GM1811
Cost Effective White SLA Resin
A versatile white SLA resin with cost effective and excellent toughness
GM1811
Cost Effective White SLA Resin
A versatile white SLA resin with cost effective and excellent toughness
High toughness and durability
Different from general resin, GM1811 has high toughness so the products are not fragile at all, they will not break even drop down.
High toughness and durability
Different from general resin, GM1811 has high toughness so the products are not fragile at all, they will not break even drop down.
Hight temperature resistance
The temperature resistance of GM1811 is up to 60℃, which make products keep the dimension and properties stable in the strict temperature demand.
Hight temperature resistance
The temperature resistance of GM1811 is up to 60℃, which make products keep the dimension and properties stable in the strict temperature demand.
High production efficiency
GM1811 is fast to print and easy to clean and post process, contributing to saving time and labor and improving the production efficiency.
High production efficiency
GM1811 is fast to print and easy to clean and post process, contributing to saving time and labor and improving the production efficiency.
Universal Compatibility
Compatible with 99.9% of printers on the market.
Compatible-with-MAGFORMS
Compatible-with-ELEGOO
Compatible - with-phrozen
Compatible-with-Anycubic
Compatible with NOVA3D
Universal Compatibility
Compatible with 99.9% of printers on the market.
Compatible-with-MAGFORMS
Compatible - with-ELEGOO
Compatible-with-phrozen
Compatible-with-Anycubic
Compatible with NOVA3D
Minimal odor
Good fluidity, smooth printing, ideal for beginners
Hiigh
Precision
Fast
Curing
Excellent
Fluidity
Consistent
Quality
Hiigh
Precision
Fast
Curing
Excellent
Fluidity
Consistent
Quality
Minimal odor
Good fluidity, smooth printing, ideal for beginners
Post-processing also important
Post-processing can improve the performance and dimensional stability of the model
Post-processing also important
Post-processing can improve the performance and dimensional stability of the model