High-Precision 3D Printing with Top-Grade Materials

Delivering Exceptional Quality with Premium Materials

Material	Pros	Cons	Use Cases
PLA	Biodegradable, Good surface finish	Low heat resistance, Brittle under stress, Limited chemical resistance	General models, prototypes, decorative items
ABS	Strong and durable, Heat-resistant, Slightly flexible, Good chemical resistance	Brittle in cold temperatures, Limited UV resistance	Functional parts, automotive components, tools
PETG	Impact-resistant, Chemical-resistant, Good layer adhesion, UV-stable, Food-safe options	Lower heat resistance than ABS, Can scratch easily	Mechanical parts, containers, protective equipment
TPU	Flexible and rubber-like, Wear-resistant, Durable under stress, Good chemical resistance	Limited support options, Lower precision than rigid materials	Seals, gaskets, phone cases, wearables
Nylon	Extremely tough, Abrasion-resistant, Semi-flexible, Low friction, Chemical resistant	Absorbs moisture from air	Industrial parts, gears, bearings, functional prototypes
ASA	UV-resistant, Weather-resistant, Rigid and strong, Good chemical resistance	Less impact resistance than PETG, Limited flexibility	Outdoor parts, automotive trim, signage
Carbon Fiber	High strength-to-weight ratio, Very stiff, Excellent dimensional stability, Professional appearance	Abrasive to equipment, Limited flexibility, Conductive	Engineering applications, drone parts, automotive components

Material	Pros	Cons	Use Cases
Standard Resin	High detail resolution, Smooth surface finish	Brittle, UV degradation over time, Toxic before curing	Prototypes, miniatures, detailed models
Tough Resin	High strength, Impact-resistant, Durable, Slightly flexible	Still brittle compared to engineering plastics, UV sensitive	Functional parts, tools, jigs and fixtures
Flexible Resin	Rubber-like texture, Compressible, Tear-resistant, Maintains detail	Limited flexibility range compared to TPU, Lower durability	Soft grips, gaskets, flexible prototypes
High-Temp Resin	Heat resistant, Rigid structure, Maintains shape under thermal stress, Chemical resistant	Brittle at room temperature, Limited long-term heat exposure	Molds, thermal testing, high-temp applications
Clear Resin	Transparent, Polishable to optical clarity, Good light transmission, Detailed features	Yellows over time, Shows imperfections easily, Lower impact resistance	Lenses, light guides, display cases, fluid visualization
Dental Resin	Biocompatible when certified, High precision, Medically safe, Good detail reproduction	Limited to certified medical applications, Requires specific handling	Dental guides, prosthetics, surgical planning models
Castable Resin	Burns out cleanly, Low ash content, High detail retention, Smooth surface finish	Single-use material, Limited part size for casting	Jewelry casting, dental casting, precision metal parts