We are excited to introduce the HBD S200 Metal AM System, meticulously optimized and engineered to meet high manufacturing accuracy standards.

With an optimized optical system, the HBD S200 achieves a laser spot diameter of 30μm and layer thicknesses down to 10μm, enabling high resolution of detail and consistent performance. Its dimensional accuracy of ±0.03mm (for builds up to 100mm) ensures it meets the demands of modern manufacturing, offering a balance of precision and efficiency rarely seen in the industry.

Beyond precision, the HBD S200 can be used with a wide range of powder materials. It supports high-performance materials such as stainless steel and titanium alloys, empowering versatile solutions for sectors like medical imaging, consumer electronics, and microelectronics. The system’s innovative design integrates multiple components into single structures, streamlining production processes and reducing costs while opening up new possibilities for creative design.

Parts produced with the HBD S200 also exhibit remarkable surface quality. For example, components made from nickel-based superalloy GH4169 achieve a surface roughness of just Ra2.23μm. This combination of smooth finishes and robust properties enhances the appearance and durability of parts while simplifying downstream operations.

In practical applications, the HBD S200 has demonstrated its capabilities in producing highly efficient heat sinks. By merging multiple components into a single structure, the system achieves precise and rapid manufacturing. Built with 20μm layer thickness, the grid wall thickness was reduced to 0.08mm, providing superior thermal performance while enhancing durability and reducing production costs and lead times.

The HBD S200 is a new addition to HBD’s metal additive manufacturing lineup, bringing improvements in accuracy, efficiency, material compatibility, and surface quality. It is designed to address the evolving needs of industries and support the ongoing development of precision manufacturing.

For more information about the HBD S200, please email us at info@hb3dp.com.