RESIONE specializes in high-quality 3D printing resins, offering a wide range of flexible, tough, and specialized materials for hobbyists and professionals.
RESIONE simplifies and optimizes 3D printing by offering a comprehensive lineup of specialized LCD, DLP, and MSLA resins. Their product range includes flexible, elastic, tough, water-washable, and specialized dental and modeling resins designed for ANYCUBIC, ELEGOO, PHROZEN, and other leading 3D printer brands.
Known for pushing the boundaries of material properties, RESIONE provides innovative materials like the F series flexible resins, CL-TH colored tough wear-resistant resins, and FX60 LITLIQ resin rubber. Whether you need highly durable nylon-like structures, anti-static flexible parts (ESD Flex), or dental casting materials, RESIONE has a solution tailored for your specific prototyping needs.
Proper handling, customized print settings, and specific post-curing methodologies are critical for success with these advanced materials. RESIONE provides highly detailed guidelines and printer profiles to ensure users achieve the best possible tear strength, hardness, functionality, and visual aesthetics from their prints.
Naujausi vadovai iš manuals+ šiam prekės ženklui kuruota.
Dažniausiai užduodami klausimai apie šio prekės ženklo vadovus, registraciją ir palaikymą.
You can download optimal print parameters and configuration profiles for RESIONE resins by visiting their official website and navigating to Support > Settings.
For most standard and tough RESIONE resins, clean the prints in ethanol (concentration >95%) or IPA for no more than 3-5 minutes, and then dry with compressed air. For water-washable options like Water Fairy, you can safely rinse with water.
Over-curing can cause prints to become brittle and prone to warping. Additionally, prints are naturally more fragile immediately after post-curing. Allow them to rest so internal stresses can be fully released before applying any functional force.
Soft and flexible resins may harden and become brittle in cold environments (below 20-25°C), behaving more like traditional plastics. This change is generally reversible once the parts are brought back to room temperature.