XYZPRINTING PLA XYZ CARBON - PETG Filament - Carbon - 500 g - da Vinci Junior, Mini, Super, C
40.86 EUR
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Requirements
To be able to print this carbon PLA filament, you need the right stainless steel extruder (hardened steel nozzle) for your device.
Compatible XYZprinting models:
XYZ Carbon Fiber
The XYZ Carbon Fiber Filament consists of a mixture of PLA (polylactic acid) and carbon fibre. This allows you to create impact-resistant 3D models with an exceptional surface finish.
Every maker's dream
The composition of PLA plastic and high-quality carbon fibre allows the printing of results with an attractive matt finish and a slightly shimmering surface. With a simple upgrade, you can now produce exceptional printed results at home with your XYZprinting printer.
EAN: 4715872748559
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Requirements
To be able to print this carbon PLA filament, you need the right stainless steel extruder (hardened steel nozzle) for your device.
Compatible XYZprinting models:
- Da Vinci MiniMaker
- Da Vinci Mini W.
- Da Vinci Mini W+
- Da Vinci Jr. 1.0 Pro
- Da Vinci Jr. WiFi Pro
- Da Vinci Jr. Pro X+
- Da Vinci Color
- Da Vinci Color Mini
- Da Vinci Color AiO
- Da Vinci Super
XYZ Carbon Fiber
The XYZ Carbon Fiber Filament consists of a mixture of PLA (polylactic acid) and carbon fibre. This allows you to create impact-resistant 3D models with an exceptional surface finish.
Every maker's dream
The composition of PLA plastic and high-quality carbon fibre allows the printing of results with an attractive matt finish and a slightly shimmering surface. With a simple upgrade, you can now produce exceptional printed results at home with your XYZprinting printer.
EAN: 4715872748559
Delivery Cost: 9.95 EUR
Availability: in stock
Delivery Time: 4-5 business days
Condition: new
Comparison of Similar Products
PLA filament is obtained from vegetable materials. In addition to being environmentally friendly, it is also suitable for printing processes with lower temperature, which significantly reduces distortion along the edges of the print object. The translucent texture and surface also give your work that certain something.
Environmentally Friendly Materials
PLA filament is produced with polymerized lactic acid derived from maize, sugar cane or other sugary crops and is considered the most environmentally friendly 3D pressure material. Failed PLA pressure objects can be easily disposed of on the compost.
At low temperatures, printable PLA is not only suitable for the family. Its bright texture makes it a favorite among our customers. You can observe the properties of PLA during printing.
- Regardless of its safety, PLA softens and deforms at an ambient temperature above 50 °C or in a water bath
- Therefore, excessively humid places are not suitable for storing PLA. We recommend that unused PLA filament be adequately sealed and put away
- Printing with PLA filament often produces a sweet smell, which provides a further pleasant effect
Color and shape
XYZprintings PLA filament in brilliant colors has been carefully developed and matched to optimal color and shape stability.
Easy to install and replace
This simple and easy-to-use 3D printer does not require calibration and offers a new automatic filament installation system for a simple, more comfortable 3D printer experience.
Compatible Models
- Da Vinci Junior, da Vinci mini, da Vinci mini w, da Vinci Mini Maker, da Vinci Nano
PLA filament is obtained from vegetable materials. In addition to being environmentally friendly, it is also suitable for printing processes with lower temperature, which significantly reduces distortion along the edges of the print object. The translucent texture and surface also give your work that certain something.
Environmentally Friendly Materials
PLA filament is produced with polymerized lactic acid derived from maize, sugar cane or other sugary crops and is considered the most environmentally friendly 3D pressure material. Failed PLA pressure objects can be easily disposed of on the compost.
At low temperatures, printable PLA is not only suitable for the family. Its bright texture makes it a favorite among our customers. You can observe the properties of PLA during printing.
- Regardless of its safety, PLA softens and deforms at an ambient temperature above 50 °C or in a water bath
- Therefore, excessively humid places are not suitable for storing PLA. We recommend that unused PLA filament be adequately sealed and put away
- Printing with PLA filament often produces a sweet smell, which provides a further pleasant effect
Color and shape
XYZprintings PLA filament in brilliant colors has been carefully developed and matched to optimal color and shape stability.
Easy to install and replace
This simple and easy-to-use 3D printer does not require calibration and offers a new automatic filament installation system for a simple, more comfortable 3D printer experience.
Compatible Models
- Da Vinci Junior, da Vinci mini, da Vinci mini w, da Vinci Mini Maker, da Vinci Nano
ABS
Easy to install filament cassettes in vivid colors. XYZprinting filament cassettes have been carefully designed and tested to ensure that there are no color and shape deviations and that your designs are as perfect as they should be every time.
XYZprinting Filament
With the XYZprinting filament cartridges you get a versatile material that is perfect for fast models or finely detailed products from your da Vinci-3D printer.
XYZprinting refill pack
Filament refills are available in small space-saving sizes and can be used at any time. They enable users of 3D printers and hobby artists to contribute to environmental protection.
On the test bench
The XYZprinting filament has been thoroughly tested with the da Vinci and XYZware to ensure that you enjoy the highest quality at 3D printing. Day by day, cassette by cassette.
Color and shape
XYZprintings ABS/PLA filament in brilliant colors has been carefully developed and matched to optimal color and shape stability.
Easily replaceable filament
The XYZprinting filaments are particularly easy to install and change. Da Vinci will notify you when the filament runs out, so that you never run out of the material for your creative ideas.
Compatible Models
- Da Vinci 1.0A
- Da Vinci 2.0A Duo
- Da Vinci 1.0 AiO
ABS
Easy to install filament cassettes in vivid colors. XYZprinting filament cassettes have been carefully designed and tested to ensure that there are no color and shape deviations and that your designs are as perfect as they should be every time.
XYZprinting Filament
With the XYZprinting filament cartridges you get a versatile material that is perfect for fast models or finely detailed products from your da Vinci-3D printer.
XYZprinting refill pack
Filament refills are available in small space-saving sizes and can be used at any time. They enable users of 3D printers and hobby artists to contribute to environmental protection.
On the test bench
The XYZprinting filament has been thoroughly tested with the da Vinci and XYZware to ensure that you enjoy the highest quality at 3D printing. Day by day, cassette by cassette.
Color and shape
XYZprintings ABS/PLA filament in brilliant colors has been carefully developed and matched to optimal color and shape stability.
Easily replaceable filament
The XYZprinting filaments are particularly easy to install and change. Da Vinci will notify you when the filament runs out, so that you never run out of the material for your creative ideas.
Compatible Models
- Da Vinci 1.0A
- Da Vinci 2.0A Duo
- Da Vinci 1.0 AiO
PLA (Polylactic Acid) - the most used 3D printing material available in a wide range of RAL and BASF Ultrafuse colors and translucencies. The glossy feel often attracts those who print display models or small items for household use. Many appreciate the plant-based origin of this material and prefer the semi-sweet smell over ABS. When properly cooled, PLA has a higher maximum printing speed, lower layer heights, and sharper printed corners. Combining this with low warping of the print makes it a popular plastic for home printers, hobbyists and schools. It has a plant-based origin with a semi-sweet smell during printing.
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Thanks to good adhesion and pre-configured print profiles, anyone can achieve perfect results quickly and easily the first time around
- In comparison with PLA and Tough PLA, Ultimaker PETG offers the widest range of technical applications - ideal for industrial parts, tools and prototypes
- As one of the most affordable technical materials for 3D printing and with a good mix of properties, Ultimaker PETG is a great way to standardise printing processes in your company
Here are some of the key mechanical properties of Ultimaker PETG:
- Good chemical resistance to lubricants, oils, alcohol, acids and alkalis
- Can withstand humid environments and temperatures up to 76°C
- Tough and wear-resistant
- Ultimaker PETG is available in 14 different colours, including transparent and fluorescent, and is suitable for a wide range of applications: from colour coding to transparent components
- Build volume: 320 x 320 x 385 mm³
- Print speed: max. 500 mm/s
- Automatic print bed levelling with 121 (11 x 11) points
- Nozzle: up to 300°C
- Supports PLA/TPU/PETG/ABS/ASA/nylon filaments
- Connections: Wi-Fi, LAN, USB
Pre-installed Klipper firmware
The Neptune 4 Plus comes with the powerful Klipper firmware. This enables impressive print speeds of up to 500 mm/s (default: 250 mm/s) and accelerations up to 12,000 mm/s². It supports advanced functions such as input shaping and pressure advance calibration.
It also includes acceleration sensors on the X and Y axes for automatic calibration and enhanced print quality.
Klipper high-speed motherboard
The Neptune 4 Plus features a Klipper motherboard and an ARM 64-bit 1.5G main frequency quad-core processor.
With the pre-installed Klipper firmware, it can print at up to 500 mm/s (default: 250 mm/s) with accelerations of up to 12,000 mm/s². The 8 GB ROM provides ample memory for various print files.
The printer also supports input shaping and pressure advance to enhance print quality and reduce problems such as artefacts, filaments and blobbing.
- Build volume: 225 x 225 x 265 mm³
- Print speed: max. 500 mm/s
- Automatic bed levelling: 121 (11 x 11) points
- High-temperature nozzle: up to 300°C
- Supports PLA/TPU/PETG/ABS/ASA/nylon filaments
- Connections: USB, LAN
The ELEGOO Neptune 4 comes with pre-installed Klipper firmware and an ARM 64-bit 1.5 GHz main frequency quad-core processor for faster command processing and execution. This enables impressive print speeds of up to 500 mm/s, thus boosting efficiency. 8 GB ROM provides sufficient memory for high-speed printing.
The printer also supports advanced features such as input shaping to reduce mechanical vibration in the printer's motion system and artefacts such as ringing, ripples, ghosting or echoes on the surface of the printed model. The pressure advance function adapts the material flow to the print speed, ensuring consistent nozzle pressure and reducing filaments and dripping.
- Build volume: 225 x 225 x 265 mm³
- Print speed: max. 500 mm/s
- Intelligently segmented heated bed
- Automatic bed levelling: 121 (11 x 11) points
- Nozzle: up to 300°C
- Supports PLA/TPU/PETG/ABS/ASA/nylon filaments
- Connections: USB/LAN
Accelerated printing with Klipper
With its Klipper motherboard and ARM 64-bit 1.5G main frequency quad-core processor for faster processing and command execution, the Neptune 4 Pro can print at up to 500 mm/s. This allows you to quickly and efficiently complete your print projects. Thanks to the pre-installed Klipper firmware, you can start printing immediately without needing to install firmware.
The printer also supports input shaping to eliminate artefacts and resonances on model surfaces, and pressure advance to predict nozzle pressure for more precise and consistent extrusion, reducing filaments and blobs.
Intelligently segmented heated bed
With a power of 100 W + 150 W, the slicing software automatically detects the size of the model during slicing and activates the peripheral heating zone if the model size exceeds the central heating zone (120 mm x 120 mm).
