HBD 1600

The HBD 1600 is equipped with a robust control system, offering comprehensive system logs for in-depth performance tracking. Its high-efficiency software is designed for swift data processing, ensuring precise control throughout the printing process.

Equipped with an integrated high-rigidity, all-in-one bidirectional powder spreading structure, it is ready for use upon installation and achieves a dual breakthrough in both powder spreading accuracy and efficiency. The system allows the non-printing area speed to reach 300mm/s, resulting in a 100% increase in powder spreading efficiency.

With hign volume collection containers, minimizes the frequency of powder changes. This setup enhances productivity by reducing downtime during powder recycling and storage.

Featuring an advanced powder closed-loop circulation system that realizes automatic recycling, sieving, and powder supply during printing. lt reduces manual intervention, improves powder utlization, and enhances operational safety.

The filtration system utilizes next-generation PTFE-coated filter elements, meeting H13 standards with a capture efficiency of up to 99.9%, capable of trapping particles as small as 0.3μm. The filter includes self-cleaning features, providing a filter element lifetime of over 5 years. Optimized gas-flow configuration enables secure and efficient waste reclamation in inert gas environments, ensuring optimal printing conditions.

Designed with a fully sealed optical path and precise water-cooled temperature control, the 28-laser system of the HBD 1600 offers high accuracy and stability. The fixed-focus optical structure enables consistent energy distribution, essential for producing high-resolution parts with complex details.

The automated powder supply system continuously monitors powder levels in the storage hopper, enabling uninterrupted powder replenishment. This ensures a smooth, efficient printing process, particularly useful for large builds or mass production runs.

Real-time monitoring of blade wear and fully automated replacement process, combined with a dua-blade redundancy design, supports long-duration, uninterrupted printing tasks.

Automatically removes lens dust, effectively preventing optical path attenuation and reducing downtime due to lens maintenance, significantly lowering long-term operational and maintenance costs.