iSLM400DM/QM – Shoe Mold Metal 3D Printer Dual/Quad Laser SLM

Process Type: Selective Laser Melting (SLM)

Specifications

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Product Description

CategoryDetails
Laser SystemLaser Type: Fiber Laser
• iSLM400DM: Dual Laser System
• iSLM400QM: Quad Laser System
Wavelength: 1064nm
Single Laser Power: 500W
Recoating SystemCoating Method: Bidirectional Blade Recoating
Normal Layer Thickness: 0.05mm
Rapid Production Layer Thickness: 0.05 ~ 0.15mm
Precision Production Layer Thickness: 0.02 ~ 0.05mm
Optical & Scanning SystemSpot Diameter (@1/e²): 0.06 ~ 0.20mm
Scanning Galvanometer: High-speed Scanning Galvanometer
Part Scanning Speed: 1.0 ~ 4.0 m/s (Recommended)
Part Jump Speed: ≥ 10.0 m/s
Shield SystemShielding Gas: Nitrogen, Argon (Argon is required for reactive metal materials)
Flow Control: 0 ~ 5 L/min Intelligent Adjustment
Dust Removal Control: High-efficiency Shielding Gas Circulation System
Build VatStandard Volume: Approx. 50L
Build Volume: 350mm (X) × 400mm (Y) × 350mm (Z) (Excluding screw holes, fillets, etc.)
Heating Type: Precision Resistance Wire Heating
Compatible Materials: Stainless Steel, Mold Steel, Titanium Alloy, Aluminum Alloy, Cobalt-Chrome Alloy, Nickel Alloy, Copper, etc.
SoftwareNetwork Type: Ethernet, TCP/IP, IEEE802.3
Control Software: iSLM (Presto SLM) Production Software
Data Processing Software: 3dLayer (3D Support Slicing Software)
Data Interfaces: CLI files, SLC files, STL files
Installation ConditionsPower Supply: 380V (±10%) AC 50/60Hz, Three-phase, 25A
Ambient Temperature: 20-26ºC
Relative Humidity: Below 40%, Non-condensing
Machine Dimensions: 2.39m (W) × 1.43m (D) × 2.46m (H)
Machine Weight: Approx. 3000kg
WarrantyLaser: 5000 hours or 12 months (whichever comes first)
Whole Machine: 12 months from the installation date

> Please note: Specifications are subject to change. Consult a Forgecise representative for the latest data.

The Forgecise iSLM400DM/QM is a specialized Selective Laser Melting (SLM) 3D printer engineered specifically for the rapid manufacturing of high-precision shoe molds and complex metal functional parts. Available in both dual-laser (DM) and quad-laser (QM) configurations, this system utilizes high-energy density 500W fiber lasers to melt metal powder layer by layer, achieving exceptional build speeds without compromising accuracy.

Key advantages of the Forgecise iSLM400DM/QM include:

  • Unmatched Speed & Efficiency: With up to four lasers and high-speed scanning galvanometers, production times for complex geometries are reduced from weeks to hours.
  • Superior Part Quality: Parts exhibit a metallurgical structure with density greater than 99%, offering excellent mechanical properties and a smooth surface finish directly out of the machine, often requiring no polishing.
  • Versatile Material Compatibility: Supports a wide range of metal powders including Stainless Steel (316L), Aluminum Alloy (AlSi₁₀Mg), Titanium Alloy (TC4), Cobalt-Chrome (MP1), Mold Steel (MS1), Superalloys (IN718), and High-Conductivity Copper (QCr1).
  • Large Build Volume: A generous build space of 350mm × 400mm × 350mm accommodates large-scale shoe mold inserts and multiple small parts in a single run.
  • Advanced Control System: Equipped with the proprietary iSLM control software and 3dLayer data processing suite for seamless workflow management.

Ideal for single-piece customization or small-batch production, the Forgecise iSLM400DM/QM simplifies manufacturing workflows by directly creating complex functional components like living hinges and snap fits, making it the ultimate solution for modern mold making and industrial metal additive manufacturing.

Key Features

High Speed, High Precision, High Quality

Laboratory setting showing gloved hands holding innovative 3D printed metal structures.
Forgecise Metal 3D Printers – SLM Series
Excellent as-built surface finish – Parts achieve good surface quality without post-polishing.
High dimensional accuracy – Ideal for producing precision prototypes.
Direct fabrication of metal end-use parts – Eliminates intermediate steps.
Fully dense metallurgical structure (>99% density) – Eliminating the need for post-processing.
Rapid build times – Parts can be completed depending on size and complexity.
Complex geometries made possible – Functional features such as snap-fits and living hinges can be printed directly.
Broad material compatibility – Supports a wide range of metal powders.
Perfect for custom, low-volume production – small-batch manufacturing.

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