The BLT-S210 is Bright Laser Technologies’ compact, intelligent metal additive manufacturing system purpose-built for R&D, universities, and small-batch innovation. Compact in size yet rich in capability, it is trusted by academic institutions and research facilities seeking to explore advanced materials and novel AM applications.

With a build volume of 160 × 160 × 200 mm and support for a broad spectrum of materials—including titanium alloys, cobalt-chromium, tantalum, tungsten, silver, and copper alloys—the S210 is engineered for flexibility in material experimentation. It features ultra-fine oxygen control (≤10 ppm possible), variable laser configurations (up to 2×500W), and high-temperature preheating (up to 350°C) to support complex metallurgy.

Its modular, open-layout design enhances operability and ease of maintenance, while smart functions like real-time monitoring, powder spreading control, and temperature field mapping bring industrial-grade traceability to research-scale builds. Safety remains paramount with multi-level interlocking, customizable glove box integration, and compliance with CE, FDA, and ATEX design standards.

Supported by BLT’s advanced software suite (BLT-BP, BLT-MCS, Magics), the S210 allows researchers to precisely control every step of the build process—empowering material innovation, biomedical prototyping, and process development in a safe, efficient, and customizable environment.

If your focus is on discovery, development, or micro-batch part validation, the BLT-S210 is the tool engineered to support your ambition with accuracy and confidence.