media head – Movita head. This unit is 

equipped with all necessary media. 

Devices at supply unit 

Additional devices supplied by unit 

Anesthesia device 

Infusions 

Monitoring (often at AN-device) 

IT/Documentation 

Patient warmer 

Endotracheal aspiration (often at AN-device) 

2. SURGERY 

There is a single ceiling mount to attach a 

supply unit for surgery. The surgery supply 

unit is a short, liftable column with one shelf. 

The column itself is a slim Agila column. 


HF surgery device 


Surgical suction device 

3. OR LIGHTS 

A double light solution is optimal. There is a 

main light (160.000 lux) and a satellite 

(110.000 lux). 

General planning

50 | 



Vascular surgery 

Example layout for vascular surgery 

4. Surgery & displays 

5. Anesthesia 



This setup is an example for general surgery rooms. The configuration is not heavily equipped but flexible for different kinds 

of interventions. In addition to the standard general surgery room there is a mobile C-Bow in the room for x-ray imaging. 

X-ray protection is therefore mandatory (lead vests, skirts, leaded glass windows and walls. Images must be displayed on 

monitors. 

4. SURGERY AND DISPLAYS 

There is a double ceiling mount to attach a 

supply unit for surgery and a display holder. 

The surgery supply unit is a short, liftable 

column with one shelf. The column itself is a 

slim Agila column. 

SURGERY 



DISPLAYS 


Displays (2 x) 



Mobile C-Bow (often with wall socket) 

5. ANESTHESIA 



unit. The anesthesia device stands in below 

the supply unit. The supply unit has an horizontal 

media head – Movita head. This unit is 

equipped with all necessary media. 




Monitoring 

IT/Documentation 


Further infusions 



A double light solution is optimal. There is a 

main light (160.000 lux) and a satellite 

(110.000 lux). 

General planning

52 | 



Heart surgery 

Example layout for heart surgery 

7. Anesthesia/ 

Cardio & display 

8. Surgery & display 



The room is set up to allow for a large amount of equipment positioned at the patient’s head which must be operated by the 

anesthetist. As in vascular surgery rooms there is a mobile C-Bow in the room for x-ray imaging. Therefore cardiac surgery 

protection is mandatory (Protection clothes, lead glass walls). Images, hemodynamic information and other vital parameters 

must be displayed and be visible from several angles. 

7. ANESTHESIA/CARDIO 

A double ceiling mount is selected to attach 

the liftable anesthesia supply unit and a display 

arm. The anesthesia device stands in 

front of the supply unit. The supply unit has a 

long column. At this column an infusion pole is 

mounted. This column supplies the anesthesia 

and cardio workplace with all necessary 

media. 


Monitoring (or at AN-device) 

IT/Documentation (or at AN-device) 

Pacemaker 

Infusions (or at AN-device) 


Display (1 x) 



Blood gas analysis 




Heart lung machine HLM 

Hypothermia device 

8. SURGERY AND DISPLAY 

There is a double ceiling mount to attach a 

supply unit for surgery and a display holder. 

The surgery supply unit is a long, liftable 

column with a minimum of 3 shelves. The 

display is used for surgeon for vital parameters 

or x-ray imaging. 


A minimum of two light heads are necessary. 

The main light has a light intensity of 160.000 

lux and the satellite 110.000 lux. Preferably, a 

third light head with 110.000 lux for a second 

operating field (vein harvesting) should also 

be available. 

SURGERY 



ECG 

Defibrillator 


Display (1 x) 



Sonographer 


Cellsaver 

General planning

54 | 



Laparoscopy 

Example layout for laparoscopic surgery 

10. Anesthesia & display 

11. Surgery & display 



This setup is organized for laparoscopic intervention. At both sides of the table is a display holder to mount displays. 

In this configuration, the endoscopic images are well within the surgeons’ field of view. 

10. ANESTHESIA AND DISPLAY 

A double ceiling mount is selected to attach 

the liftable anesthesia supply unit and swivel 

arm for a display. The anesthesia device is 

lifted and docked to the supply unit (via 

MediaDocking). The supply unit has a long 

column. At this column, a shelf is mounted. 





Infusions (or at AN-device) 


Display (1 x) 




11. SURGERY AND DISPLAY 

There is a double ceiling mount to attach the 

surgery supply unit and a display holder. This 

unit is a long, swiveling column with 5 shelves 

a large amount of endoscopic equipment. 

SURGERY 



Endoscopic devices 

Control units 

Insufflator 

Light source 



Ultrasound surgical device 


A double light solution is optimal. The light 

heads have a light intensity of 110.00 lux and 

160.000 lux. 


Display (1 x) 

General planning

56 | 



Neurosurgery 

Example for neurosurgery 

13. Anesthesia 

14. Surgery 

15. Display holder 

16. OR lights


This setup is optimized for a neurosurgery intervention at the patient’s head. To have free access to the head end the 

anesthesia workplace is located at the feet end. The images from navigation system or microscope can be seen at both 

sides on screens which are mounted to display holders. 

13. ANESTHESIA 



unit. The anesthesia device stands in front 

of the supply unit. The supply unit has long 

Movita column. This unit is equipped with all 

necessary media. 






Infusions 


Endotracheal aspiration 

14. SURGERY 

A single ceiling mount is selected to attach a 

swiveling surgery supply unit. The supply 

unit has a long column. On this column, we 

have three shelves for devices. 



Neuro monitoring 



15. DISPLAY HOLDER 

There are to single display holders at each 

side of the operating table. The staff will 

have access to all required images in the 

room. 


2 x Display (1 x) 




160.000 lux. 

General planning

58 | 



Orthopaedic surgery 

Example for orthopaedic surgery 

17. Beam system 

18. OR lights


This setup is optimized for an OR with highest hygienic requirements. A laminar air flow ceiling can be used without disturbing 

arms from supply units. With an OR table with a column a flexible setup of the room is possible. This flexibility is supported by a 

beam system with media outlets all over the beam. In addition, there are two shuttles with equipment carriers to place devices 

which can be moved along the entire beam. On the interior side, there are two more shuttles with display holders. 

17. BEAM SYSTEM 

A four-sided beam system with two equipment 

carriers which can be moved along the 

entire system. In addition, are two more shuttles 

for display holders. For a pleasent workplace 

atmosphere a number of lighting options 

have been integrated (e.g. indirect light, 

RGB light). 




Tourniquets (at shuttle) 

Endotracheal aspiration (at shuttle or AN-device) 

HF surgery device (at shuttle) 



C-Bow 







160.000 lux. 

General planning

60 | 



CAD Drawings – Configuration 1 

In this chapter, all configurations shown in “Workplace Solutions” are listed. 

The numbers correspond to the numbers in the ground plans. 

Movita AK (L750-LiftExp.)


Configuration 2 


Agila 05 (L1000-LiftExp.)

62 | 




Polaris® 700 - Polaris® 500




Agila 05 (L1000-Lift) - AC3000 2 Displays

64 | 




Movita AK (L750-Lift)





66 | 




Movita 13MD (M500-Lift) - AC2000 1 Display




Movita 13 (M750-750) - AC2000 1 Display

68 | 




Polaris® 700 - Polaris® 500 - Polaris® 500




Movita 13MD (M1000-Lift) - AC2000 1 Display

70 | 




Movita 15 (M750-750) - AC2000 1 Display





72 | 




Movita 13 (M1250 - Lift)




Movita 13 (S1250 - 1000)

74 | 




AC3000 Display





76 | 




Opera 4S





78 | 

PLANNING DOCUMENTS FOR OR

PLANNING DOCUMENTS FOR OR | CONTACT | 79 

Contact 

For planners and architects: 

CONTACT FOR PROJECTS AND TECHNICAL PLANNING: 

Marco Patzer 

Project Engineer 

+49 451 882 2419 

marco.patzer@draeger.com 

Sebastian Rahn 

Project Engineer 

+49 451 882 2446 

sebastian.rahn@draeger.com 

WEB: 

www.draeger.com/planning 

Subject to change. 

Not all products are available in all parts of the world. 

More information: www.draeger.com

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Moislinger Allee 53–55 

23558 Lübeck, Germany 

www.draeger.com 

Manufacturer: 

Dräger Medical GmbH 



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to Drägerwerk AG & Co. KGaA. 

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