Unlock next-generation metal additive manufacturing with the STLR 120 a precision-engineered, compact metal 3D printer designed for R&D, academia, and training in additive manufacturing. This advanced system supports innovation with flexibility, reliability, and unmatched efficiency in small-scale metal part production.

High-Precision 3D Metal Printing Machine for R&D and Education

The STLR 120 is built to meet the growing demand for metal 3D printing machines in research institutions, universities, and innovation labs. With a build volume of Ø120 mm x 175 mm, it is ideal for prototyping intricate parts using materials like stainless steel, titanium alloys, and cobalt chrome.

Compact Metal Additive Manufacturing System for Labs and Classrooms

Powered by a 400W fiber laser and integrated with high-speed Galvano scanners, the STLR 120 ensures high-resolution printing and excellent surface finishes. Its low power requirements and single-phase input make it perfect for environments with limited infrastructure.

Open Platform for Material R&D and Additive Manufacturing Innovation

The STLR 120 supports an open parameter system, enabling researchers and engineers to experiment with novel materials, modify process parameters, and explore cutting-edge additive manufacturing techniques.

Cost-Effective 3D MetaL Printer: Requires <1 KG of Powder

This small metal 3D printer is designed for cost-efficiency and material conservation. It requires less than 1 kg of powder to initiate a print job, making it ideal for frequent iterations and low-volume production runs.

Broad Material Compatibility

Compatible with a variety of validated metal powders, including stainless steel, titanium alloys, and cobalt-chrome, the STLR 120 supports diverse application needs. Whether you’re printing for medical, aerospace, tooling, or automotive R&D, this printer delivers the versatility to adapt to your goals.

Why Choose STLR 120 – A Smart Investment in Additive Manufacturing

✅ Compact, plug-and-play design

✅ Supports metal powders with minimal input

✅ Flexible open platform for experimentation

✅ Ideal for academic and industrial prototyping

✅ Engineered for next-gen metal additive manufacturing in India