Creatbot F160 400 FDM 3D Printer

1.999,00  + IVA

Creatbot F160 400 FDM 3D printer with FFF technology can be used for additive manufacturing of objects with high-tech filaments, such as PA, ABS, PC, Filled and many other super-polymers such as Pei Ultem.

With CreatBot F160 it is possible to produce with experimental 3D printing filaments. In addition, this precise 3D printer impresses with its high production quality.

Details:

  • Construction volume of 160 x 160 x 200 mm
  • Max. 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, detection and interruption of filament restored

Description

Creatbot F160 400 3D Printer FDM Version high-temperature can be used for additive manufacturing of objects with high-tech filaments, such as Nylon, Ultem . In addition, other materials requiring temperatures up to 420°C can be printed.

With the Creatbot F160 400 FDM 3D Printer, experimental 3D printing filaments (ABS, carbon fiber, wood, nylon, PC, PTEG, PP, flexible, Ultem or PEEK) can be printed. In addition, this precise 3D printer stands out for its high production quality.

The platform is fixed with BuiltTak 3D printing adhesives. The produced object can be firmly attached to the Buildtak and will not deform.

 

3DCUT - Creatbot F160 400 FDM 3D Printer

 

With this Creatbot F160 400 FDM 3D Printer you can also make prints with materials that need temperatures up to 400°C. This type of nozzle allows working with a wide variety of filaments. You can 3D print with high-tech thermoplastic materials such as

PEEK


o
ULTEM. Nozzle height can be adjusted with a very high level of detail.

Creatbot exclusively researched and developed the extruder feeding system . Creatbot F160 400 FDM 3D Printer supports high-speed 3D printing . Its additive manufacturing precision can reach thehigh resolution up to 0.04 mm. It also allows the filament to be constantly extruded without any problems.

The all-steel body not only ensures stability during 3D printing, but also greatly extends the period of use. Optimization and cooperation of the overall structure ensure

sustainable operation


and


efficient

. The first batch of CreatBot 3D printers has been running for over

5 years


and 8000 hours.

A fully enclosed construction chamber can block all external interference and reduce noise. This heated room can Provide a constant room temperature and ciò prevents deformation of objects during 3D printing. An enclosed build chamber is the key to successful additive manufacturing with ABS, nylon, Ultem.


When the power supply of the


high temperature 3D printer


Creatbot F160 400 FDM 3D Printer is interrupted, it will automatically store the current location and save the 3D printing data, so you can resume 3D printing as soon as the power comes back on.
In addition, the printer will




report



when the





filament is about to run out.



 

 

Specifiche Tecniche

Tecnologia

Area di Lavoro

Velocità di Stampa

Precisione di Stampa

Diametro Filamento

Diametro Ugello

Doppio Estrusore

Temperatura Estrusore

Temperatura Piano

Software

Formato disegno supportato

Peso

Produttore

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