set of 22 sizes, left and right (44 pieces)

Version Mirror, mobiler
Equipment With rear panel, chrome plated frame, tilting
Dimensions WxH 52 x 144 cm
Overall height 165 cm

Dimensions WxDxH 33 1/8 x 22 7/8 x 16 1/8 inch

200gr/m2, 2x2 twill
Carbon fibers are very strong · Light weight · Reduced elongation at break · Very resistant to temperature variations. This fabric is much stronger than most metals or other fiberglass reinforced materials. This fabric is elastic, very resistant and attenuates vibrations. · The material to the aeronautical standard makes it possible to manufacture fine agglomerates but with high resistance.

Set of 3 sheets
Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

8x2000x1000mm
Poly(methyl methacrylate) (PMMA)
Also known as acrylic, or acrylic glass

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

MOLD MAX™ RTV silicone rubbers will reproduce the finest detail and are suitable for a variety of industrial and art related applications including making molds for reproducing prototypes, furniture, sculpture and architectural elements. MOLD MAX™ silicones can also be used to cast a variety of materials including wax, gypsum, low melt alloys/metals and urethane, epoxy or polyester resins (without using a release agent).

With plastic roller and plastic attachment plate
Prevents the loops from twisting

6x2000x1000mm
Poly(methyl methacrylate) (PMMA)
Also known as acrylic, or acrylic glass

With plastic roller and plastic attachment plate
Prevents the loops from twisting

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

Color white-transparent, water and oil resistant, resistance to the action of most chemicals, NLGI consistency class 2-3, -40 ° C - + 200 ° C, non-toxic.
For lubrication between metal and plastic or metal and elastomer, lubricating grease for valves, O-rings and ball valves

Artificial leather, embossed, readily processable, very good wearing confort, no staining, not sensitive to light

permanently elastic thermoforming film, moulding temp: 120-135 °C / 248-275 °F

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

Acrylic resin is very fluid, allowing, in combination with COPACRYL Jersey or COPACRYL Carbon resins, to add flexibility to composite parts.

The Soft resin cannot be used alone and must be incorporated into the Jersey or Carbon resin at a ratio of 10 to 30% to add flexibility to the fabricated device.

The polymerization of this resin occurs at room temperature by adding our SIPACRYL powder hardener, at a maximum ratio of 2% to 3% by weight compared to the amount of resin.

Combining COPACRYL Soft resin with Jersey or Carbon resins yields composite parts with the following characteristics:

Excellent mechanical properties
Very good skin tolerance
Ability to be thermoformed after curing (within the elasticity limits of the reinforcement fabrics used)
Can also be used with our natural reinforcements ORTHOFLAX®, ECO-BLACK, and HYBRIDS.

Transparent, thermoplastic skin-friendly, can be mixed with all other RESACRYL acrylic resins. Cuing by means of approx. 1 – 3 % hardener powder.

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

Very stable and rigid foam to fabricate positive moulds and models subject to high mechanical load, for example lasts for shoes and insoles as well as tip additions.
- expansion factor: approx. 1.4
- density: approx. 700kg/m³
- good nailable

Hardener for pedilen foam

brass

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

- ethylene vinyl acetate (EVA)
- for shoe-insoles
- for water-resistant splints and supports
- for hand (metacarpus) splints and forerarm splints
- in arm prosthetics, for foot prostheses (e. g. according to Bellmann)
- for prostheses sockets

6x2000x1000mm
Polypropylene copopolymer (PPC), Excellent thermoforming, Chemical and corrosion resistant, thermo-moldable at approx. 165°C, approx. 75° Shore D

400x400x15mm
Suitable for fabricating flexible inner prosthetic sockets,
especially in lower limb prosthetics
Product information:
• Ethylene vinyl acetate
• Also in antibacterial (616T253)
• High flexibility
• High surface quality
• Can be subsequently thermoformed
• Minor shrinkage: approx. 3%
• Comfortable to wear
• Washable
• Temperature recommendation: 160 °C/320 °F
(convection oven, infrared oven)

6x920x850mm

5x2000x1000mm

Content:
Urethane Bonding Component A
Urethane Bonding Component B
Chopart PU, Set Small Parts
V.A. Chopart Sohlen/Bonding Kit
Primer for Chopart Bonding

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

permanently elastic thermoforming film, moulding temp: 120-135 °C / 248-275 °F

Can be shaped easily.
Can be worked with hot water or with a heat gun.
Perfectly matches the patient's shapes.
Good weldability.
Lightweight and resistant.
Can be used on a model or directly on the patient who has been previously protected with Jersey.
> For finger and wrist splints

nickel plated

5x2000x1000mm
Polypropylene copopolymer (PPC), Excellent thermoforming, Chemical and corrosion resistant, thermo-moldable at approx. 165°C, approx. 75° Shore D

Its texture allows it to breathe and to drain perspiration.
Very comfortable and soft to the touch
Easy to clean, washable at 40°C / 100°F.
Good ageing
Glue-less, this fabric complies with sustainable development policies and limits risks of allergy
Thermoformable at 170°C / 340°F.

Its texture allows it to breathe and to drain perspiration.
Very comfortable and soft to the touch
Easy to clean, washable at 40°C / 100°F.
Good ageing
Glue-less, this fabric complies with sustainable development policies and limits risks of allergy
Thermoformable at 170°C / 340°F.

Material:
- EVA cork-scrap sheets

Application:
- for insoles and embeddings
- for shoe last modifications

Characteristics:
- light-weight
- thermoplastic (mouldable at approx. 130 °C)
- high density
- approx. 60 Shore A
- bonds well with contact glues

nickel plated

4x920x850mm

1000x1000x25mm, 15-18 Shore A

5kg

Light rigid foam
- expansion factor: approx. 5.0
- density: approx. 300kg/m³
- limited mechanical strength