NEW
Moiin Easy Cast
Low-viscosity resin for efficient individual or serial manufacturing, residue-free burn-out forms for precision casting and various jewellery designs
Explore Materials MOIIN Flex Clear
For the creation of highly flexible transparent objects with good recovery in 3D printing
Explore Materials MOIIN Tough Clear
For the creation of tough and at the same time flexible functional objects in 3D printing
Explore Materials Moiin HIGH TEMP
Heat-resistant resin for the production of functional objects, moulds and prototypes with a high thermal or mechanical stress in 3D printing
Explore Materials Moiin MODEL GREY 2.0.
For creating technically challenging and detailed models, functional objects, and prototypes
Explore Materials Moiin Nano Rigid.
Ceramic-filled resin for creating functional objects & prototypes
Explore Materials Moiin Smart Clean.
Cleaner for safe & easy removal of resin residue for perfectly smooth surfaces
Explore Materials Moiin Wax Cast.
For creating residue-free burn-out molds for highly detailed jewelry.
Explore Materials Moiin Tech clear.
For creating objects and prototypes that require transparency.
Explore Materials Moiin MODEL GREY.
For creating universal objects and prototypes with high-contrast surfaces.
Explore Materials LIGHT-CURING RESINS FOR DIVERSE 3D TASKS
Regardless of whether you are looking for 3D printing materials with high transparency, with especially high-contrast surfaces or for use as reliable, residue-free burn-out moulds all MOIIN materials offer premium quality and are made in Hamburg.
Our 3D resins are designed for open systems. Supported printer technologies include DLP, SLA and LCDs with 385 or 405 nm wavelength output.
Light-curing MOIIN materials also offer exceptional precision thanks to the latest technology. Our newly developed CDB technology (Cure Depth Barrier) minimises unwanted over-curing of the printed object in the Z axis and therefore ensures unprecedented precision in all dimensions.
NEW
Moiin Easy Cast
Low-viscosity resin for efficient individual or serial manufacturing, residue-free burn-out forms for precision casting and various jewellery designs
Explore Materials MOIIN Flex Clear
For the creation of highly flexible transparent objects with good recovery in 3D printing
Explore Materials MOIIN Tough Clear
For the creation of tough and at the same time flexible functional objects in 3D printing
Explore Materials Moiin HIGH TEMP
Heat-resistant resin for the production of functional objects, moulds and prototypes with a high thermal or mechanical stress in 3D printing
Explore Materials Moiin MODEL GREY 2.0.
For creating technically challenging and detailed models, functional objects, and prototypes
Explore Materials Moiin Nano Rigid.
Ceramic-filled resin for creating functional objects & prototypes
Explore Materials Moiin Smart Clean.
Cleaner for safe & easy removal of resin residue for perfectly smooth surfaces
Explore Materials Moiin Wax Cast.
For creating residue-free burn-out molds for highly detailed jewelry.
Explore Materials Moiin Tech clear.
For creating objects and prototypes that require transparency.
Explore Materials Moiin MODEL GREY.
For creating universal objects and prototypes with high-contrast surfaces.
Explore Materials LIGHT-CURING RESINS FOR DIVERSE 3D TASKS
Regardless of whether you are looking for 3D printing materials with high transparency, with especially high-contrast surfaces or for use as reliable, residue-free burn-out molds: All Moiin materials offer premium quality and are made in Hamburg.
Our 3D resins are designed for open systems. Supported printer technologies include DLP, SLA and LCDs with 385 or 405 nm wavelength output.
Light-curing Moiin materials also offer exceptional precision thanks to the latest technology. Our newly developed CDB technology (Cure Depth Barrier) minimizes unwanted over-curing in the Z axis of the printed object and therefore ensures unprecedented precision in all dimensions.
The range of products offered by Moiin is constantly expanding. Besides our current brand materials we also offer customized material development as well as biocompatible solutions.