Lamination resins
Complete range for every requirement: Ottobock lamination resins
How do the various Ottobock resin systems differ and what are the best applications for each product?
Ottobock lamination resins were developed especially for the lamination technique and, in combination with our proven reinforcement materials, facilitate treatments of the highest quality in prosthetics and orthotics. Lamination resins feature high strength with low weight and dimensional stability with low wall thickness. Acrylic, epoxy and vinyl ester resins are particularly well suited for use in orthopaedic technology.
Our processing videos as well as the poster show you optimal application cases, the correct mixing ratio and the classification of Ottobock resin systems.
Resin system
Orthocryl acrylic resins are easy to mix, only require a short setting time and can be processed quickly.
Orthopox epoxy resins on the other hand have to be mixed exactly and ensure the best bond with reinforcement materials.
Orthovinyl vinyl ester resins bond to carbon fibres more effectively than an acrylic resin due to the structure. This achieves a high degree of stiffness at a low laminate wall thickness, which falls between that of an acrylic resin and that of an epoxy resin. Orthovinyl can also be processed as quickly and easily as an acrylic resin.
Orthocryl sealing resin
Unlike our other resins, the Orthocryl sealing resin is not suitable for laminating. The acrylic resin is only used for sealing and bonding. Combined with fillers, it can be used to produce fillers.
Unlike our other resins, the Orthocryl sealing resin is not suitable for laminating. The acrylic resin is only used for sealing and bonding. Combined with fillers, it can be used to produce fillers.
Orthocryl extra soft, soft
Orthocryl extra soft is a soft resin and is used for laminating very flexible components such as lashes in hip and knee disarticulations, shaft edges and flexible shaft areas.
Orthocryl extra soft is a soft resin and is used for laminating very flexible components such as lashes in hip and knee disarticulations, shaft edges and flexible shaft areas.
Orthocryl 80:20
Orthocryl 80:20 is the proven classic among laminating resins and is used for the production of components with glass fibre content as well as components with little or no carbon fibre content.
Orthocryl 80:20 is the proven classic among laminating resins and is used for the production of components with glass fibre content as well as components with little or no carbon fibre content.
Orthocryl 80:20 Speed
The Orthocryl Laminating Resin 80:20 Speed is a laminating resin for the fabrication of small components in prosthetics and orthotics.
The Orthocryl Laminating Resin 80:20 Speed is a laminating resin for the fabrication of small components in prosthetics and orthotics.
Orthocryl 80:20 PRO
Our lamination resin for fabricating components with a low proportion of resin has a low viscosity. It is also known for its good penetration of the reinforcement.
Our lamination resin for fabricating components with a low proportion of resin has a low viscosity. It is also known for its good penetration of the reinforcement.
C-Orthocryl
C-Orthocryl is a laminating resin for the production of solid components with a high carbon fibre content in prosthetics and orthotics.
C-Orthocryl is a laminating resin for the production of solid components with a high carbon fibre content in prosthetics and orthotics.
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Orthopox
Ideal for fabricating lightweight yet exceptionally sturdy prostheses and orthoses.
Ideal for fabricating lightweight yet exceptionally sturdy prostheses and orthoses.
Resin film
The 616B60 resin film was developed especially to support the production of exceptionally highly stable and lightweight prostheses and orthoses using lamination technology.
The 616B60 resin film was developed especially to support the production of exceptionally highly stable and lightweight prostheses and orthoses using lamination technology.
Carbon fibre cloth prepreg
Carbon fibre cloth prepreg is suitable for high-strength, very thin orthoses in prepreg technology.
Carbon fibre cloth prepreg is suitable for high-strength, very thin orthoses in prepreg technology.
Carbon fibre prepreg, unidirectional
The carbon fibre prepreg, unidirectional is used for fabricating lightweight and dynamic carbon components.
The carbon fibre prepreg, unidirectional is used for fabricating lightweight and dynamic carbon components.
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Information on the areas of application and properties of lamination resins
Duroplastics
Information on the areas of application and properties of lamination resins
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