FF-M300 SLM Metal 3D Printer
Supports 1, 2, or 4 laser configurations, allowing you to choose the most suitable metal 3D printing solution based on your production needs.
SLM (Selective Laser Melting) metal 3D printing technology is ideal for large metal parts, rapid prototyping, and medium-volume production.
Intelligent dynamic stitching technology enhances the consistency of multi-laser printing, balancing precision and efficiency.
Standard powder recycling system improves metal powder utilization and reduces material waste.
Permanent filter element design eliminates the need for consumable replacements, lowering equipment maintenance costs and enhancing long-term use benefits.
Better Quality
• Stable optical system
• Independently developed software for one-click automatic layout, customized for dentistry
Fast Build
• 300 teeth/5 hours, 30 restorations/6 hours
• No filter cartridge waste, high powder utilization
• Layout and data processing completed within 5 minutes
• Bi-directional powder spreading
Safer
• Optimized production process for higher safety
• Equipped with a camera, supports remote monitoring
• Strong stability, easy installation
FastLayer Software
FastLayer is an independently developed metal 3D printing slicing software, perfected over eight years, specifically designed for SLM metal 3D printers, and suitable for dental and industrial precision applications.
The software can automatically arrange models, slice, and plan laser scanning paths, completing print preparation with just one click. Users can also customize the print platform, adjust model position and orientation, and add annotations, enhancing the efficiency and convenience of metal 3D printing.
Rapid Manufacturing
Clean interface, clear logical layout, and a variety of tools and functions.
This software is easy to operate, with a streamlined workflow and intuitive controls, allowing users to effortlessly start and complete printing tasks.
Camera Integration
Built-in print monitoring camera allows real-time viewing of the metal 3D printing process, enabling operators to easily keep track of equipment status, reducing the need to open the equipment for inspection, and minimizing disturbances during laser operation, thereby enhancing operational convenience and safety.

Print Log
The print log function records all printing process data, making it easy to review all print records. This helps maintenance personnel analyze and troubleshoot issues, further improving the quality of metal powder printing.

Product Specifications
| Item | Specification |
|---|---|
| Build Volume | 300mm x 300mm x 370mm (L x W x H) |
| Dimensions (W x D x H) | 1960 × 870 × 2600 mm (L × D × H) |
| Machine Weight | 1200kg (2 lasers) / 1230kg (4 lasers) |
| Layer Thickness | 20μm - 150μm |
| Coating Blade Type | Flexible blade |
| Number of Lasers | Dual lasers, Quad lasers |
| Laser Power | 2 x 500 W, 4 x 500 W |
| Protective Gas | Nitrogen, Argon |
| Powder Spreading Method | Upward powder feeding, bi-directional spreading |
| Printable Materials | Stainless steel, mold steel, titanium alloy, pure titanium, superalloys, aluminum alloy, copper alloy, tungsten alloy, high-entropy alloy, and various other metal materials. |
| Software | FastLayer slicing software, FastFab control software |
| Filter Element Life | Permanent filter, lifespan ≥ 30000 hours |
| Ambient Temperature | 15 - 28℃ |
| Power Requirements | Three-phase four-wire AC 380V±10% / 50Hz, line load capacity ≥ 40A (dual laser) / (quad laser), grounding resistance requirement: <4Ω. |
| Average Power Consumption | 4 kW (dual laser), 8 kW (quad laser) |
| Maximum Power Consumption | 9 kW (dual laser), 16 kW (quad laser) |


