The CreatBot F160 FFF 3D printer can be used for additive manufacturing of objects with high-tech filaments, such as nylon, ABS, PEEK or Ultem. It is also possible to work with other materials that require temperatures up to 420°C. With CreatBot F160 it is possible to produce with experimental filaments for 3D printing. Furthermore, this precise 3D printer convinces with its high manufacturing quality.

Main features:

• Build volume of 160 x 160 x 200 mm
• Maximum. Nozzle temperature: 400°C, Bed temperature: up to 130°C
• Filament Compatibility: PLA, ABS, Carbon Fiber, Wood, Nylon, PC, PTEG, HIPS, PP, Flexible, etc.
• High precision, filament detection and breakage restored

CreatBot F160 – High Temperature Precise FFF 3D Printer

This fantastic high temperature FFF 3D printer can be used for additive manufacturing of objects with high-tech filaments , like nylon or ABS . It is also possible to work with other materials that require temperatures up to 420°C. With CreatBot F160 it is possible to produce with experimental filaments for 3D printing. Furthermore, this precise 3D printer convinces with its high manufacturing quality.

Main product features

Nozzle temperatures up to 420°C

Main product features

• Build chamber: 160*160*200mm
• Production of ABS, Carbon Fiber, Wood, Nylon, PC, PTEG, HIPS, PP, Flexible.
• Bed temperature up to 130°C
• The solid frame offers high precision
• High precision up to: 0.04mm
• Speed ​​up to: 120 mm/s

3D Printing Hot-end at 420°C

Make high temperature 3D prints up to 420°C . This type of nozzle allows you to produce a wide variety of filaments. You can 3D printing with high-tech thermoplastic materials such as ABS or nylon . The height of the nozzle can also be adjusted in great detail.

High precision and high speed

We exclusively researched and developed the extruder feeding system. CreatBot F160 supports high-speed 3D printing . The precision of additive manufacturing can reach high resolution up to 0.04 mm . Furthermore, it allows you to extrude the filament stably without clogging.

• Speed ​​up to: 120 mm/s

Stability

The all-steel body not only ensures stability during 3D printing, but also greatly extends the use period. The optimization and cooperation of the overall structure ensure smooth operation sustainable and efficient. The first batch of CreatBot 3D printers have been running for more than 5 years and 8000 hours.

Fully enclosed high temperature chamber

A fully enclosed building chamber can block all outside interference and reduce noise. This warm room can provide a constant room temperature. This prevents objects from warping (deforming) during 3D printing. An enclosed build chamber is key to successful additive manufacturing with ABS, nylon or other high-tech filaments.

Interrupt restored and filament detected

When the power supply of CreatBot F160 High Temperature 3D printer is cut off, it will automatically memorize the current position and save the 3D printing data. Resume 3D printing after the power supply works again. CreatBot F160 will detect when it runs out the filament. Simply lower the build platform and retract the filament when it suddenly powers off. It will continue 3D printing from where it stopped after powering on. This way you will never suffer from the end of your filament again.

Touch screen

This 3D printer has an all-English menu. The touch screen, seamless operation, and intuitive usability make the CreatBot F160 the ideal generative manufacturing machine for your business. A push for heating, a key for production, 3D printing made easy. Maintenance operations can also be performed with many other shortcut keys.

Efficient platform and 130°C hearth

The hob consists of a heatable aluminum surface, which can be heated up to 130°C. The heating process is very fast. The platform is secured with BuiltTak 3D printing stickers. The manufactured object can be firmly attached to the Buildtak and will not deform. No warping to destroy your 3D print.

CreatBot F160 is a precise high-temperature FFF 3D printer. Buy it now at a really great price.