Amace’s Compact STLR 120 Additive Manufacturing Machine Aimed at Labs, Tooling, and Medical Applications!

Amace Solutions Pvt Ltd, part of the Ace Micromatic Group (AMG) in Bangalore, India, has introduced the STLR 120, a compact Laser Beam Powder Bed Fusion (PBF-LB) Additive Manufacturing machine designed to make metal AM more accessible for research labs, universities, startups, and specialized sectors such as tooling and medical technology. The system addresses key challenges faced by early adopters by minimizing setup time, reducing powder requirements, and offering a streamlined workflow suited for smaller-scale and precision-driven environments.

The STLR 120 features a build volume of Ø120 × 200 mm, positioning it as an ideal platform for developing prototypes, performing materials research, and producing small to medium-sized high-precision components. Powered by a 400 W fiber laser capable of processing layer thicknesses between 20–60 μm, the machine enables users to achieve consistent part quality while experimenting with a variety of geometries and materials. Its compact footprint of 95 × 125 × 175 cm and single-phase 220 V, 50 Hz power compatibility further simplify installation, requiring no major infrastructure modifications. At a peak electrical load of just 3.7 kW, it is purpose-built for environments where energy efficiency and accessibility are priorities.

One of the most significant advantages of the STLR 120 is its low material requirement, enabling users to start their first build with as little as 1 kg of powder. This feature is especially appealing for academic institutions and research labs where frequent material changes, small test batches, and budget constraints are common. The machine also offers quick changeover times when running the same alloy, supporting streamlined experimentation and rapid iteration.

Amace has qualified a wide range of popular industrial materials for the STLR 120, including AlSi10Mg, stainless steels such as SS316L, 17-4PH, and 15-5PH, maraging steel 18Ni300, cobalt-chromium alloys, nickel superalloys like IN625 and IN718, and titanium alloy Ti-6Al-4V. This extensive material portfolio opens opportunities for applications such as dental and orthopedic implants, high-strength tooling inserts, lightweight aerospace components, and performance-driven mechanical parts.

The STLR 120 reinforces Amace’s mission to accelerate the adoption of metal Additive Manufacturing by offering a practical, affordable, and reliable entry point for new users. Its combination of compact size, flexible material support, and efficient operation makes it well suited for institutions and industries seeking to develop AM expertise without the high overhead typically associated with metal 3D printing systems.

Amace will showcase the STLR 120 at Formnext 2025 in Hall 11, Booth F51, where visitors can see the machine’s capabilities and learn more about its role in advancing accessible metal AM. A demonstration unit has also been installed at AceMicromatic International GmbH in Nesselwang, Germany, providing customers in Europe with the opportunity to evaluate the machine through test builds and hands-on assessments.