Lynxter S300X – FIL11-FDM | Grema 3D

Technical data and information

Build volume:	X 300 – Y 250 – Z 280 mm
Layer height:	100 μm > 1 mm
Resolution on X, Y, Z:	X-Y: 12.5 μm, Z: 1.0 μm
Thermal environment:	Heated build surface: 20 °C to 160 °C Heated chamber: 20 °C to 80 °C
Dehydration device:	20 °C to 60 °C
Bed surface:	Removable Replaceable in hot state Precisely ground surface
Maximum tool head drive speed:	X-Y = 1000 mm/s, Z = 50 mm/s
Protection during printing:	Filament end detection Print resume after power failure
Extrusion:	Independent mono and dual extrusion
File format:	Gcode standard
Customizable firmware:	Lynxter S300X firmware (base RepRapFirmware)
Power supply:	110-120V/15A or 220-240V/8A, 50-60 Hz
Control:	Stand alone touchscreen and web interface
Connectivity:	Ethernet
Automatic calibration:	Work surface leveling Machine geometry correction Tool height calibration Calibration of XY nozzle offsets
Size:	W 1067 x D 676 x H 1006 mm
User safety and security:	Removable dual HEPA filter H14 Lockable machine access Intellectual property protection
Warranty:	12 months

Product descriptions

DUPLICATION, MIRROR FUNCTION, SUPPORT, and DUAL MATERIAL printing of technical thermoplastics

More speed, assured quality

The S300X – FIL11 | FIL11 offers a real travel speed up to 1000 mm/s on the X and Y axes, 50 mm/s on the Z axis, accelerations up to 10,000 mm/s², and an output rate of 24 mm³/s with a 0.4 mm nozzle. It can double its performance thanks to its advanced IDEX function. The quick nozzle change process, taking less than 5 seconds, minimizes downtime and maximizes efficiency.

Advanced Thermoplastic 3D Printing

The S300X – FIL11 | FIL11 supports a wide range of high-performance thermoplastics, from PA-CF to advanced materials such as PEKK (Polyetherketoneketone).
This printer is the perfect tool for industries requiring robust, high-quality components.

A heated chamber for robust and precise parts

A heated chamber up to 80 °C with uniform temperature control is essential for maintaining consistent print quality. This feature ensures that the entire printing environment is kept at a stable and optimal temperature, reducing the risks of delamination and part deformation.

Integrated Dehydration Unit

This unit ensures high-quality 3D printing by removing moisture from filaments through active drying and closed-loop storage, guaranteeing optimal conditions to prevent moisture reabsorption during production. This helps avoid defects like stringing, adhesion issues, or porosity. An essential feature, directly integrated into the machine for optimal compactness and productivity. The unit can hold up to two 2 kg spools (maximum coil Ø300mm).

Health-Conscious Design

The printer is equipped with a closed chamber incorporating industrial-grade HEPA H14 and active carbon filtration to neutralize fine particles (particles larger than 0.3 micron with an efficiency of 99.995%) and volatile organic compounds (VOCs). This chamber is also password-protected to ensure maximum safety for the user and their environment.