EFFICIENT MANUFACTURE AND LOGISTICS DEPARTMENTS Our manufacturing unit in Seurre (21) masters the use of a wide range of materials : steel, aluminum, titanium, stainless steel, polyurethan, carbon, glass fibers, silicone… An efficient logistics plateform with optimum stock levels ensures prompt delivery of our products to all the professionals in the orthopedic field in France and all over the world. Packaging design is studied to match the shipping methods, ensure a very safe transportation of the products and minimize the material used to take care of environment. Thanks to ongoing investments...

We also conduct research works about biomechanics of human being movements, in cooperation with European laboratories. The collected data enable us to make digital simulations to improve the design of our prosthetic components To build the future Our Research and Development department has its own test laboratory. It works on today’s and tomorrow’s products to provide innovations and components that meet the needs of the patients and CPOs. We can also reproduce the functions and stresses applied to the components and carry out new testing methods in addition to standard tests (ISO 22523, ISO...

SCREW FITTINGS STRAPS & BUCKLES LINING & FINISHING ADHESIVE & VARNISH

Nyglass tubular jersey Carbon Lamination Carbon sheat Thermoformed sockets Trial socket PETG Transpet Temporary socket Orthochoc Polypropylene Double socket Lower limb orthotics Polypropylene Copok Night boot Knee brace Copok Polyethylene Polypropylene Copok Polypropylene Elbow orthosis Finger orthosis Wrist orthosis Upper limb orthotics

Treatment spinal orthotics Lyons Three points Anticyphosis Garchois Rigid Polyethylene Support spinal orthotics Rigid Polyethylene Light support spinal orthosis Flexible Polyethylene Strong support spinal orthosis Rigid Polyéthylene Seat orthosis Rigid Polyethylene Standing device Standing device Rigid Polyethylene

PLASTER BANDAGES plaster bandage High resistance. Optimal molding and drying times. Soaking time Drying time > Biplatrix Soaking time Drying time alginate POWDER Allows quick molding to reproduce any detail with great accuracy. Hypoallergenic, very well tolerated by the skin. Particularly adapted to make a cast without damaging the original mold.

CONSUMABLE cotTon tubular jersey 100 % cotton knitted stockinette, water-repellent, hypoallergenic. Perfectly suitable for individual protection before casting.

MATERIAL USED TO MAKE POSITIVE MODEL CASTING PLASTER Used to make positive models. Its very fine texture allows it to reproduce any detail with great accuracy. Multipurpose, it is suitable for most of the uses of plaster in the orthopedic field. REF. Drying time Very fine powder. Used as an absorbent or a lubricant. CASTING BALLOONS LATEX Prevent from sticking. Extremely stretchable in all direction. Perfectly matches the shapes of the positive model. No need to use talc or similar product before thermoforming on positive cast. REF.

ACRYLIC RESIN proacryl Allows for rigid lamination with all fibers except carbon fibers. Well tolerated by the skin. REF. Mixing ratio proacryl FOR HOT CLIMATE COUNTRIES Allows for rigid lamination. Well tolerated by the skin. Withstands high storage temperatures. REF. Mixing ratio FLEXIBLE proacryl Allows for soft lamination. Tough, lightweight and flexible. Well tolerated by the skin. REF. Mixing ratio Its fluidity makes it particularly suitable for laminations with carbon fibers. Allows for rigid lamination. Well tolerated by the skin. REF. Mixing ratio

ACRYLIC RESIN proacryl ADHESIVE Recommended for bonding components or reinforcements. Setting time: 30 minutes. Bonding time: 90 minutes. Mixing ratio proacryl ADHESIVE IN PASTE Particularly suitable for bonding connecting elements. Compact glue, does not flow. Settine time : about 20 min at 20°C. REF. Mixing ratio PROACRYL HARDENER Necessary for resins polymerization. To use only with PROACRYL and PROCARB resins. RELEASE AGENT To ease mold release after use of resins for easy release of mold after lamination. Used as a lubricant to protect the parts before lamination. REF.

ACRYLIC RESIN COLORING AGENT FOR RESIN Especially made for PROACRYL and PROCARB resins. For 100 g of resin, add 3 g of coloring agent, i.e. 3 %. Good coating quality. Skin color Dark brown Used for filling deep irregularities and finishing of materials such as wood, polyurethane, duralumin or steel. Hardener included. MODELLING CLAY Used to protect some areas during lamination. REF. MEASURING CUPS AND SPATULAS

FABRICS FOR LAMINATION NYGLASS TUBULAR JERSEY Made of 75 % polyamide and 25 % glass fibers. POLYAMIDE TUBULAR JERSEY GLASS FIBER JERSEY Used to make laminated reinforcements. REF. STRETCHABLE FINISHING SHEATH Ideal as finishing layer for laminations. REF. ACRYLIC FELT Allows the inside of the socket to have a very smooth touch. REF.

Good elasticity. Excellent resistance to tear. Particularly suitable for acrylic resins such as PROACRYL and PROCARB. B A Excellent resistance to tear. Particularly suitable for acrylic resins such as PROACRYL and PROCARB.

CARBON LAMINATION BIDIRECTIONAL CARBON SHEATH For making carbon sockets. Thin, lightweight and sturdy. Perfectly matches the shapes of the positive model. Excellent mechanical properties. Especially suitable for PROCARB resin. 45° orientation fiber, flat BIDIRECTIONAL CARBON FIBER FABRIC To make laminated reinforcements.

CARBON LAMINATION UNIDIRECTIONAL CARBON AND POLYAMIDE SHEATH Ideal to make laminated reinforcements.

FOAM BASE FOR EXPANDED POLYURETHANE FOAM HARDENER FOR EXPANDED POLYURETHANE FOAM CONVERSION table Density : RELEASE AGENT Silicone spray to ease mold release after thermoforming or pouring polyurethane foam. Used to make the formwork that will be filled with foam. MEASURING CUPS AND SPATULAS

PU blocks for spinal orthosis and seat-brace: density 64 Kg/m3. PU blocks for lower limb orthosis and prosthesis. Density : 84 Kg/m3.. REF. Lower limb orthosis Lower limb orthosis > For lower limb orthosis