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130704-Cabin inside_7.indd - Cabinplant

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Accurate product mixing in cold store<br />

With the new step motor-driven multihead weigher, accurate mixing of up to four different<br />

products is possible.<br />

30 tons state-of-the-art<br />

shrimp in 8 hours<br />

<strong>Cabin</strong>plant has built a complete<br />

processing line for white shrimp in<br />

Belize.<br />

Page | 08<br />

#16<br />

Page | 04<br />

Fast and precise<br />

cheese cutting<br />

<strong>Cabin</strong>plant ensures optimum<br />

handling of yellow cheese and<br />

feta cheese.<br />

Page | 10


Contents<br />

Gentle weighing and packing<br />

of fragile products . . . . . . . . . . . . . . . . . page 03<br />

Step motors optimize<br />

the multihead weigher . . . . . . . . . . . . page 04<br />

No more biting off more than<br />

you can chew . . . . . . . . . . . . . . . . . . . . . page 06<br />

Processing system encourages<br />

Greeks to new investments . . . . . . . . page 07<br />

Shrimp processing plant in Belize,<br />

Central America . . . . . . . . . . . . . . . . . . . page 08<br />

Fast and precise cheese cutting . . . . page 10<br />

It is <strong>Cabin</strong>plant’s declared goal to strengthen its position on the global market. One of the means for achieving this will be to<br />

increase focus on the international exhibitions. We look forward to meeting you.<br />

EXHIBITIONS<br />

Year Name Country City Date Stand<br />

2004 Riga Food Latvia Riga 8 - 11 Sep.<br />

World Food Moscow Russia Moscow 21 - 24 Sep. Hall 1, A630<br />

Polagra Poland Poznan 21 - 24 Sep.<br />

IPA France Paris 22 - 26 Nov. 2, H50<br />

2005 Boston Seafood Show USA Boston 13 - 15 Mar.<br />

Interpack Germany Düsseldorf 21 - 27 Apr.<br />

Seafood Processing Europe Belgium Brussels 26 - 28 Apr.<br />

CFIA Morocco 8 - 11 June<br />

Foodtech Denmark Herning 15 - 17 Nov.<br />

2006 Scanpack Sweden Gothenburg 24 - 27 Oct.<br />

<strong>Cabin</strong>plant Inside is published by <strong>Cabin</strong>plant International A/S, Denmark, Distribution: <strong>Cabin</strong>plant customers, agents, subsidiaries, co-operation<br />

partners, etc. Editor: Lars Kops, Languages: English, German, French and Russian, Graphics and layout: Pernille Bæk.


Gentle weighing<br />

and packing of<br />

fragile products<br />

Automatic weighing of fragile products such as shrimp<br />

and mushroom has always been a tricky business<br />

– particularly when accuracy is a must. However,<br />

<strong>Cabin</strong>plant has now developed a series of solutions that<br />

make it possible to automatically weigh and pack fragile<br />

products just as gently as if handled manually.<br />

<strong>Cabin</strong>plant’s engineers have designed a weighing<br />

machine on which fall heights and product handling<br />

are reduced to a minimum and the product infeed is<br />

supported by vibration.<br />

By removing the assembling pans from the multihead<br />

weighing machine and replacing them by chutes the<br />

first fall that the product normally undergoes has been<br />

eliminated.<br />

At the same time, the angle of the subsequent<br />

assembling hoppers has been levelled as much as<br />

possible. To prevent product from accumulating in<br />

the flat-angled assembling hoppers, vibrators have<br />

been installed to ensure that the product moves<br />

gently through the assembling hoppers without being<br />

damaged.<br />

The angle of the timing hoppers has also been reduced,<br />

and product is conveyed through these hoppers in the<br />

same way as in the assembling hoppers, i.e. by means<br />

of vibration.<br />

By means of flat angles, vibratory infeed and a reduced<br />

number of falls, <strong>Cabin</strong>plant’s new weighing machine<br />

is the gentlest machine to date for packing of fragile<br />

product. Actually, the machine is so gentle that it packs<br />

frozen whole shrimp (head-on) without damaging their<br />

delicate antennae, eyes and legs.<br />

The packing speed depends on the fragility of the<br />

product concerned, the weight and volume for each<br />

batch, and the special requirements for the packing.<br />

:: Using vibration<br />

means that the<br />

drop slope can be<br />

reduced thereby<br />

ensuring a gentle<br />

“fall” through<br />

the assembling<br />

hopper.<br />

CABINPLANT INSIDE 03


CABINPLANT INSIDE 04<br />

Step motors optimize<br />

the multihead weigher<br />

The French frozen food producer, Boiron, introduces a new Seafood Mix packed on <strong>Cabin</strong>plant’s<br />

new step motor-driven multihead weigher.<br />

In January 2004, Boiron extended its range of frozen<br />

food products with a completely new Seafood Mix.<br />

As the name indicates, this is a mix consisting of four<br />

different seafood products – two types of mussels<br />

plus shrimp and squid. The four products are weighed<br />

individually in their own product zones on <strong>Cabin</strong>plant’s<br />

new multihead weigher, and subsequently they are<br />

mixed in the timing hopper. The recipe is monitored<br />

from and easily changed on the control panel.<br />

<strong>Cabin</strong>plant has optimized the multihead weigher by<br />

replacing pneumatic components by electrically driven<br />

step motors, which open and close the 28 assembling<br />

pans and 28 weighing pans.<br />

The step motors ensure optimum machine functioning<br />

down to minus 20°C. At the same time, the motoractuated<br />

control ensures a high degree of continuity<br />

and reliability as the software constantly monitors all<br />

:: 4 product zones<br />

weighing pans. In the event of production breakdown,<br />

e.g. if product is stuck in the weighing pan, an alarm<br />

automatically starts.<br />

In addition, the step motors use less energy than the<br />

pneumatic control system.<br />

All mechanical parts are enclosed making the machine<br />

very easy to clean. In addition, the unit has no flat areas<br />

where water and product residue may accumulate<br />

during cleaning.<br />

The entire multihead weigher is designed in modules.<br />

Motor, gearbox and load cell, for example, have been<br />

constructed as one independent module, enabling<br />

the operator to exchange the modules himself, thus<br />

reducing production stops to an absolute minimum.<br />

Such modules can be replaced in less than ten minutes<br />

– an important cost saving factor.<br />

TECHNICAL SPECIFICATION<br />

From 10 to 32 weighing channels.<br />

Pan Sizes: 100 cc, 300 cc and 500 cc<br />

Capacity: Up to 325 dumps per minute<br />

Weighing Range: 25 g to 6,000 g per dump<br />

Weighing Accuracy: +/- 0.5 g


:: Multihead weigher with platform – design and construction of platform facilitates cleaning<br />

Boiron’s new multihead weigher with 28 weighing<br />

heads doses the Seafood Mix into 500 g and 1000 g<br />

bags.<br />

The multihead weigher is capable of weighing approx.<br />

55 small or 40 large bags per minute. The accuracy is<br />

very high – Boiron’s Seafood Mix bags are portioned<br />

within a tolerance of plus/minus 2.5 g.<br />

:: Motor, gearbox and load cell are incorporated into one<br />

module which can easily be replaced.<br />

100 cc<br />

300 cc<br />

500 cc<br />

CABINPLANT INSIDE 05


CABINPLANT INSIDE 06<br />

No more biting off more<br />

than you can chew<br />

Bread producers expect to cut dough consumption considerably by reducing<br />

unnecessary overweight.<br />

No matter how much accuracy industrial bread producers<br />

aim at in their production, it is impossible to achieve the<br />

exact bread weight each time. Ambient temperature,<br />

air humidity and raw material are factors which affect<br />

the process, and consequently bread producers tend<br />

to oversize their breads. A costly error when bread bags<br />

promise a specific number of breads and a minimum net<br />

weight.<br />

Because of its considerable expertise within the<br />

construction of multihead weighers taking the required<br />

number of bread rolls into account, <strong>Cabin</strong>plant has been<br />

able to supply a filling line which can help a Danish bread<br />

producer cut down dough consumption substantially.<br />

A prescribed number of bread rolls are packed into bags,<br />

but since the breads vary in size there is a risk of not<br />

achieving the required minimum weight. Consequently,<br />

the producer is forced to oversize the breads to ensure<br />

that the correct weight is achieved.<br />

<strong>Cabin</strong>plant’s multihead weigher gives the producer<br />

instant raw material savings as well as other production<br />

advantages. Featuring a high degree of flexibility, the<br />

multihead weigher is capable of handling most bread<br />

types. Bread rolls are packed in small bags of 10-20 each,<br />

large bags containing 60 bread rolls, and even larger<br />

quantities for the catering industry. As the bread rolls may<br />

also be sprinkled with poppy seeds, grain flakes, etc.,<br />

which may easily fall off if the bread rolls are subjected<br />

to bumps and blows, one of the challenges <strong>Cabin</strong>plant<br />

faced was to ensure gentle handling of the bread rolls.<br />

Consequently, <strong>Cabin</strong>plant’s machine designers created<br />

gentle transitions and reduced the fall heights in the<br />

weighing/packing process.<br />

The plant features a very high capacity and distributes<br />

32,000 bread rolls per hour, thus feeding two vertical<br />

form/fill/seal machines continuously.<br />

The multihead weigher is of the type 50-14 with 14<br />

weighing pans and a 5 l assembling hopper. The small<br />

bags are filled in one discharge sequence while two<br />

sequences are required when filling large bags. Even<br />

more sequences are required for catering packages.<br />

<strong>Cabin</strong>plant’s multihead weigher is incorporated<br />

completely into the existing production equipment<br />

and streamlines the entire process by reducing dough<br />

consumption and ensuring a more flexible packing<br />

process. With a view to optimising the production,<br />

<strong>Cabin</strong>plant develops individual PLC controls in<br />

cooperation with the customer. In addition, everything<br />

is controlled by means of a simple, user-friendly recipe<br />

control.<br />

As an extra facility, the machine design allows for the<br />

special cleaning methods used in industrial bakeries.


Processing system<br />

encourages Greeks to<br />

new investments<br />

Agricultural Center’s technological production venture is a success.<br />

Five years ago, Agricultural Center – a company in<br />

the northern part of Greece – was producing 3 tons<br />

of peas and 1.5 tons of beans per hour on their<br />

processing system. Now, 8 tons of frozen peas and 4.5<br />

tons of frozen beans are conveyed through the system<br />

every hour during the season, as a direct result of the<br />

company’s successful technological venture in which<br />

<strong>Cabin</strong>plant has been engaged to design the processing<br />

line layout and deliver the equipment.<br />

The new system – which has been incorporated into the<br />

company’s original pre-cleaning system – consists of a<br />

bulk feeder, air cleaning and washing of vegetables, pod<br />

removal (peas) and de-stringing (beans), quality control,<br />

draining, freezing and size grading after freezing.<br />

The short pea season has a production period of only<br />

25 days, so line capacity and operational reliability are<br />

crucial. Even though the bean season is twice as long as<br />

the pea season, the line’s operational reliability is also<br />

vital for the return on the invested capital. In addition,<br />

Agricultural Center is so pleased with the processing<br />

system from <strong>Cabin</strong>plant that the company has already<br />

contacted <strong>Cabin</strong>plant again to have the system<br />

expanded for processing other types of vegetables.<br />

The aim is to have <strong>Cabin</strong>plant develop and design a<br />

multi-purpose line that will extend the utilization of the<br />

equipment beyond the processing of peas and beans.<br />

CABINPLANT INSIDE 07


The photo shows some of the<br />

production ponds. At the bottom of<br />

the photo, the new processing plant<br />

is under construction just next to<br />

the warehouse – the blue building.<br />

:: At the bottom left-hand corner and in the middle: The two<br />

receiving/storage tanks which can hold a total of 30,000 kgs<br />

shrimp corresponding to the harvest from one pond.<br />

:: The conveyors conveying the shrimp<br />

from the receiving/storage tanks and into<br />

the factory.


Shrimp processing<br />

plant in Belize,<br />

Central America<br />

<strong>Cabin</strong>plant has just installed and commissioned a complete<br />

processing line for white shrimp (Penaeus Vannamei) in the<br />

Central American state of Belize.<br />

Over the past years the customer, Belize Aquaculture<br />

LTD, has developed an innovative state-of-the-art shrimp<br />

farming method thus obtaining a higher yield per hectare<br />

pond than achieved anywhere else in the world. At<br />

the same time, the method poses no threat to the<br />

surrounding aquatic environment as no waste water is<br />

returned to the ocean. Instead, all water is purified and<br />

reused.<br />

The processing plant is probably the most advanced<br />

of its kind today and is capable of supplying shrimp<br />

products of superior quality. As soon as the shrimps<br />

are harvested, they are transported to the factory in<br />

insulated containers filled with liquid ice, which cools<br />

them down close to 0°C almost immediately.<br />

At the factory, the shrimps are loaded into two large<br />

receiving tanks filled with a mixture of liquid ice and<br />

chilled water. From here the shrimps are conveyed into<br />

the processing area where they are de-headed, graded<br />

by size and sorted by quality. The shrimps are then<br />

either block-packed in 2 kg cartons and frozen in plate<br />

freezers or IQF-frozen in a Frigoscandia spiral freezer.<br />

After freezing, the IQF shrimps are glazed and afterfrozen,<br />

then portion-weighed on a <strong>Cabin</strong>plant Multihead<br />

Weigher, and finally packed on a form, fill and seal<br />

machine.<br />

Throughout the entire process the shrimps are either<br />

stored in ice water or covered by flake ice. At present,<br />

the line makes three types of products, i.e. HO (whole<br />

shrimp), HLSO (headless shell-on), and peeled shrimp,<br />

which are either block-frozen or IQF-frozen.<br />

The factory layout allows for the subsequent installation<br />

of additional equipment, such as a cooking line for<br />

manufacturing different kinds of value-added products.<br />

The objective for the future is to install equipment for<br />

the drying and grinding of the shrimp waste as well.<br />

FACTS<br />

Products: White shrimp<br />

(Penaeus Vannamei)<br />

Capacity: 3,600 kg per hour<br />

End product: IQF and Block-Frozen<br />

Head-on, headless and peeled<br />

shrimp<br />

CABINPLANT INSIDE 09


CABINPLANT INSIDE 10<br />

Fast and<br />

precise cheese<br />

cutting<br />

<strong>Cabin</strong>plant ensures optimum handling of yellow<br />

cheese and feta cheese.<br />

<strong>Cabin</strong>plant has gained considerable expertise in<br />

handling both yellow cheese and feta cheese. The major<br />

part of the large, yellow cheese is cut into smaller blocks<br />

that are further processed into grated cheese for pizza,<br />

etc. Others are processed into small cheese cubes to be<br />

used in salads and cooking in general. Feta cheese is<br />

cut into blocks precisely fitting the selected packaging.<br />

Another type of production using <strong>Cabin</strong>plant equipment<br />

is the small feta cheese cubes packed in small tubs<br />

with strainer and brine that consumers find in the<br />

refrigerated counter in the supermarket.<br />

The yellow cheese blocks are usually 30 x 30 x 40 cm,<br />

before dicing. The cube sizes vary from 15 mm square<br />

to 70 mm square. Two cuttings are usually required to<br />

achieve the preferred cube size. The hardness of the<br />

cheese determines whether steel strings or knives are<br />

required for the cutting process. Stainless steel knives<br />

are often used for hard cheese or alternatively normal<br />

steel cutting strings, which have a tensile strength twice<br />

that of stainless steel cutting strings. Soft cheese is cut<br />

using stainless steel cutting strings.<br />

The cutting capacity depends on the hardness of the<br />

cheese. A <strong>Cabin</strong>plant cutting system for relatively hard<br />

cheese such as many yellow cheeses usually processes<br />

one ton per hour whereas twice as much cheese is<br />

processed by cutting systems designed for soft cheese.<br />

Feta cheese cut with knives<br />

Despite their soft texture, feta cheeses are cut using<br />

knives that minimise operational breakdowns in case<br />

of broken cutting strings. The cheese is conveyed to the<br />

cutting area on a trolley holding more than 100 cheeses<br />

at a time. <strong>Cabin</strong>plant’s system automatically ensures that<br />

the cheese is emptied from the moulds and correctly<br />

positioned on the conveyor belt. Here it is sorted<br />

according to weight and size before being cut into blocks<br />

directly for packaging.<br />

Control weighing and measuring are continuously<br />

performed to optimise the process at all times.<br />

The system is extremely accurate and flexible and reduces<br />

the consumption of resources. Knives are easily changed<br />

to accommodate different block sizes or packagings.<br />

Despite the system’s high precision – a deviation of ± 3<br />

grams per block – the cutting capacity is up to 2.5 tons<br />

of feta cheese blocks per hour.<br />

:: Dicing and grating of yellow cheese


:: Dicing of feta cheese :: Pre-cutting of cheese<br />

TECHNICAL SPECIFICATION<br />

Capacity - Grated cheese: Cap./h: Approx. 2,500 kg<br />

Cube size: 25 - 75 mm<br />

Capacity - Feta cheese: Cap./h: Approx. 1,500 kg<br />

Cube size: 8 - 25 mm<br />

Capacity - Block cheese/pieces: Cap./h: Approx. 1,500 kg<br />

Block/Piece size:<br />

25x25x25 mm -150x150x150 mm


next issue<br />

No more overfilled cans<br />

The pay-back period for the investment in a fully automatic<br />

packing system may be as short as one year<br />

When a manufacturer promises a<br />

specific minimum product weight in<br />

the cans, he will often overfill the cans<br />

to keep this promise. By doing so the<br />

manufacturer gives away part of his<br />

product for free.<br />

World-wide sales representation<br />

EUROPE<br />

B<br />

FLAMINEX S.A.<br />

T. +32 5733 3102<br />

F. +32 5733 2248<br />

E. lieven.depraetere@flaminex.be<br />

BG<br />

DATRA BELGIUM B.V.B.A.<br />

T. + 359 2 974 05 48<br />

F. + 359 2 974 08 22<br />

E. venzirin@internet-bg.net<br />

D<br />

CABINPLANT DEUTSCHLAND GMBH<br />

T. +49 36601 92803<br />

F. +49 36601 92804<br />

E. post@cabinplant.de<br />

D<br />

BOHSTEDT INDUSTRIEVERTRETUNGEN<br />

T. +49 4123 2534<br />

F. +49 4123 4714<br />

E. heinz.bohstedt@t-online.de<br />

ES<br />

KELAPACK S.A.<br />

T. +34 93 635 7070<br />

F. +34 93 637 6884<br />

E. kelapack@emosa.com<br />

F<br />

CABINPLANT SARL<br />

T. +33 1 4840 7050<br />

F. +33 1 4840 0246<br />

E. mail@cabinplant.fr<br />

FIN<br />

TRADOXA OY<br />

T. +358 2435 1425<br />

F. +358 2435 1424<br />

E. timo.oksanen@tradoxa.inet.fi<br />

GR<br />

INTEKO REPRESENTATIONS . IMPORTS LTD.<br />

T. +30 2 10 81 01196/01130<br />

F. +30 2 10 81 01279<br />

E. cpinteko@otenet.gr<br />

I<br />

TECNOPARMA S.R.L.<br />

T. +39 0521 304346<br />

F. +39 0521 334204<br />

E. sales@tecnoparma.it<br />

IS<br />

MR. ÁSGEIR HJÖRLEIFSSON<br />

T. +354 588 8550<br />

F. +354 588 8552<br />

E. asgeirhh@itn.is<br />

N<br />

CABINPLANT ÅRSTAD NORGE AS<br />

T. +47 5531 0059<br />

F. +47 5531 5158<br />

E. ub@cabinplant.no<br />

PL<br />

SVEDAN-POLSKA SPÓLKA Z O.O.<br />

T. +48 61 8420 738<br />

F. +48 61 8485 837<br />

E. biuro@svedan.com.pl<br />

S<br />

CABINPLANT SVENSKA AB<br />

T. +46 8795 8095<br />

F. +46 8795 8008<br />

E. yngve@cabinplant.se<br />

RU<br />

EIGNELINE CENTER<br />

T. +7 095 292 10 40<br />

F. +7 095 292 10 28<br />

E. cpiruv@umail.ru<br />

NORTH AMERICA<br />

USA<br />

CABINPLANT INC.<br />

T. +1 207 781 7621<br />

F. +1 207 781 7622<br />

E. nth@cabinplant.com<br />

THE MIDDLE EAST<br />

IR<br />

INDUSTRIALS SGC LTD.<br />

T. +98218725434 - 8<br />

F. +98218725446<br />

AFRICA<br />

ZA<br />

K F ALBRECHT & CO SOUTH AFRICA<br />

(PTY) LTD<br />

T. +27 21 5084 800<br />

F. +27 21 5084 888<br />

E. info@kfa.co.za<br />

ET<br />

PROMOTING INTERNATIONAL CO.<br />

(P.I.C.)<br />

T. +20 2762 0097<br />

F. +20 2762 0417<br />

E. promoters@link.net<br />

This problem, however, can be reduced<br />

to a minimum by using <strong>Cabin</strong>plant’s<br />

filling system. Read more in the next<br />

In-Side.<br />

ASIA<br />

PH<br />

JCD METALFABRIK CORPORATION<br />

T. +63 2 936 0157<br />

F. +63 2 936 3527<br />

E. jcdmc@skyinet.net<br />

ID<br />

P.T. SABINDO REFRIGERATION<br />

TECHNOLOGIES<br />

T. +62 21 3500 130<br />

F. +62 21 3501 570<br />

E. sabindo@sabindo.com<br />

LK . MV<br />

COLUMBUS TRADING (PVT) LTD.<br />

T. +94 112 69 7779<br />

F. +94 112 69 9371<br />

E. hansen1@lanka.ccom.lk<br />

CABINPLANT INTERNATIONAL A/S<br />

Roesbjergvej 9<br />

DK-5683 Haarby<br />

T. +45 6373 2020<br />

F. +45 6373 2000<br />

E. cpi@cabinplant.com<br />

www.cabinplant.com

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