- -$5.00
![iSANMATE PLA Wood Ebony 3D Filament 1.75mm 1kg iSANMATE PLA Wood Ebony 3D Filament 1.75mm 1kg](https://shapeshop.com.au/2508-medium_default/isanmate-pla-wood-ebony-3d-filament-175mm-1kg.jpg)
iSANMATE Wood filament is a composite material that blends PLA with wood dust and cork. By incorporating wood into the PLA matrix as a reinforcement this material exhibits excellent adhesion and enhanced initial deformation resistance.
iSANMATE Wood filament is a composite material that blends PLA with wood dust and cork. By incorporating wood into the PLA matrix as a reinforcement this material exhibits excellent adhesion and enhanced initial deformation resistance.
iSANMATE High Speed Matte PLA 3D Filament optimises the balance between filament melting and cooling, ensuring smooth flow in its molten state and faster cooling during printing.
iSANMATE PLA Clear 3D printing filament has excellent transparency allowing light to emit through.
iSANMATE PLA Silk Dual 3D Filament has a glossy, rich and “metallic” finish with two-tone effect. Suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE i7 PLA is a High Performance filament with a Satin finish. It has excellent layer adhesion which greatly improves impact resistance, strength and durability of printed products.
iSANMATE High Speed Matte PLA 3D Filament optimises the balance between filament melting and cooling, ensuring smooth flow in its molten state and faster cooling during printing.
iSANMATE PLA Silk Tri-Colour 3D Filament has a glossy, rich and “metallic” finish with three-colour effect. Suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE Gradient Matte PLA+ is a high performance 3D printing filament that has a repeating color gradient effect. Suitable for many different applications such as art pieces, crafts, toys and products and product samples. It exhibits high toughness, a smooth matte surface finish and is easy to print.
iSANMATE High Speed Matte PLA 3D Filament optimises the balance between filament melting and cooling, ensuring smooth flow in its molten state and faster cooling during printing.
iSANMATE Silk Rainbow PLA 3D Filament has a glossy, rich and “metallic” finish, suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE Wood filament is a composite material that blends PLA with wood dust and cork. By incorporating wood into the PLA matrix as a reinforcement this material exhibits excellent adhesion and enhanced initial deformation resistance.
iSANMATE Wood filament is a composite material that blends PLA with wood dust and cork. By incorporating wood into the PLA matrix as a reinforcement this material exhibits excellent adhesion and enhanced initial deformation resistance.
iSANMATE Silk PLA 3D Filament has a glossy, rich and “metallic” finish, suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE PLA Silk Tri-Colour 3D Filament has a glossy, rich and “metallic” finish with three-colour effect. Suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE PLA High Speed Matte Rainbow is a high performance 3D printing filament that has a matte finish and rainbow color effect. Suitable for many different applications such as art pieces, crafts, toys and products and product samples. It exhibits high toughness, a smooth matte surface finish and is easy to print.
iSANMATE PLA Silk Dual 3D Filament has a glossy, rich and “metallic” finish with two-tone effect. Suitable for printing decorations, toys and trinkets with a smooth finish.
iSANMATE ASA filament is highly durable and capable of withstanding harsh weather conditions, making it perfect for outdoor applications like garden furniture, signs, and automotive parts. Additionally, it boasts excellent chemical resistance, making it a popular choice for producing chemical containers and laboratory equipment.
iSANMATE Wood filament is a composite material that blends PLA with wood dust and cork. By incorporating wood into the PLA matrix as a reinforcement this material exhibits excellent adhesion and enhanced initial deformation resistance.