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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.

Solid density of 3D-printed resin parts after post-processing

The liquid density of 3D-printing resins is provided in all technical data sheets. From time to time we received questions regarding the density of solid, 3D-printed parts. In this article you can find the solid density of Liqcreate resins. Density and of different objects make them behave different in a liquid, source Anton Paar. What [...]
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Water washable resins: the advantages and disadvantages in post-processing.

Over the past years a wide range of water-washable resins were introduced to the market to make resin printing more consumer friendly. But what are the advantages of these water-washable resins and how do they compare to other resins? Post-processing of 3D-printed resin parts One of the biggest disadvantages of resin 3D-printing is the post-processing. [...]
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How to work with Liqcreate Hazard Glow, glow in the dark resin?

Liqcreate Hazard Glow is the first ever glow in the dark resin for SLA and DLP technologies in a range of 385 – 405nm. This material is optimized in having the highest possible glow-effect while remaining processable in DLP, MSLA and SLA 3D-printers. Parts 3D-printed with Liqcreate Hazard Glow can be activated with almost every [...]
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Working with Liqcreate Wax Castable 3D-printing resin for Jewelry applications

Liqcreate Wax Castable is a blue wax-based photopolymer with reliable processability and accuracy on LCD/MSLA, DLP and laser based 3D-printers. 3D-printed parts from this material captures intricate features and show crisp details. This wax-based material offers smooth surfaces with clean burnout for a reliable casting process. Create custom made elegant organic geometries with positive and [...]
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The toughest 3D-printing resins available

3D-printing resins are known to be brittle materials. It can be experienced that objects break easily. This brittleness comes from the many cross-links and stiff back-bone of the photopolymers. During exposure, the polymerization process starts and is linking all monomers together, forming a highly cross-linked and stiff network. Tougher materials are required for a lot [...]
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Chemical compatibility of 3D-printed resin parts

3D-Printed parts are used in a wide range of applications. In some of these applications the parts are exposed to petrol, cleaning agents or other chemicals. Our engineering team started to investigate the resistance of common chemicals on 3D-printed parts. Compatibility of 3D-printed and post-cured resin parts were tested with several chemicals. The weight of [...]
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