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3D printer SLM FastForm FF-M300 500Wx4

3D printer SLM FastForm FF-M300 500Wx4
3D printer SLM FastForm FF-M300 500Wx4
3D printer SLM FastForm FF-M300 500Wx4
3D printer SLM FastForm FF-M300 500Wx4
3D printer SLM FastForm FF-M300 500Wx4
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  • Product code: 00-00015458
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Industrial 3D Printer with Four 500W Lasers for Serial SLM Printing

FastForm FF-M300 500W×4 is an industrial SLM 3D printer designed for serial additive manufacturing of metal parts. The system is equipped with four laser sources, each with a power of 500W, ensuring high productivity during complex tasks. The build area of 300 × 300 × 400 mm allows for the simultaneous production of multiple components within a single cycle or the printing of large metal products. The maximum scanning speed is 10 m/s. Thanks to its multi-laser configuration, the printer is ideal for industrial tasks where speed, accuracy, and efficiency are critical.

Industrial Metal 3D Printer FastForm FF-M300 500W×4
FastForm FF-M300 500W×4 — an industrial SLM 3D printer with four 500W lasers.

Advantages of FastForm FF-M300

  • Higher productivity thanks to four lasers. The multi-laser system allows the engagement of four laser sources during the construction of metal parts. The FF-M300 500W×4 modification is equipped with four lasers, each with a power of 500W.
  • More parts in one print job. The working area allows for the production of one large part or the simultaneous arrangement of a group of smaller products on the platform. The build area of the FF-M300 is 300 × 300 × 400 mm.
  • High laser scanning speed. The laser beam can quickly move along a given trajectory during the formation of a metal layer. The maximum scanning speed of the FF-M300 is 10 m/s.
  • Fewer idle movements during powder application. The bidirectional system allows for the formation of a new powder layer during the recoater's movement in both directions. The FF-M300 is equipped with top powder feeding and a flexible recoater.
  • Fewer regular replacements in the filtration system. The permanent filter is designed for long-term operation during serial metal 3D printing. Its resource is 30,000 hours.
  • Works with various metals and alloys. The FF-M300 is suitable for production tasks with different requirements for strength, weight, heat resistance, and corrosion resistance of parts. Printing supports stainless and tool steels, titanium, aluminum, and heat-resistant alloys.

Four Lasers for Serial SLM Printing

The FastForm FF-M300 500W×4 modification works with four laser sources, each with a power of 500W. The multi-laser system is designed for the simultaneous operation of several laser channels within the build area. The maximum scanning speed is 10 m/s. The F-theta lens system is used for focusing the laser beam.

The 500W power refers to one laser source. For the modification's specification, it is correct to indicate the configuration as 4 × 500W, without defining the mathematical sum of the powers as a separate power of the laser system.

Working Area and SLM Printing Parameters

The build area of the FF-M300 is 300 × 300 × 400 mm. This format allows for the placement of one part of the appropriate dimensions or a group of smaller models within a single task. An optical system with an F-theta lens is used for scanning. The maximum scanning speed is 10 m/s. These parameters characterize the operation of the printer's laser part during the formation of metal parts.

Build Area of FastForm FF-M300 300 × 300 × 400 mm
Build Area of FastForm FF-M300 is 300 × 300 × 400 mm.

Powder Feeding and Application

The FF-M300 is equipped with top powder feeding and a bidirectional application system. The flexible recoater evenly distributes the metal powder over the working area and forms a new layer during movement in both directions. This scheme reduces the idle run of the mechanism between successive passes and the time required for powder application.

The filtration system is equipped with a permanent filter with a resource of 30,000 hours. The specified resource refers directly to the filter and does not determine the service life of other printer components.

Metals and Alloys in SLM Printing

FastForm FF-M300 supports several groups of metals and alloys for SLM printing:

  • Stainless Steel. Suitable for the production of strong and corrosion-resistant parts, housings, fasteners, functional prototypes, and industrial equipment elements.
  • Tool Steel. Used for wear-resistant parts, molds, stamps, inserts, tools, and elements of production equipment.
  • Titanium Alloys. Combine high strength, low weight, and corrosion resistance. Suitable for loaded parts, aviation components, medical products, and structures with complex geometry.
  • Aluminum Alloys. Used for lightweight housing parts, brackets, functional prototypes, machine components, and transport equipment.
  • Heat-Resistant Alloys. Suitable for parts operating at elevated temperatures, including heat-loaded components of aviation, energy, and industrial equipment.
Metal Parts with Complex Geometry Printed on FastForm FF-M300
Metal Parts with Complex Geometry, manufactured using SLM printing.

FastLayer for Task Preparation

FastLayer simplifies the preparation of models for metal 3D printing and working with multi-laser tasks. The software platform includes tools for model preparation, automatic support generation, and geometry correction before starting the build. Support for large data arrays allows working with complex models and group arrangement of parts, while managing multi-laser tasks is oriented towards equipment operation with multiple laser sources. For FF-M300 500W×4, this is relevant when preparing serial builds with a large number of parts in the working area of 300 × 300 × 400 mm.

Industrial Application of FastForm FF-M300

FastForm FF-M300 is suitable for several areas of industrial SLM metal printing:

  • Aerospace Industry. Manufacturing of lightweight structural elements, brackets, housing parts, components with complex geometry, and heat-loaded parts from titanium, aluminum, and heat-resistant alloys.
  • Medical Production. Manufacturing of individual metal structures, prototypes, tools, and other compact medical components from compatible metal powders.
  • Consumer Electronics. Manufacturing of compact housings, fasteners, structural elements, prototypes, and metal components of complex shapes.
  • Serial Production. Group placement and simultaneous manufacturing of batches of metal parts in the working area using four lasers.
Industrial Metal Parts Printed on FastForm FF-M300
Industrial Metal Parts, manufactured using additive manufacturing.

Technical Specifications of FastForm FF-M300 500W×4

Parameter Value
Technology SLM
Build Area 300 × 300 × 400 mm
Laser Power 4 × 500W
Maximum Scanning Speed 10 m/s
Focusing System F-theta lens
Powder Feeding Method Top Feeding
Recoater Type Flexible
Powder Application Bidirectional
Filtration System Permanent Filter
Declared Filter Resource 30,000 hours
Net Dimensions 1960 × 870 × 2120 mm
Net Weight 1200 kg

Order 3D Printer FastForm FF-M300 500W×4

FastForm FF-M300 500W×4 is designed for serial SLM printing of metal parts in the working area of 300 × 300 × 400 mm and production tasks requiring a multi-laser configuration. Order the FastForm FF-M300 on our website and receive consultation on configuration, technical specifications, compatible materials, supply package, and equipment launch conditions.

Key Parameters
Features Resume printing after power failure, Automatic power off, Top powder feed
Laser power (W) 500 * 4
Build volume (X×Y×Z) (mm) 300*300*400
Max scanning speed (m/s) 0 - 10
Layer height (µm) 30 - 100
Oxygen content (ppm) ≤ 0,1%
Certifications CE
Supported materials Cobalt-chrome, Titanium, Aluminum alloy, Stainless steel, Nickel alloy, Tool steel
Export formats STEP, IGES, SLC, CLI, STL
Country of origin China
Warranty period (months) 12
Printer Settings
Powder Distribution Method Powder feeding and two-way powder spreading
Optical System
Laser Source dual-laser optional
Laser Type Fiber laser
3D Printing
Printing Technology SLM
Details
Inert Gas Consumption Ar / N₂
Production Capacity 2000 pieces/Year
Cooling System Water cooling
Supported Operating System Windows 10
Software Fastlayer, FastFab
Connectivity WiFi
Power Requirements Single phase 220V, 1,5 kW, Average power consumption: 10 kW
Air Handling Permanent filter, service life of at least 30,000 hours
Weight and Dimensions
Dimensions netto (mm) 1960×870×2120
Weight netto (kg) 1200

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Laser power (W)