ELEGOO Dental Castable UV Resin Green 1000g

About ELEGOO Dental Castable UV Resin Green 1000g

The ELEGOO Dental Castable UV Resin (Green, 1000 g) is a newly launched, high-precision material designed specifically for dental and jewelry applications. This green castable resin for 3D printing delivers ultra-fine detail and smooth surface finishes, ideal for producing accurate crowns, bridges, and other dental patterns. Compatible with LCD/DLP printers in the 385410 nm UV range, it cures rapidly under UV light to save time while maintaining model strength and accuracy. The resin contains wax additives for a clean burnoutleaving virtually no ashwhich makes it perfect for lost-wax casting workflows. Formulated in May 2025 and shelf-stable until May 2027, this ELEGOO Dental Castable UV Resin Green offers long-term usability for dental labs and makers.

Key Features

• Clean Burnout & High Fidelity: Engineered for dental casting, this castable resin contains 20% wax filler for ash-free burnout. Prints burn out cleanly with zero ash content, ensuring that investment molds are left with fine details intact. Its castable resins are formulated for easy burning and efficient burnout with high resolution detailed and accurate results in both jewelry and dental use. Likewise, Phrozens green castable resin is promoted for reliable casting with clean burnout and zero ash content, designed for intricate jewelry and dental patterns.
• Ultra-Fine Detail & Low Shrinkage: This ELEGOO UV-curing resin produces high-precision models with minimal distortion. Its stiff, wax-reinforced formula maintains shape for ultrafine features (millimeter-scale beads, micro-claws, engraved text, etc.). Low polymerization shrinkage and high dimensional stability ensure each print comes out with smooth, crisp surfaces and precise dimensions. In fact, ELEGOO reports that its resins have low volume shrinkage and linear shrinkage, yielding incredibly smooth surface finishes and accurate details on even the thinnest patterns.
• Optimized UV Compatibility: This UV resin for dental applications is optimized for common dental 3D printers. It cures under 385410 nm light, matching the wavelengths used by popular LCD/DLP printers (e.g., ELEGOO Mars, Saturn, Anycubic, etc.). ELEGOOs own formulations are awfully sensitive to 385410 nm UV light for fast curing and high accuracy. In practice, the ELEGOO Dental Castable Resin Green works seamlessly with most LCD 3D printers in the 385410 nm range. It is fully compatible with the ELEGOO Mars, Saturn, and Jupiter series (and generally any LCD/MSLA/DLP printer).
• Dental-Grade Material: Lab-tested and certified, this resin meets European safety and environmental standards. It carries REACH and RoHS compliance certifications (per manufacturer reports) to ensure it is free of hazardous substances in the cured parts. It has a high heat deflection temperature (3040C) and high Shore D hardness (6570D) for structural integrity during burnout. The resin is formulated with low odor for a user-friendly experience.
• Usage & Handling: For best results, shake the bottle well before use and pour in a dust-free environment at 2025C. Always wear nitrile gloves and a respirator or mask when handling uncured resin. Avoid direct skin contact; if the resin contacts skin, rinse with plenty of water. Store the unused resin in its opaque bottle away from sunlight and heat. Note that prints should be washed briefly (e.g., 515 seconds in 95% IPA) to remove excess resin before any UV post-curing. (Unlike some rigid resins, castable formulas often require minimal post-cure, if any, since the goal is to burn out the part in investment.)
• Authorized Distributor & Support: Protomont Technologies is the authorized ELEGOO distributor in India for all ELEGOO products, including this Dental Castable Resin. We offer the ELEGOO Dental Castable Resin (Green, 1KG) at an affordable price with reliable support. Bulk order discounts are available for labs, educational institutions, or OEM customers. Our experts can advise on workflow, compatible 3D printers, and optimal curing schedules for dental models.