ABS like light curing resin for SLA 3D printers compatible with 355nm wavelength. Features ultra white color with a matte surface and refined texture. Demonstrates exceptional toughness, strength, and dimensional stability with minimal shrinkage. Ideal for functional models and industrial applications in automotive, consumer electronics, and related sectors.

High performance black light curing resin for SLA 3D printers compatible with 355nm wavelength. Features a matte black finish with exceptional strength, toughness, and thermal resistance, outperforming most materials on the market. Printed parts maintain dimensional and mechanical stability under harsh conditions over time, offering reliable solutions for durable components and small batch production. Ideal for automotive parts, industrial manufacturing, medical simulation, consumer electronics, and related applications.

Rubber like light curing resin for SLA 3D printers compatible with 355nm wavelength. Features a matte white appearance with softness, elasticity, and tear resistance. Printed parts exhibit a soft tactile feel comparable to conventional rubber materials. Suitable for medical models, sealing rings, flexible hoses, footwear prototyping, and related applications.

High precision pure black light curing resin for SLA 3D printers compatible with 355nm wavelength. Features a deep black color with matte finish, offering exceptional surface smoothness and refined texture. Combines high strength, dimensional stability, and superior processability for high accuracy printing tasks. Suitable for automotive components, industrial manufacturing, medical simulation, consumer electronics, and provides feasible solutions for small batch customized production.

High temperature resistant light curing resin for SLA 3D printers compatible with 355nm wavelength. Delivers excellent thermal stability with a working range of 60°C to 100°C, addressing diverse high heat application requirements. Combines strength, toughness, and dimensional stability for durable printed components. Ideal for manufacturing heat resistant prototypes in automotive, lighting, power tools, consumer electronics, and related industrial fields.