Explore HBD's Metal 3D Printing Lineup
Browse HBD's comprehensive range of metal 3D printers designed to meet diverse industrial demands, from rapid prototyping to high-volume serial production.
Types of HBD Metal 3D Printers
HBD 150&HBD 200
Designed for precision and small-scale production, these systems are ideal for prototyping and small-batch runs, delivering reliable, high-quality parts in a compact size.
HBD 400&HBD 500
Flexible mid-sized metal 3D printers featuring multi-laser configurations to meet diverse industry needs. These systems are optimized for complex parts and increased build rates, accommodating a wide range of metal powders.
HBD 600
The HBD 600 is a state-of-the-art large-format metal additive manufacturing system tailored for aerospace, automotive, and energy sectors. With its advanced 8-laser configuration, this system ensures high productivity and precision, enabling efficient production of complex geometries and large-scale parts in one seamless build.
Discover MoreHBD 800
HBD 800 is a production-scale metal AM system built for aerospace efficiency and reliability. Ten synchronized lasers, driven by HBD's proprietary scanning optics, deliver high-precision builds with 30 um alignment accuracy and <5 min auto-calibration. Bidirectional, speed-adaptive recoating and realtime layer monitoring ensure consistent part quality, while an optimized gas-flow design suppresses spatter for flawless surfaces. Proven on large-format batches, the platform features a closed-loop powder system and dual H13-grade filters.
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HBD 1600
The HBD 1600 metal 3D printing system redefines the standards for efficient, stable, and safe large-scale metal additive manufacturing, with its meter-scale build envelope, multi-laser collaborative manufacturing capability, and full-process intelligent closed-loop system. As a deeply customized solution for the aerospace industry, it provides innovative technological support for the production of complex structural components.
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How to Choose the Right Metal 3D Printing System？
Define your application: Identify whether you need prototyping,customized production,or industrial-scale manufacturing across aerospace,automotive,energy,healthcare,and other industries.
Match build volume: Compact systems suit smaller parts and limited batches,while large-format platforms support complex, large-scale components.
Consider productivity: Multi-laser systems are well suited for higher production throughput and continuous batch manufacturing.
Check material requirements: Select a platform compatible with your required metal powders and validated process parameters.
Evaluate workflow: Consider automation,powder management,process monitoring,and overall production efficiency.
Why Choose HBD for Metal 3D Printing?
01
Scalable Metal 3D Printing Solutions
From compact systems for prototyping and small-batch production to meter-scale platforms for aerospace manufacturing, HBD offers scalable solutions across diverse production requirements.
02
High-Productivity Multi-Laser Technology
HBD multi-laser systems combine optimized scanning, intelligent recoating, and automated laser alignment to increase throughput while maintaining consistent part quality and process stability.
03
Materials and Process Development
HBD supports titanium, aluminum, stainless steel, cobalt-chrome, and nickel-based alloys, with validated material processes and parameter development for diverse manufacturing applications.
04
Integrated Solutions and Global Support
HBD combines metal 3D printers, metal powders, process software, auxiliary equipment, training, maintenance, and technical support to help customers build reliable production workflows.
FAQ
- Q1: What technical capabilities should I consider when choosing a metal 3D printer?
HBD systems use Laser Powder Bed Fusion (LPBF) with dual- and multi-laser configurations, controlled atmospheres, intelligent powder management, and advanced process monitoring. These technologies help manufacturers improve productivity, maintain consistent part quality, and produce complex geometries for demanding applications.
- Q2: What metal materials and applications are supported by HBD systems?
HBD supports a broad range of metal powders, including Ti6Al4V, AlSi10Mg, 316L stainless steel, 18Ni300 tool steel, cobalt-chrome, and nickel-based superalloys. These materials support applications across aerospace, automotive, energy, healthcare, dental, tooling, electronics, and thermal management.
- Q3: Does HBD provide a complete metal additive manufacturing solution?
Yes. HBD provides an integrated metal additive manufacturing solution covering metal 3D printers, metal powders, process software, auxiliary equipment, and application development. This integrated approach helps customers simplify equipment selection, system integration, process validation, and production deployment.
- Q4: What software and process support does HBD provide?
HBD provides software and digital tools for process management, production monitoring, equipment control, and workflow optimization. Our technical teams also support parameter development and application validation, helping customers connect equipment, software, materials, and production processes more efficiently.
- Q5: How does HBD support customers before, during, and after equipment delivery?
HBD provides support throughout the customer journey, including application consultation, equipment selection, installation and commissioning, operator training, process development, troubleshooting, and technical assistance. Our teams work with customers to improve equipment utilization, shorten development cycles, and establish stable production workflows.
- Q6: Which industries can benefit from HBD metal 3D printing technology?
HBD supports applications across aerospace, automotive, energy, healthcare, dental, electronics, tooling, thermal management, robotics, and other industries. Customers use metal AM to address complex geometries, lightweight structures, customized components, rapid prototyping, and manufacturing challenges that are difficult to solve with conventional processes.
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