WE/LOVE/VORON

Full enclosure panel set made from CNC machined aluminium composite & laser cut acrylic (PMMA) panel sheets 120 spec build volume Micron. All panels are 3mm thick. Contents 1pcs back panel (black aluminium composite) 1pcs deck panel (black aluminium composite) 1pcs bottom panel (black aluminium composite) 2pcs side panels (PMMA)1pcs door panel (PMMA) 1pcs top panel (PMMA)

COB chainable 24V LED baron both sides a JST-XH 2 pin connector (black)CRI >= 90 CTT = 4000KTypical Luminous Efficacy = 188lm/WTypical Flux @25°CStick XXL2x 660lmStick2x 500lmMatchstick2x 330lmRGB chainable 5V RGB LED baron both sides a JST-XH 3 pin connector (black)WS2812B LEDsone resistor for the dataline is inside each box, in case you need it to get right color controlKlipper color order: GRB Length Stick XXL370mmfor V2/TR 350Stick270mmfor V2/TR 250/300Matchstick158mmfor V0.1/V0.2 Note Based on BLAMM's Daylight Voron Hardware design.

Optical sensor PCB for TAP including adapter cable to our wire harness for Plug&Play The design includes a supply polarity and overshoot protection.Technical Data 12V or 24V supply Open drain signal output Optional 10k pull-up (against internal +5V) on signal output (via solder bridge) OPB971N51 sensor Contents 1x full assembled and 100% tested PCB 1x short cable (JST-PH => Molex Microfit 3.0)

Light weight carbon fiber X gantry replacement for Voron 2 & Trident. much lighter than aluminium extrusion suits MGN12 rigid 2mm wall design includes mounting/installation hardware Please choose the appropriate length tube for your machine and/or see below for more information and technical specifications. This carbon fiber x gantry replacement was developed after testing and trialing some of the carbon fiber gantry replacement options available in market. Size 250 spec = 330 mm length 300 spec = 380 mm length 350 spec = 430 mm length Features much lighter than the aluminium counterpart Alu X CF X Weight Saved 330 mm 156 g 66 g 90 g 380 mm 180 g 78 g 102 g 430 mm 202 g 86 g 116 g drop in replacement on all existing spec Voron 2 and Voron Trident models (250 / 300 / 350) adequate mounting holes for MGN12 linear rails adequate access to all rail/top mounting screws / nuts multiple mounting points for chains and alternative toolhead wiring solutions like Roadkill toolhead pcbs using flat/ribbon style cables tested to an operating temperature of 90c What’s included carbon fibre square tube 2x 250mm length 5mm carbon rod – diameter tolerance of 4.96-4.99mm (for other weight saving projects / mods) 10x M3 flanged and serrated hex nuts (since 16th of March 2023) 10x M5 flanged and serrated hex nuts (since 16th of March 2023) M3 5.5mm hex nut driver (since 16th of March 2023) Installation Our tube uses the spec Voron mounting pattern / locations for the top and bottom M5 bolts as described in the manual assembly instructions for both Voron 2 and Voron Trident so there is no difference from standard gantry assembly. The tube is also 2020 in dimension, matching the specced aluminium extrusion and compatible with the rail centering printed parts. There are 2 changes from standard manual assembly: Printed hex nut holders are needed and inserted into the square tube to secure and align the hex nuts for the incoming M5 bolts that attach the X gantry to the XY joints. As the carbon gantry does not have slots or channels in the center of the faces, alternate XY joints are required to be printed that do not have locating notches that usually go into the slot of the aluminium extrusion. These are the stock XY joints with the locating notches removed. For further modification and weight reduction in addition to the carbon fibre gantry. The pins mod is available here from Woki Leo. https://github.com/Woki-Leo/Carbonfiber-X-Axis *WARNING* Cutting carbon fiber releases dangerous and harmful particles when cut. Please be aware and take the necessary precautions. https://www.monash.edu/ohs/info-docs/chemical-management/carbon-fibre-composites-ohs-information-sheet

Light weight carbon fiber X gantry replacement for Voron 2 & Trident. much lighter than aluminium extrusion suits MGN12 rigid 2mm wall design includes mounting/installation hardware Please choose the appropriate length tube for your machine and/or see below for more information and technical specifications. This carbon fiber x gantry replacement was developed after testing and trialing some of the carbon fiber gantry replacement options available in market. Size 250 spec = 330 mm length 300 spec = 380 mm length 350 spec = 430 mm length Features much lighter than the aluminium counterpart Alu X CF X Weight Saved 330 mm 156 g 66 g 90 g 380 mm 180 g 78 g 102 g 430 mm 202 g 86 g 116 g drop in replacement on all existing spec Voron 2 and Voron Trident models (250 / 300 / 350) adequate mounting holes for MGN12 linear rails adequate access to all rail/top mounting screws / nuts multiple mounting points for chains and alternative toolhead wiring solutions like Roadkill toolhead pcbs using flat/ribbon style cables tested to an operating temperature of 90c What’s included carbon fibre square tube 2x 250mm length 5mm carbon rod – diameter tolerance of 4.96-4.99mm (for other weight saving projects / mods) 10x M3 flanged and serrated hex nuts (since 16th of March 2023) 10x M5 flanged and serrated hex nuts (since 16th of March 2023) M3 5.5mm hex nut driver (since 16th of March 2023) Installation Our tube uses the spec Voron mounting pattern / locations for the top and bottom M5 bolts as described in the manual assembly instructions for both Voron 2 and Voron Trident so there is no difference from standard gantry assembly. The tube is also 2020 in dimension, matching the specced aluminium extrusion and compatible with the rail centering printed parts. There are 2 changes from standard manual assembly: Printed hex nut holders are needed and inserted into the square tube to secure and align the hex nuts for the incoming M5 bolts that attach the X gantry to the XY joints. As the carbon gantry does not have slots or channels in the center of the faces, alternate XY joints are required to be printed that do not have locating notches that usually go into the slot of the aluminium extrusion. These are the stock XY joints with the locating notches removed. For further modification and weight reduction in addition to the carbon fibre gantry. The pins mod is available here from Woki Leo. https://github.com/Woki-Leo/Carbonfiber-X-Axis *WARNING* Cutting carbon fiber releases dangerous and harmful particles when cut. Please be aware and take the necessary precautions. https://www.monash.edu/ohs/info-docs/chemical-management/carbon-fibre-composites-ohs-information-sheet

Light weight carbon fiber X gantry replacement for Voron 2 & Trident. much lighter than aluminium extrusion suits MGN12 rigid 2mm wall design includes mounting/installation hardware Please choose the appropriate length tube for your machine and/or see below for more information and technical specifications. This carbon fiber x gantry replacement was developed after testing and trialing some of the carbon fiber gantry replacement options available in market. Size 250 spec = 330 mm length 300 spec = 380 mm length 350 spec = 430 mm length Features much lighter than the aluminium counterpart Alu X CF X Weight Saved 330 mm 156 g 66 g 90 g 380 mm 180 g 78 g 102 g 430 mm 202 g 86 g 116 g drop in replacement on all existing spec Voron 2 and Voron Trident models (250 / 300 / 350) adequate mounting holes for MGN12 linear rails adequate access to all rail/top mounting screws / nuts multiple mounting points for chains and alternative toolhead wiring solutions like Roadkill toolhead pcbs using flat/ribbon style cables tested to an operating temperature of 90c What’s included carbon fibre square tube 2x 250mm length 5mm carbon rod – diameter tolerance of 4.96-4.99mm (for other weight saving projects / mods) 10x M3 flanged and serrated hex nuts (since 16th of March 2023) 10x M5 flanged and serrated hex nuts (since 16th of March 2023) M3 5.5mm hex nut driver (since 16th of March 2023) Installation Our tube uses the spec Voron mounting pattern / locations for the top and bottom M5 bolts as described in the manual assembly instructions for both Voron 2 and Voron Trident so there is no difference from standard gantry assembly. The tube is also 2020 in dimension, matching the specced aluminium extrusion and compatible with the rail centering printed parts. There are 2 changes from standard manual assembly: Printed hex nut holders are needed and inserted into the square tube to secure and align the hex nuts for the incoming M5 bolts that attach the X gantry to the XY joints. As the carbon gantry does not have slots or channels in the center of the faces, alternate XY joints are required to be printed that do not have locating notches that usually go into the slot of the aluminium extrusion. These are the stock XY joints with the locating notches removed. For further modification and weight reduction in addition to the carbon fibre gantry. The pins mod is available here from Woki Leo. https://github.com/Woki-Leo/Carbonfiber-X-Axis *WARNING* Cutting carbon fiber releases dangerous and harmful particles when cut. Please be aware and take the necessary precautions. https://www.monash.edu/ohs/info-docs/chemical-management/carbon-fibre-composites-ohs-information-sheet

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Push Harder! Full Steel Ahead! Set of parts made of Hardened Steel to replace the plastic Drive and Main Double Gears on a Bondtech Large Gears eXtruder: LGX; LGX Lite; LGX Lite Mirrored. Recommended to feed Engineering grade thermoplastics. To use our LGX extruders above our default recommendations: with thicker mounting plates; at higher environment temperatures; at higher stepper motor currents. For detailed instructions (installation, usage, etc.) please follow official Bondtech instructions.

NYLON PA12 + CF is yet another manifestation of the technical capabilities of filament PA12 which has been reinforced with 5% and 15% addition of carbon fibers. It is characterized by high thermal resistance and less shrinkage compared to the unmodified Nylon PA12. The application of carbon fiber allows for a reduction of weight of the component while maintaining its high structural stiffness. PA12 + CF has a range of applications across the industry, including the automotive and the engineering sectors, lending itself to the creation of advanced prototypes, drones and final products which require increased durability while reducing their weight. Applications Prototypes: car parts, drones, high durability mechanical components Substitutes of metal elements End-use products, part engineering and tool production based on 3D printing Properties twice the tensile strength of Nylon PA12 more than twice the stiffness of Nylon PA12 higher thermal resistance compared to unmodified Nylon PA12 (up to 160°C) high chemical resistance Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ESD Fiberlogy filament was created to protect electronic components which are sensitive to electrostatic discharges. The material has high dissipation and antistatic properties with respect to energy coming from discharges, and so it is able to prevent damage or significantly reduce the risk of damage to your electronic devices. The destructive nature of electrostatic discharge leads to the generation of high costs related to the maintenance, repair and replacement of vulnerable components that companies have to bear, especially those which produce and use electronics in conditions that are conducive to the occurrence of the ESD effect. The task of ESD from Fiberlogy is to eliminate this threat. Therefore, the ESD filament will come in handy when printing housings for integrated circuits, sensors, connectors, measuring devices. Application ELECTRONICS: housings, covers, cases, screens products equipped with diodes, connectors TOOLS OR THEIR PARTS: tools for working with electronics, tools for making electronic components PARTS AND TRANSMISSION TOOLS: machine components, elements of equipment for employees and manufacturing plants Properties high resistance to electrostatic discharge and chemicals high impact strength resistance to high temperatures and scratching possibility of mechanical and chemical processing Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

ABS is a real expert in durability. Prints made using this filament are characterized by their hardness and high impact resistance. They are also resistant to high temperatures and abrasion. These properties extend the possibilities of ABS application. The advantages of ABS will certainly be appreciated by designers and engineers. The prints can be used to create concept models for new products or even their final versions. ABS can also be used in production, especially in prototyping more rigid elements. Application PROTOTYPES: linking elements, elements which require high temperature resistance TOOLS OR THEIR ELEMENTS: gears, racks, elements which require high durability GADGETS OR THEIR PARTS: phone cases, stands, keychains TOYS: bricks, robots or their parts, car elements HOUSE EQUIPMENT: hangers, flower pots, vases Properties high hardness high impact resistance resistance to high temperatures and abrasion can be processed mechanically and chemically Print Settings Print temperature: 255°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 10%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

The new DuraPro ASA has been specially developed for industrial applications and is characterised by its high UV and weather resistance. It is therefore particularly suitable for automotive and outdoor applications. The material is fire retardant according to UL94 HB. DuraPro ASA has been optimised for the FFF/FDM process, so the material has good layer adhesion, thermal stability, improved flow properties and low warping. UV and weather resistant Matt surface High mechanical strength Good layer and bed adhesion Low Warping Print Settings Print temperature: 230°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 20%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Das ABS-Filament von Nobufil wird aus recycelten Kunststoffen hergestellt. Dabei handelt es sich um Produktionsabfälle, die bei der industriellen Verarbeitung anfallen. Durch spezielle Modifikation neigt dieses Material im Gegensatz zu Filamenten aus herkömmlichen ABS zu deutlich weniger Warping und weist eine reduzierte Geruchsbildung auf. Dadurch ist auch eine Verarbeitung auf Druckern mit offenem Bauraum möglich. Die physikalischen Eigenschaften von Nobufil ABSx umfassen eine hohe Zugfestigkeit und Steifheit. Außerdem weist es eine gute Wärme- und Chemikalienbeständigkeit auf. Gedruckte Teile können anschließend einfach nachbearbeitet werden. Dadurch eignet sich dieses Material besonders für die Herstellung von Prototypen, Modellen und Kleinserien von technischen Teilen. Temperaturbeständigkeit bis ca. 90°C Breite Farbpalette durch geringe Eigenfarbe Einfache Verdruckbarkeit auch mit offenem Bauraum Geringe Geruchsentwicklung Hohe Detailgenauigkeit auch bei komplexen Geometrien Print Settings Print temperature: 260°C ± 10 Bed temp: 100°C ± 10 Printing surface: textured PEI sheet Fan speed: max 15%

Bondtech drive gear kit in hardened and surface protected steel. Precision cnc-machined. Super sharp teeths for maximum grip on the filament. The perfect choice for a high-performance feeding system. Extremely high wear resistance for use with abrasive filaments. These drivegear kits come as a set consisting of a primary drive gear, a secondary drive gear, bearings and a shaft. Gear set for filament size 1.75 mm, primary gear with inner diameter 5 mm, secondary gear with two needle bearings, M3x2 setscrew and one 3x20 mm shaft. Gear set for filament size 1.75 mm, primary gear with inner diameter 8 mm, secondary gear with integrated needle bearings, M4x3 setscrew and one 4x22 mm shaft. Gear set for filament size 2.85 – 3.0 mm, primary gear with inner diameter 8 mm, secondary gear with integrated needle bearings, M4x3 setscrew and one 4x22 mm shaft. A Lithium based grease is recommended to use on the gear section and inside the needle bearings for low friction and to avoid wear. A small dab of grease is enough.

Wire harness addition for our StealthBurner RGB LED Kit using black Helukabel Heluflon®-fep-6y 0.25mm². One end with a Molex MicroFix 3.0 connector, the other end with a Dupont connector fitting for BTT Octopus and Fysetc Spider.

Front and back of the Stealthburner Clockwork2 E3D Revo Voron toolhead mount. Note You are buying 3D printed parts only. Any additional hardware shown is for demonstration purposes only.

Miniature ball bearings are deep groove ball bearings in small. Their dimensions make them suitable for special applications. In addition, they allow very high speeds with low noise.

Replacement Shaft assembly for our Bondtech Mini Geared (BMG), SingleDirect and DualDirect extruders. It includes the set screw for primary 1.75/5.0 drive gear.Note: New improved revision from Bondtech, where the gear wheel is in white now! For more information see link

Stealthburner Clockwork2 compatible Bondtech LGX Lite mount with igus energy chain mount. Note You are buying 3D printed parts only. Any additional hardware shown is for demonstration purposes only.

Wire harness addition for our StealthBurner RGB LED Kit using black Helukabel Heluflon®-fep-6y 0.25mm². One end with a Molex MicroFix 3.0 connector, the other end with a Dupont connector fitting for BTT Octopus and Fysetc Spider.

Thumbscrew replacement for Bondtech extruder.

Brass heat inserts, specially developed for FDM 3D printed parts and post-insertion.

Wire harness addition for our StealthBurner RGB LED Kit using black Helukabel Heluflon®-fep-6y 0.25mm². One end with a Molex MicroFix 3.0 connector, the other end with a Dupont connector fitting for BTT Octopus and Fysetc Spider.

The SUNON MF50151VX-B00U-A99 is suitable for Nevermore Micro V4 and V5 Duo. Note The fan comes without any connectors, just bare wires. Contents 1 pcs of SUNON MF50151VX-B00U-A99

StealthBurner RGB LED Kit, pre-wired. Total of three SK6812 RGBNW LEDs. Wire terminated with 3-pin Molex Microfit 3.0 connector. Hint Use our prepared connection cable StealthBurner RGB LED Wire Harness to update your wire harness. Note The M42 hexnut and 3D printed parts are not part of this kit and are pictured for demonstration purposes only.

E3D developed this Revo-compatible cold side in collaboration with Team Voron. It’s intended for use with the Voron StealthBurner, which includes an integrated cold side fan. It’s compatible with their Revo ecosystem, so you can change nozzle size without tools or hot tightening using just your fingers. Uses Revo Nozzles – change nozzles cold, no tools, no hot tightening Works with a Revo HeaterCore for faster heat-ups Rigid mounting using 4 x M3 x 0.5 bolts Ultra-lightweight construction for improved speed performance Ideal HotEnd for Voron StealthBurner Ready for Revo A groove at the bottom of the sink accepts a Revo HeaterCore spring. It’s compatible with our Revo ecosystem, so you can change nozzles without tools or hot tightening using just your fingers. Complements your Voron Includes an anodised red aluminium heatsink to complement your Voron accented parts. Rigid mounting This is a rigid mounted design that uses four M3 x 0.5 bolts to secure to your Voron 3D printer. Wire harness compatibility Please note that this is a custom production. The Thermistor and HeaterCore are wired to match our wire harness.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Either rough textured and powder coated or smooth and laminated PEI flexible spring steel sheets. Available both in the colors beige/natural or black. Magnetic properties are similar to our separately sold DIY spring steel sheets. Note Flex plates are coated/laminated 1-sided, only.

Contents 1 pcs. Gates PowerGrip® GT® 2 Idler

Contents 1 pcs. Gates PowerGrip® GT® 2 Idler

Genuine Gates PowerGrip® GT® 2 belt loops. Low dust and vibration variant (RF). Contents 1 pcs. Gates PowerGrip® GT® 2 Belt Loop

Saw cut, precision milled and stress relieved cast aluminium plates. These are meant for DIY enthusiasts who want to create their own build plates. Made from the same raw material we use for our famous build plates!

Miniature ball bearings are deep groove ball bearings in small. Their dimensions make them suitable for special applications. In addition, they allow very high speeds with low noise.

Miniature ball bearings are deep groove ball bearings in small. Their dimensions make them suitable for special applications. In addition, they allow very high speeds with low noise.

Suitable for Pocketwatch 1 extruder.