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3D printer SLM FastForm FF-M800 500Wx8

3D printer SLM FastForm FF-M800 500Wx8
3D printer SLM FastForm FF-M800 500Wx8
3D printer SLM FastForm FF-M800 500Wx8
3D printer SLM FastForm FF-M800 500Wx8
3D printer SLM FastForm FF-M800 500Wx8
3D printer SLM FastForm FF-M800 500Wx8
3D printer SLM FastForm FF-M800 500Wx8
3D printer SLM FastForm FF-M800 500Wx8
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Industrial 3D Printer with 500W for Large-Format SLM Printing

FastForm FF-M800 500W×8 is an industrial SLM 3D printer with eight laser sources, each with a power of 500W, designed for additive manufacturing of metal parts. The build area of 650 × 650 × 1100 mm allows for working with large-sized products and placing multiple parts within a single task. The scanning speed reaches 10 m/s, and the productivity of one laser beam ranges from 10 to 25 cm³/h depending on the geometry, size of the part, material, and process parameters.

Industrial SLM 3D Printer FastForm FF-M800 500W×8
FastForm FF-M800 500W×8 — industrial 3D printer for large-format SLM printing.

Advantages of FastForm FF-M800

  • Eight 500W lasers. The FF-M800 500W×8 configuration is equipped with eight laser sources, each with a power of 500W. The multi-laser scheme is designed to work in the build area of 650 × 650 × 1100 mm.
  • Large working volume. The build area measures 650 × 650 × 1100 mm. It allows for the production of large-sized metal parts or placing several products within the available volume.
  • Productivity of each laser beam from 10 to 25 cm³/h. The actual figure depends on the shape and size of the part, metal material, and set process parameters.
  • Adjustable powder layer. The layer thickness is adjustable from 20 to 150 µm. The parameter is set according to the specific SLM printing task.
  • Automatic powder supply. The FF-M800 is standardly equipped with an automatic supply function. The powder tank capacity is 55 liters, and there are two 350-liter tanks for collection.
  • Protective atmosphere control. The minimum oxygen content is no more than 100 ppm, and the argon or nitrogen consumption does not exceed 8 l/min.

Eight Lasers for a Large Build Area

The FastForm FF-M800 500W×8 modification works with eight laser sources of 500W each. For each beam, the productivity is indicated from 10 to 25 cm³/h, which depends on the geometry of the product, its dimensions, material, and SLM process parameters. The laser spot is adjustable within 80–120 µm. The maximum scanning speed is 10 m/s. A high-precision digital grid is used in the scanning system. The repeatability accuracy of scanning is ≤2 µrad, linearity 99.9%, range ±20%, temperature scale drift 8 ppm/°C. The build area of 650 × 650 × 1100 mm defines the FF-M800 as a model for large-format metal 3D printing.

Laser Sintering Process of Metal Powder FastForm FF-M800 500W×8
FastForm FF-M800 500W×8 during layer-by-layer laser sintering of metal powder.

Build Accuracy

The powder layer thickness is adjustable from 20 to 150 µm. The printing accuracy for parts up to 100 mm is ±0.1 mm. For parts over 100 mm, the indicated value is ±0.1% × L mm. The overlap accuracy of working zones is less than ±0.03 mm. This parameter characterizes the alignment of laser working areas in a multi-laser configuration. The positioning of the Z-axis is controlled by an optical ruler. The platform heating is maintained up to 200 °C.

Metal Powder Supply and Collection

The FF-M800 has a standard automatic powder supply. The tank capacity is 55 liters, which corresponds to the printer's format and its build area. Powder application can be performed in one or two directions. A flexible recoater is used for layer formation. Powder application control and Light Following function are also supported. Two 350-liter tanks are provided for powder collection. The base plate is bolted.

FastForm FF-M800 500W×8 and Large Metal Parts SLM Printing
FastForm FF-M800 for manufacturing large-sized metal parts.

Protective Gas and Continuous Filtration

During SLM printing, the FF-M800 works with argon or nitrogen. The protective gas consumption is no more than 8 l/min, and the minimum oxygen content is maintained at ≤100 ppm. The continuous filtration system has a filter element resource of no less than 30,000 hours. The filtration efficiency is 99.9%. These parameters define the characteristics of the gas and filtration parts of the printer when working with metal powder.

Metals and Alloys for SLM Printing

FastForm FF-M800 supports the following material groups:

  • stainless steel;
  • tool steel;
  • titanium alloys;
  • pure titanium;
  • heat-resistant alloys;
  • aluminum alloys;
  • copper alloys;
  • tungsten alloys;
  • high-entropy alloys;
  • other metallic materials.

The specific powder material should be selected according to the technological task and parameters set for the FF-M800.

Metal Components for SLM Printing on FastForm FF-M800 500W×8
Metal Components for manufacturing using SLM technology.

Industrial Application of FastForm FF-M800

FastForm FF-M800 belongs to large-format metal 3D printers of the industrial class. The series is specified for industrial production, aerospace, automotive, and military industries, as well as consumer electronics.

  • Industrial production. The build area of 650 × 650 × 1100 mm and eight 500W lasers are designed for manufacturing large parts and performing production tasks with metal 3D printing.
  • Aerospace industry. The large working volume allows for placing correspondingly sized metal products.
  • Automotive industry. The FF-M800 is intended for additive manufacturing of metal components in this sector.
  • Military industry. This direction is also specified among the application options for the FF-M800 series.
  • Consumer electronics. This direction is included in the list of application industries for the FF-M800.
Software for Preparing 3D Models for SLM Printing FastForm FF-M800
Preparing 3D Models for subsequent SLM printing.

Technical Specifications of FastForm FF-M800 500W×8

Laser System and Build Parameters

ParameterValue
TechnologySLM
Build Area650 × 650 × 1100 mm
Laser Configuration8 × 500W
Laser Spot Diameter80–120 µm, adjustable
Type of Scanning SystemHigh-precision digital grid
Scanning Speed0–10 m/s
Scanning Repeatability≤2 µrad
Linearity99.9%
Scanning Range±20%
Temperature Scale Drift8 ppm/°C
Formation Speed10–25 cm³/h per beam
Layer Thickness20–150 µm, adjustable
Zone Overlap Accuracy<±0.03 mm
Printing Accuracy for L ≤100 mm±0.1 mm
Printing Accuracy for L >100 mm±0.1% × L mm
Z-axis PositioningOptical ruler
Platform HeatingUp to 200 °C

Powder System and Filtration

Parameter Value
Powder Supply MethodPowder supply
Powder Tank Capacity55 liters
Automatic Powder SupplyStandard
Powder Collection Tanks2 × 350 liters
Recoater TypeFlexible
Powder ApplicationOne-sided or two-sided
Powder Application ControlSupported
Light FollowingSupported
Base Plate MountingBolted
Protective GasArgon, nitrogen
Protective Gas Consumption≤8 l/min
Minimum Oxygen Content≤100 ppm
FiltrationContinuous filter element
Filter Element Resource≥30,000 hours
Filtration Efficiency99.9%
Net Dimensions6600 × 4050 × 5800 mm
Net Weight6000 kg

Power and Cooling

Parameter Value
Average Power≤13 kW
Peak Power≤25 kW
Power SupplyAC 380 V ±10%, 50 Hz, three-phase NPE network
Allowable Wiring Load≥63 A
Grounding Resistance<4 Ohm
Cooler Power5 kW
Cooler Temperature Regulation Accuracy±0.1 °C

Order 3D Printer FastForm FF-M800

FastForm FF-M800 500W×8 is designed for industrial SLM printing of large-sized metal parts in the working area of 650 × 650 × 1100 mm and production tasks requiring an eight-laser configuration. Order the FastForm FF-M800 on our website and get consultation on configuration, technical specifications, and delivery conditions.

Key Parameters
Features Resume printing after power failure, Automatic power off, Top powder feed
Laser Power (W) 500 * 8
Laser Spot Size (mm) 0.08 – 0.12
Build volume (X×Y×Z) (mm) 650 × 650 × 1100
Max Scanning Speed (m/s) 0 - 10
Layer Height (µm) 20 - 150
Printing Accuracy (µm) 80–120
Oxygen Content (ppm) ≤ 0,1%
Certifications CE
Supported Materials Stainless steel, mold steel, titanium alloy, pure titanium, high-temperature alloy, aluminum alloy, copper alloy, tungsten alloy, high-entropy alloy and other metallic materials
Export formats STEP, IGES, SLC, CLI, STL
Country of Origin China
Printer Settings
Powder Distribution Method Powder feeding and two-way powder spreading
Optical System
Laser Source 8
Laser Type Fiber laser
3D Printing
Printing Technology SLM
Details
Inert Gas Consumption Ar / N₂
Preheat Temperature (°C) 0 - 200
Production Capacity 10000 pieces/Year
Cooling System Water cooling
Software Fastlayer, FastFab
Connectivity WiFi
Air Handling Permanent filter, service life of at least 30,000 hours
Weight and Dimensions
Dimensions Netto (mm) 6600 × 4050 × 5800
Weight Netto (kg) 6000

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