iSLM420(D/Q) Laser Metal 3D Printer – Selective Laser Melting (SLM) 3D printer for Metal Additive Manufacturing

Process Type: Selective Laser Melting (SLM)

Specifications

Login to view technical data

Resources

PDF is locked. Login to Unlock

REQUEST A QUOTE

Product Description

CategorySpecifications
Laser System• Laser Type: Fiber laser
• Number of Lasers:  iSLM420D : 2 Lasers; iSLM420Q : 4 Lasers
• Laser Power per Source: 500 W
• Wavelength: 1064 nm
Recoating System• Recoating Method: Dual-directional blade recoating
• Layer Thickness Range: 0.02–0.10 mm
• Standard Layer Thickness: 0.05 mm
Optical & Scanning System• Laser Spot Size (diameter @ 1/e²): 0.06–0.20 mm
• Scan Head: High-speed galvanometer
• Recommended Part Scan Speed: 1.0–4.0 m/s
• Jump Speed: ≥10.0 m/s
• Typical Build Rate: 15~50cm³/h(iSLM420D)
Shielding System• Protective Atmosphere: Argon or nitrogen (argon required for reactive metals such as Ti, Al)
• Gas Flow Rate: 0–5 L/min (intelligent regulation)
• Filtration: Integrated high-efficiency gas recirculation and powder filtration system
Build Chamber• Build Envelope (X×Y×Z): 420 mm × 420 mm × 450 mm
• Chamber Volume: Approx. 80 L
• Maximum Part Weight: 150 kg
• Heating Method: Resistance wire heating
• Compatible Materials: Stainless steel (316L), aluminum alloy (AlSi₁₀Mg), titanium alloy (TC4/Ti6Al4V), cobalt-chrome alloy (MP1), tool steel (MS1), nickel-based superalloy (IN718), high-conductivity copper (QCr1), etc.
Software & Connectivity• Machine Control Software: iSLM (Presto SLM)
• Data Preparation Software: 3dLayer
• Supported File Formats: STL, SLC, CLI
• Network Interface: Ethernet, TCP/IP, IEEE 802.3
Installation Requirements• Power Supply: 380 V AC (±10%), 50/60 Hz, three-phase, 25 A
• Ambient Temperature: 20–26°C
• Relative Humidity: <40% (non-condensing)
• Machine Dimensions (W×D×H): 2.64m(W)×1.43m(D)×2.70m(H)
• Machine Weight: Approx. 3500 kg
Warranty• Laser Source: 5,000 hours or 12 months (whichever comes first)
• Full Machine Warranty: 12 months from installation date

Note: All specifications are subject to change without notice. For the latest official data, please consult a Forgecise technical representative.

TheiSLM420D is a high-capacity industrial metal additive manufacturing system built on Selective Laser Melting (SLM) technology, engineered for large-part production and high-volume throughput in demanding sectors such as aerospace, power generation, oil & gas, and heavy tooling. With an expansive 420 × 420 × 450 mm build envelope and dual 500W fiber lasers, it delivers exceptional build rates—up to 50 cm³/h—while ensuring >99% part density and superior mechanical properties

Designed for seamless integration into serial production workflows, the iSLM420D features synchronized dual-laser scanning with intelligent field stitching, enabling rapid fabrication of complex, end-use components without traditional tooling or lengthy lead times. Key advantages include:

Large-format capability: Ideal for single-piece turbine housings, mold inserts, structural brackets, and heat exchangers
High material versatility: Supports certified powders including 316L stainless steel, AlSi₁₀Mg, Ti6Al4V (TC4), CoCr (MP1), MS1 tool steel, IN718, and QCr1 copper
Precision process control: Layer thickness from 20–100 µm, adjustable laser spot size (60–200 µm), and real-time inert gas monitoring (<100 ppm O₂)
Integrated digital workflow: Powered by Forgecise’s iSLM machine control software and 3dLayer preparation suite for automated nesting, support generation, and job tracking
Robust industrial design: Modular powder handling, CE-certified safety systems, and 24/7 operational reliability

Backed by Forgecise’s global service network and engineering support, this system redefines scalability in professional metal 3D printing.

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.

FAQ:

Get a Customized Quote

This field is required.
This field is required.
This field is required.