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Carbon Fiber Reinforced PLA is a stiff material and makes parts that are very solid. It is great for printing high-strength mechanical parts. Increased rigidity from the carbon fiber means increased structural support but decreased flexibility, making it ideal material for frames, supports, propellers, tools... anything not expected (or desired) to bend. It is particularly loved by drone builders and RC hobbyists. The carbon fibers are processed to an optimum size: short enough to print in PLA without clogging nozzles, but long enough to provide the added rigidity carbon fiber is famous for. -
Taulman BluPrint is a thermoplastic copolyester blend. It is a material with increased heat and wear resistance. The material can be used to print parts that will withstand fatigue resistance and tear strength. BluPrint allows designers to 3D print parts that will take high heat for outdoor use such as part replacements for autos, boats and aircraft. -
Polymaker PolyPlus™ Green PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Grey PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Purple PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Taulman Black T-Glase is made of FDA approved polymers for direct food contact or containers. T-Glase is a high strength polymer – great for industrial applications. The major advantage of T-Glase to all other polymers, is layer to layer bonding. Industry uses layer settings that are 50% to 80% of the nozzle diameter with excellent results. In addition, T-Glase is a directly printable polymer for glass jewelry. -
Polymaker PolyPlus™ Teal PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Orange PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Translucent Orange PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. -
3D print with metal with your own 3D printer! This amazing one of a kind filament will allow you to print with actual copper and will shine like copper after polishing. -
Corkfill is a specialty filament which looks, feels, and behaves just like cork material. You can use Corkfill to make light-weight wood objects or traditional cork items such as dart boards and wine corks. Corkfill is a combination of PLA and Cork wood fibers. Colorfabb's Corkfill is PLA based, so you can print this filament on any printer than can handle PLA filament. -
Taulman White T-Glase is made of FDA approved polymers for direct food contact or containers. T-Glase is a high strength polymer – great for industrial applications. The major advantage of T-Glase to all other polymers, is layer to layer bonding. Industry uses layer settings that are 50% to 80% of the nozzle diameter with excellent results. In addition, T-Glase is a directly printable polymer for jewelry. -
PolyMaker PolyWood filament is engineered for quality superior to other filaments. PolyWood™ is a wood mimic printing material that ensures a Jam-Free™ printing experience. -
Taulman BluPrint is a thermoplastic copolyester blend. It is a material with increased heat and wear resistance. The material can be used to print parts that will withstand fatigue resistance and tear strength. BluPrint allows designers to 3D print parts that will take high heat for outdoor use such as part replacements for autos, boats and aircraft. -
Do you have a project that needs a flexible part but you just can’t get it with PLA or ABS? With PolyFlex™ flexible filament you can make your flexible parts without the need to modify you 3D printer. PolyFlex™ prints excellently with Altair or many other FDM printers. • Create both limber and elastic prints • Bonds to most to bond to most build plate surfaces • Don't need a heated bed -
Do you have a project that needs a flexible part but you just can’t get it with PLA or ABS? With PolyFlex™ flexible filament you can make your flexible parts without the need to modify you 3D printer. PolyFlex™ prints excellently with Altair or many other FDM printers. • Create both limber and elastic prints • Bonds to most to bond to most build plate surfaces • Don't need a heated bed -
Do you have a project that needs a flexible part but you just can’t get it with PLA or ABS? With PolyFlex™ flexible filament you can make your flexible parts without the need to modify you 3D printer. PolyFlex™ prints excellently with Altair or many other FDM printers. • Create both limber and elastic prints • Bonds to most to bond to most build plate surfaces • Don't need a heated bed -
Do you have a project that needs a flexible part but you just can’t get it with PLA or ABS? With PolyFlex™ flexible filament you can make your flexible parts without the need to modify you 3D printer. PolyFlex™ prints excellently with Altair or many other FDM printers. • Create both limber and elastic prints • Bonds to most to bond to most build plate surfaces • Don't need a heated bed -
Polymaker PolyPlus™ Blue PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Translucent Blue PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Translucent Red PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Translucent Yellow PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ Red PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent.
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Polymaker PolyPlus™ Red PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent. -
Polymaker PolyPlus™ White PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent.
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Polymaker PolyPlus™ PLA filament is engineered for quality superior to other PLA filaments. The probability of jamming your extruder is significantly lower with the PolyPlus series. PolyPlus is FDA approved, has excellent heat resistance, and tight and consistent tolerances. It comes in a variety of colors and translucent.
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PolyMax PLA is the perfect replacement for ABS. PolyMax PLA is a "tough PLA" 3D printing material that has high toughness and strength. Print at low temperatures like PLA, but get the strength of ABS. PolyMax Black PLA has minimal degradation and warping, and will not create any hazardous fumes. Works well for mechanically demanding applications. -
PolyMax PLA is the perfect replacement for ABS. PolyMax PLA is a "Tough" 3D printing material that has high toughness and strength. Print at low temperatures like PLA, but get the strength of ABS. PolyMax PLA has minimal degradation and warping, and will not create any hazardous fumes. Works well for mechanically demanding applications. -
Taulman 680 FDA Nylon is a very high grade nylon made with an FDA approved polymer specifically developed to meet FDA 21 CFR 177.1500 regarding indirect food contact (except for foods with over 8% Alcohol). Taulman 680 was designed to print in the same temperature range as other taulman nylons. It is less pliable than Taulman 645 as it is intended to support many medical uses. Taulman 680 is more transparent than Taulman 645 to support non-destructive visual inspection of printed parts. 680 is a non-leaching FDA nylon that's capable of low temperature sterilization techniques. -
Taulman Alloy 910 is meant for high-temperature, high-strength, high-durability uses. Alloy 910 is an excellent material for molding, robotics, machining or any need that requires a high tensile feature along with high durability. Due to Alloy 910's chemical composition, it has the least water absorption of all similar materials containing a nylon component. -
Taulman Red T-Glase is made of FDA approved polymers for direct food contact or containers. T-Glase is a high strength polymer – great for industrial applications. The major advantage of T-Glase to all other polymers, is layer to layer bonding. Industry uses layer settings that are 50% to 80% of the nozzle diameter with excellent results. In addition, Taulman Red T-Glase is a directly printable polymer for glass clear jewelry. -
Taulman Blue T-Glase is made of FDA approved polymers for direct food contact or containers. T-Glase is a high strength polymer – great for industrial applications. The major advantage of T-Glase to all other polymers, is layer to layer bonding. Industry uses layer settings that are 50% to 80% of the nozzle diameter with excellent results. In addition, Taulman Blue T-Glase is a directly printable polymer for glass clear jewelry. -
Taulman Clear T-Glase is made of FDA approved polymers for direct food contact or containers. T-Glase is a high strength polymer – great for industrial applications. The major advantage of T-Glase to all other polymers, is layer to layer bonding. Industry uses layer settings that are 50% to 80% of the nozzle diameter with excellent results. In addition, T-Glase is a directly printable polymer for glass clear jewelry.
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Taulman 645 Nylon is the #1 high strength 3D printing material of choice used by 100's of Industrial customers worldwide. Nylon 645 is the established industry standard for high strength, high durability 3D Printing. Over 60 corporations and manufacturing companies use Nylon 645 for their most demanding designs and needs. Taulman 645 is a preferred polymer when parts to be printed will be subject to high stresses. As an extremely durable polymer, it handles stress at elevated temperatures up to 160C. It has a higher strength than Taulman 618 and is 20% less pliable and 20% more resistance to chlorines. -
Taulman Bridge Nylon Filament is a variation of Taulman 645 Nylon. Taulman Bridge Nylon Filament carries the same flexibility as Taulman 645 and has a slippery surface texture. It maintains the strength of nylon while having less warping, better adhesion to the print bed, and is easier to print with. Taulman Bridge Nylon is used for any parts that require the strength of nylon, yet are large and prone to pulling away from the print bed at sharp transitions. It is ideal for printing industrial applications such as gears. -
Taulman 618 high strength nylon is specifically engineered for 3D printing. Taulman 618 nylon was the first nylon specifically formulated and processed for 3D Printing. The chemical composition and post processing work together to lower the print temperature as well as reduce the non-uniformity that nylons exhibit in the melted state. When Taulman 618 is printed with 100% fill, it rivals it's injection molded equivalents in strength. All of the features of nylon that we come to depend on are at the maximum in 618. -
PrintSpace Premium PLA is a high-end 3D printer filament. At PrintSpace we pride ourselves on quality. That is why our Premium PLA is made of 100% virgin material and made in America to deliver highest quality standards and tolerances. This proprietary PLA blend makes our filament tougher, slightly softer, less rigid, more preservable then other filaments. With our Premium PLA you will get a low shrinkage factor (making prints nearly warp-free). Our PLA will not deform after cooling. Due to its low tendency to warp our Premium PLA can be printed without a heated print bed. Filament tolerances +/- .02mm -
Carbon Fiber Reinforced PLA is a stiff material and makes parts that are very solid. It is great for printing high-strength mechanical parts. Increased rigidity from the carbon fiber means increased structural support but decreased flexibility, making it ideal material for frames, supports, propellers, tools... anything not expected (or desired) to bend. It is particularly loved by drone builders and RC hobbyists. The carbon fibers are processed to an optimum size: short enough to print in PLA without clogging nozzles, but long enough to provide the added rigidity carbon fiber is famous for.
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