GT360 Industrial Metal Additive Manufacturing System

Description

The GT360 Industrial Metal Additive Manufacturing System is an advanced metal 3D printing solution based on powder bed fusion (PBF) technology. Engineered for high-volume and high-precision production, it transforms 3D digital models into functional metal parts by selectively melting layers of powder with dual high-power lasers.

Designed with industrial scalability and flexibility in mind, the GT360 is equipped with an intelligent software suite, open material compatibility, and a high-precision optical system—making it ideal for production in aerospace, automotive, tooling, healthcare, and research sectors.

SLM optical system

field mirror
The role of the 3D-printed field mirror is to transform curvature into flatness, converting a spherical surface into a flat surface as required by the device.

Beam expander /Scanner mirror

Features

• Adaptable Powder Spreading System
  Selectable blade materials to match various metal powders and part geometries.

• Operator-Friendly Interface
  Visualized and intuitive software with easy maintenance access. Dual filtration ensures operator safety and environmental cleanliness.

• Exceptional Build Accuracy
  Custom-designed optics and optimized airflow deliver high consistency, even across full-bed prints.

• Advanced Airflow & Dust Management
  Enhanced airflow design ensures efficient removal of smoke and splatter, providing a clean and stable build environment.

• Intelligent Slicing Software
  Proprietary path optimization reduces processing time. Open material system allows configuration of custom process packages.

• Complete Print Traceability
  The system logs every aspect of the build process: layer count, chamber pressure, oxygen levels, material positions, and more—ensuring product consistency and quality assurance.

Benefits

• Large build volume for complex part production

• Compatible with a wide range of metals

• Reduced post-processing due to clean edge quality

• Designed for continuous, industrial-grade usage

• Open software ecosystem for flexible operation

Technical Specifications

Applications

• Aerospace – Structural and high-strength lightweight components

• Medical Devices – Biocompatible implants and surgical tools

• Automotive – High-performance parts, prototypes, and engine components

• Mold & Tooling – Custom molds and inserts with complex cooling channels

• R&D and Education – Research labs, universities, and prototyping centers

• Jewelry & Custom Design – Fine metal parts with intricate detail

Case