Performance properties of our 3D resins
Main performance properties of our 3Dresyns:
- broad range of biocompatible and functional additives for tuning our 3Dresins to your specifications
- superior range of specialties and functional materials for short series production of functional products
- customisation services for tuning our resins to your needs
- availability of ultra safe biocompatible "monomer free" 3D resins without any risk pictograms
- very high resolution c.10-20 microns, dependant on the specific printer resolution
- broadest range of physical properties: from ultra hard and tough to flexible and super elastic grades which resist impact, twisting, stretching, tearing and folding without breaking
- including high chemical and temperature resistant, high deflection temperature up to 290C
- broadest range of basic, special, metallic and non metallic ultra safe bio colors
- CMYK and White colors without any sedimentation even at very low viscosities
- widest custom color range in the market, including all existing RAL, NCS and tooth colors: A1, A2, A3, A3.5, A4, B1, B2, C1, C2, C3 & C4, BL1
- very low shrinkage
- printable with all commercial and professional SLA, DLP, LCD and Inkjet 3D printers
- ultra safe monomer free biocompatible (non brittle) medical grades printable by 3D inkjet printers
- broadest range of natural bio-based products: made from biological, ecological and renewable sources
- easy and fast cleaning using just tap water of some renewable grades
- water soluble 3D printed resins for making sacrificial molds for Plastic injection molding, CIM and MIM
- water soluble resins for ultra fast debinding of directly 3D printed Ceramics and Metals
- water soluble / removable 3D printed support inkjet resins with different ridigities and fast solubility / removal
- shelf life not affected by atmospheric moisture
- organo-tin and epoxy (bisphenol A) free
- increased durability of the resin tank
- durable and non durable biodegradable grades
- non volatile organic compounds (VOC´s)
Search properties of 3D resins: