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Materials

Need help with post-processing your 3D-printed parts? Or do you want information about the mechanical properties we describe? In this support category we help you with all of those questions.

3D-printing with Biocompatible resin on the Phrozen 3D-printers

Biocompatible 3D-printing resins are available for a wide range of printers. Liqcreate resins are optimized for over 80 different SLA, MSLA, DLP and LCD based printers. For these printers it is important that they are open for 3rd party resins and operate with LED's in the range of 385-420nm. Learn more about printing with biocompatible [...]
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3D-printing with Biocompatible resin on the Asiga 3D-printers

Biocompatible 3D-printing resins are available for a wide range of printers. Liqcreate resins are optimized for over 80 different SLA, MSLA, DLP and LCD based printers. For these printers it is important that they are open for 3rd party resins and operate with LED's in the range of 385-420nm. Learn more about printing with biocompatible [...]
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3D-printing with Biocompatible resin on the Evodent 3D-printers

Biocompatible 3D-printing resins are available for a wide range of printers. Liqcreate resins are optimized for over 80 different SLA, MSLA, DLP and LCD based printers, including the Evodent E128. For these printers it is important that they are open for 3rd party resins and operate with LED's in the range of 385-420nm. Learn more [...]
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Processing instructions for Liqcreate Tough-X 3D-printing resin

Liqcreate Tough-X is a durable opaque black photopolymer resin with high impact resistance. 3D-printed parts from this material have exceptional impact strength. Liqcreate Tough-X can be 3D-pinted on open DLP and MSLA 3D-printers in the range of 385 – 420nm and only requires UV post-curing. Thin parts of Tough-X have rigid rubber-like properties while thicker designs [...]
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processing instructions for Liqcreate Premium Flex 3D-printing resin

From the beginning of SLA and DLP 3D-printing, rigid resins were the main available materials. Rigid resins are easy to print and do not need a great amount of skill and knowledge about the printing process. With new developments in resin technology, flexible, tough and high elongation resins are widespread available. With the development of Premium [...]
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Post-curing of biocompatible 3d-printing resin

Post-processing is an essential part of resin 3D-printing to reach the final photopolymer properties. Printed parts need to be cleaned, (bench)dried and post-cured. The washing and drying steps are explained at the support article ‘how to post process SLA, DLP & LCD printed objects’. Advice on post-curing settings can be found in this link. In [...]
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3D-printing with Biocompatible resin on the Shining3D Accufab

Biocompatible 3D-printing resins are available for a wide range of printers. Liqcreate resins are optimized for over 80 different SLA, MSLA, DLP and LCD based printers. For these printers it is important that they are open for 3rd party resins and operate with LED's in the range of 385-420nm. Learn more about printing with biocompatible [...]
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processing instructions for Liqcreate Flexible-X resin

From the beginning of SLA and DLP 3D-printing, rigid resins were the main available materials. Rigid resins are easy to print and do not need a great amount of skill and knowledge about the printing process. With new developments in resin technology, flexible, tough and high elongation resins are widespread available. With the development of Premium [...]
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How to process Elastomer 3D-printing resin?

From the beginning of SLA and DLP 3D-printing, rigid resins were the main available materials. Rigid resins are easy to print and do not need a great amount of skill and knowledge about the printing process. With new developments in resin technology, flexible, tough and high elongation resins are widespread available. With the release of [...]
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3D-printing materials explained: Flexible resins

Recent advancement in resin development made it possible to 3D-print flexible resins. Before flexible materials or TPU (Thermoplastic polyurethanes) were only available for FDM and laser sinter printers. With the availability of flexible or elastic 3D-printing resins, the SLA, DLP and MSLA 3D-printers can also process this class of materials. Earlier we published an article [...]
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