Description

The INSM 450 is an advanced industrial metal 3D printer designed for large-scale, high-precision production. Engineered for industries that demand speed, accuracy, and reliability, this system combines multi-laser architecture, dynamic scanning optics, and intelligent automation for continuous production.

It is ideal for aerospace, automotive, medical, tooling, and energy sectors requiring complex metal components with superior mechanical strength.

✅ Large Build Volume

• Build Size: 425 × 425 × 450 mm

• Suitable for large components or multiple parts in a single job

• Maximizes productivity and reduces production time

✅ Multi-Laser High-Speed System

• Laser Type: Yb-Fibre Laser (500W standard / 700W optional)

• Dual to Quad laser configuration

• Scanning Speed: Up to 34 m/s

• Dynamic focus scanning for uniform precision

✅ Advanced Multi-Galvanometer Scanning

• 2–4 Galvo scanning system

• Accurate beam control

• Uniform density even in complex geometries

✅ Robust Powder Handling System

• Closed single-cylinder falling powder system

• Bi-directional / Unidirectional modes

• Reduced contamination

• Improved safety and consistent layer distribution

✅ Industrial-Grade Control Software

• Self-developed intelligent control system

• Real-time monitoring

• Intelligent fault detection

• Supports 24/7 unattended production

✅ Ultra-Precision Filtration

• Advanced air filtration system

• Clean working environment

• Enhanced operator safety

• Better part integrity

🔹 Technical Specifications

🔹 Supported Materials

• Stainless Steel

• Cobalt Chromium Alloy

• Die Steel

• Titanium Alloy

• Aluminum Alloy

• Super Alloys

🔹 Industry Applications

✈ Aerospace & Defense

• Lightweight structural parts

• High-strength components

🚗 Automotive

• Brackets, housings

• Performance components

• Rapid prototyping

🏥 Medical & Orthopedic

• Biocompatible implants

• Surgical tools

🛠 Tooling & Molds

• Custom die and mold manufacturing

• Reduced lead times

⚡ Power & Energy

• Turbine blades

• Heat exchangers

• High-temperature parts

🔹 Advantages

• Large-scale metal production

• Multi-laser faster output

• High dimensional accuracy

• Excellent mechanical properties

• Industrial automation ready

• Suitable for continuous manufacturing