HBD 150D

The HBD 150D features a round base plate and is equipped with a highly efficient and safe independent atmosphere purification system, along with a sealed glovebox structure. Multiple safety interlocks ensure stable operation. Built with high-quality components and offering open access to dental process parameters, the system delivers consistent, high-quality output. It is suitable for small-batch production of dental crowns and frameworks.

Structure & Features

1. Control System

The HBD 150D 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.

2. Intelligent Powder Spreading Module

HBD 150D employs a high-strength structure to guarantee even and reliable powder distribution. This module optimizes layer consistency, crucial for achieving complex geometries and fine surface finishes.

3. Efficient Purification Assurance

Equipped with an independent purification system, with a dust removal rate of ≥99.9%, ensuring efficient and safe purification of metal power during the printing process, guaranteeing optimal building conditions and excellent printing quality.

4. Advanced Printing System

Equipped with advanced printing capabilities, a single laser optical path enables full coverage of the printing surface. Its stable printing system ensures long-term operation, providing consistent and reliable production performance.

Applications

Titanium Mesh

Metal 3D printed medical titanium mesh provides superior strength while maintaining a lightweight structure, ideal for applications in implants and prosthetics. This technology allows for complex geometries that enhance biocompatibility and promote effective bone integration.

Dental Implants

Metal 3D printing technology overcomes challenges in achieving precise implant dimensions, particularly in hole diameter and total length, while ensuring clear thread structures on the surface with no collapsing or powder adherence beneath the threads, meeting required roughness standards.