Hardware

HBD integrates intelligent bidirectional recoating, self-developed high-performance galvanometer scanning, and centralized automated powder management to enhance printing efficiency, ensure process stability, and streamline powder handling. Together, these technologies enable more efficient, reliable, and scalable metal additive manufacturing for industrial mass production.

Intelligent Bidirectional Recoating Technology

HBD’s industry-innovative intelligent bidirectional recoating technology combines hardware advancements with intelligent algorithms to overcome the efficiency limitations of conventional unidirectional recoating and address the stability challenges commonly associated with bidirectional recoating.

500%+

Recoating Speeds of Up to 300 mm/s

30+

Adaptive Recoating Speed Control

30+

Up to 50% Higher Efficiency on Mid-Sized Systems

Self-Developed Galvanometer Scanner

HBD achieved mass production of its self-developed galvanometer scanner in 2023. Since 2025, the SCAN20 galvanometer scanner has been standard across all HBD metal 3D printer models. With a cumulative shipment volume of over 1,000 units, SCAN20 helps improve overall printing efficiency by more than 30%, strengthening HBD’s control over this critical component. It has been deployed in batch production across multiple industries.

30+

Over 30% Higher Printing Efficiency

500%+

Standard Across All HBD Models

30+

Validated in Tungsten Grid Applications

Centralized Powder Management System

Designed for factory-scale metal additive manufacturing and high-volume production, HBD’s centralized powder management system features an integrated, compact design that supports multiple metal 3D printers from a single system. It integrates powder supply, extraction, sieving, and recovery into an automated, closed-loop workflow, reducing manual intervention and minimizing the risk of powder exposure.