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This should be set up before the animals enter the pens, to inspect them before they are slaughtered. Made up of:

• 2 kick boards.
• 1 double one-way door.
• 1 door with 2 swinging doors that block any possible exit.
• system to hold the head in place to carry out the inspection.
• lateral walkway to allow the operator to carry out the inspection easily from above.

Walkway made of galvanised steel.

Used for the animal pens in the slaughterhouse.

They are supported by the columns that make up the pen, with a swinging door that is attached to the column with hinges and a latch that closes on the opposite pillar.

The exact measurements and shape of the pen will depend on the type of animal being held.

• For pigs, fences are made of metal sheets.
• For sheep, metal sheets are used for smaller animals, while vertical bars are used for larger animals.
• For calves, horizontal bars are used.
• For fences used to create pens for several different animals (pigs, sheep and cows), vertical bars or metal sheets are used up to a certain height, then horizontal bars are used up to 1500 mm high.

The bars are made of galvanised steel or AISI-304 stainless steel.

Used to close the animal pens in the slaughterhouse.

Made of:

• Structural columns that are bolted to the floor, spaced 2000 mm apart from each other.
• Space between the fences to screw or bolt between the columns. Can be made of either metal sheets or bars. Made up of different units, allowing a unit to be easily replaced if necessary. The pens are very versatile, as spaces can be made larger or smaller by adding or removing different units.
• The exact measurements and shape of the pen will depend on the type of animal being held.
• For pigs, fences are made of metal sheets.
• For sheep, metal sheets are used for smaller animals, while vertical bars are used for larger animals.
• For calves, horizontal bars are used.
• For fences used to create pens for several different animals (pigs, sheep and cows), vertical bars or metal sheets are used up to a certain height, then horizontal bars are used up to 1500 mm high.

The bars are made of galvanised steel or AISI-304 stainless steel. 

This machine is used to push sheep along the corral from the feeding area to the restrainer.

Made of:

• 1400mm high panel with supporting frame, which moves horizontally and vertically.
• Passageway with two side latches 1500 mm high, sheet metal panel.
• Sheet metal entry doors, which open on either side, so that the animals to fill the passageway where pushing panel is (number of doors depends on the facility).
• Doors for staff to enter the restrainer area (number of doors depends on the facility).
• Two IPN rails in the passageway, placed at 2100 mm from the floor, with a toothed rack for the panel to move along.
• Carts that drag the panel and run along the rack, driven by a gear motor (power depending on the facility).
• Pneumatic system to raise up the panel as it moves back.
• Upper rail for electrical and pneumatic cables.
• Control panel that controls any variations in speed.
• 2 panels of buttons with manual switches to raise, lower and stop the barrier, as well as to move it forwards and backwards.
• 2 limit switches to stop the panel along its horizontal axis.
• 2 limit switches to stop the panel along its vertical axis.
• 2 limit switches to balance the panel along its vertical axis.

Total measurements and length: depends on the facilities.

Walkway situated above the pens, normally used for cattle, in order to have access to the animals and move them through different passageways and pens until they reach the stunning area.

• These passageways allow the operator to move the animals as safely as possible.
• When working with an upper walkway, all the doors will have an opening/closing system that can be controlled from the walkway.
• Made of a UPN profile chassis, with a metal grating floor, a guard rail with a baseboard and an access staircase.
• Made of hot-dip galvanised steel.

Measurements:

• Walkway width: 800 mm
• Length and shape: according to the facilities available.

Door situated in the entrance hall that leads cattle to their individual stalls. Used to close off the hallway and ensure the animals go into the right box.

Made of a sliding door suspended from two upper sections. With nylon wheels that move the sliding door along a rail for the stalls.

Made of hot-dip galvanised steel.

Entry passage leading to the stunning area. Made of two 1000 mm high fences, which are parallel to each other, leaving space for the animals to pass through. Each fence has columns with plaques that can be screwed into the floor, with a sheet metal platform.

Made of galvanised steel.

Used to shut cattle into individual stalls in the slaughterhouse.

Made up of:

• Parallel fences, with columns and plates that can be bolted onto the floor, and with horizontal metal bars.
• 2 entrance doors for the animals, which fold on either side creating a one-way door that does not allow the animals to go back.
• 1 door on the opposite side that allows the animals to pass through into the stunning area, which works by pushing the animal forward when the door is opened.
•  The doors open with hinges, and are closed with a latch.

Made of hot-dip galvanised steel.

Options:

• Drinking area between the fences.

System of rotating doors where the sheep enter, which leads to the restrainer or similar.

Made up of:

• Central column that the rotating doors are attached to.
• Fences that form a circular pen.
• Entrance for the animals.
• Direct exist to the stunning area.

The rotating system can be operated manually or using a 0.55 KW motor (which works using a pedal). The movement of the circular fence forces the sheep to move into the stunning area.

Made of galvanised steel.

Everything starts from idea 

• Development of basic idea, according to client needs, while preserving of all necessary characteristics of future container
• Accounting features of blow molding equipment and technological features of PET

Perfect design

• Development of the original design of packaging as soon as possible 
• Computerized design office, equipped with 10-th workstations 
• Qualified personnel with 20+ years experience
• Analysis, knowledge and accounting behavior of PET material during forming
• Recommendations to the Client from the economic point of view
• Compliance with all the requirements for filling lines and other technological equipment
• Compliance with all parameters of technical specifications (height, diameter, filling level etc.)
• Provision of drawing and computer 3D model to visualize the future packaging design 

Prototype 

• Production of the prototype as from PET and other materials for a full presentation and testing of finished packaging
• Production of test mold
• Control of the geometric dimensions of the mold
• Blowing of control sample of bottles
• Checking the level of filling, height, diameter and strength characteristics of the finished bottle;

Mould production

• Presence at the enterprise specialized plants with a whole range of technological equipment
• Experience in manufacturing of mold sets molds holders for all types of blow molding equipment of those manufacturers such as Side, Sidel, Sipa, Krones, Blomax, Kosme ...
• Implementation of complex systems of water-cooled molds 
• Use high-quality special aluminum alloys
• Polishing of the mold surface to a mirror shine 
• Implementation of mold with any difficult configuration 
• Able to perform a special electrochemical treatment of molds surface, which significantly increases the corrosion resistance of aluminum and durability of molds. 

130kg insulated ice storage bin with ice access through a sloped door located at the top of the bin. The bin sits of four adjustable legs for a more comfortable working height.

The top of the bin can be cut to suit direct mounting of any of our small flake or nugget ice machines from 150 to 375 kg/24h capacity. 

• Cabinet: stainless steel

• Internal finish: Polyethylene lined
• Insulation material: Non cfc polyurethane foam
• Shipping dimensions: 1 piece: (1.32 x 0.91 x 1.3m high)
• Shipping weight: 65 kg
• For ice machines: ZBE/ZNE models, capacities from 150kg to 1,200kg / 24h

280kg insulated ice storage bin with ice access through a sloped door located at the top of the bin. The bin sits of four adjustable legs for a more comfortable working height.

• Cabinet: stainless steel

• Internal finish: Polyethylene lined
• Insulation material: Non cfc polyurethane foam
• Shipping dimensions: 1 piece: (1.32 x 0.91 x 1.3m high)
• Shipping weight: 105 kg
• For ice machines: ZBE/ZNE models, capacities from 150kg to 1,200kg / 24h

The cart docking station consists of a frame to support and ice machine over a 100kg insulated ice cart. Once the cart is full a lever is pulled to seal off the ice machine so the cart can be removed without ice spilling on the floor. A buffer tray sits between the ice machine and frame and allows the machine to remain running for a short while while the cart is being used or swapped.

• Cabinet: stainless steel
• Internal finish: Polyethylene lined
• Insulation material: Non cfc polyurethane foam
• Shipping dimensions: 1 piece: (1320 x 910 x 1300mm high)
• Shipping weight: 91 kg
• For ice machines: ZBE/ZNE models, capacities from 150kg to 1,200kg / 24h

400 kg insulated ice storage bin on a support frame with two 80kg carts that dock below the bin. The cart is filled by gravity by pulling a lever, thus eliminating the arduous task of shovelling ice from the bin.

• Cabinet: stainless steel

• Internal finish: Polyethylene lined
• Insulation material: Non cfc polyurethane foam
• Shipping dimensions: 1 piece: (1640 x 1320 x 2440mm high)
• Shipping weight: 390 kg
• For ice machines: ZBE/ZNE models, capacities from 150kg to 1,200kg / 24h