SCR11120 by DMEC is a crystal clear, UV curable epoxy thermoset resin. Exhibits high transparency, high water resistance and high toughness. It is designed for use with pulse laser... view more

SCR701 by DMEC is a general purpose, UV curable epoxy thermoset resin. Offers high modeling accuracy, good moisture resistance and low warping. SCR701 is designed for use with pulse argon laser... view more

SCR710 by DMEC is a UV curable, acrylonitrile butadiene styrene (ABS) like epoxy thermoset resin. Offers high toughness, self-tapping properties and good rigidity. SCR710 is designed for use with... view more

SCR735 by DMEC is a UV curable epoxy thermoset resin. Offers high toughness and high heat resistance. It is designed for use with pulse laser stereolithographic 3D solid creation systems such as... view more

SCR740 by DMEC is a UV curable epoxy thermoset resin. Offers ultra high heat resistance and superior compressive fracture resistance. It is designed for use with pulse laser stereolithographic 3D... view more

SCR751 by DMEC is a general purpose, UV curable epoxy thermoset resin. Offers high precision and satisfies the needs of micro modeling with high accuracy. It is designed for use with He-Cd laser... view more

SCR802 by DMEC is a UV curable epoxy thermoset resin. Offers excellent heat resistance, heat distortion temperature of 250°C and high rigidity. It is designed for use with pulse argon laser... view more

SCR9100 by DMEC is a UV curable, polypropylene (PP) like epoxy thermoset resin. Offers ultra high toughness, excellent self-tapping and snap-fitting properties. It is designed for use with laser... view more

SCR9120 by DMEC is a UV curable, polypropylene (PP) like epoxy thermoset resin. Offers ultra high toughness. It is designed for use with pulse laser stereolithographic 3D solid creation systems such... view more

SCR950 by DMEC is a UV curable, oxycetane-based thermoset resin. Offers high toughness, high sensitivity and high resolution. It is designed for use with He-Cd laser stereolithographic 3D solid... view more