A mid-sized metal 3D printer with a compact 6-laser setup, engineered to maximize production efficiency within a fixed build volume. Perfect for high-volume batch manufacturing, it combines productivity with precision.
HBD 400
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Structure & Features
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1Automatic Laser Stitching System
One-click multi-laser alignment with automatic stitching verification.
The automated stitching workflow reduces calibration time from up to an hour to under
5 minutes, delivering notable efficiency gains. Utilizing advanced algorithms and
high-precision hardware, the stitching accuracy is maintained within 0.05mm.
2Intelligent Powder Spreading Module
Intelligent variable speed design and bidirectional re-coater completing the recoating
process in 3 seconds, the HBD 400 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.
3Powder Collection Module
The dual powder collection canister design, minimizes the frequency of powder changes.
This setup enhances productivity by reducing downtime during powder recycling and
storage.
4Long-lasting Filtration System
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.
5Precision 6-Laser System
Six precise 500W/1000W fibre lasers operate, coupled with a building volume of
350mm×400mm×400mm, this results in an efficient solution for serial production.
6Automated Powder Feeding System
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.
Get the Full Specs of the
HBD 400
Want to dive deeper into the capabilities of the HBD 400?
Download our product brochure to explore its full specifications, applications, and more.
PDF Download
Want to dive deeper into the capabilities of the HBD 400?
Download our product brochure to explore its full specifications, applications, and more.
PDF Download
Print Case Studies
Valve Body
Metal 3D printing technology is used to re-optimize the design of the cooling channels to speed up the flow paths, and the cooling flow paths are uniform, which ensures even flow and high heat dissipation efficiency.
Copper-based Radiator
The copper-based Radiator, with its high thermal conductivity,
efficiently dissipates localized heat from high-power components,
preventing performance degradation caused by heat accumulation.
The integrated formation of ultra-thin walls, high-density complex
microchannels, and curved flow channels effectively avoids the risks of
leakage and excessive stress concentration associated with traditional
split welding processes.
Rubber Outsole
The shoe mold features finely formed surface patterns, with high consistency and three-dimensional effect when printed from a pair of molds.
Industry Application
CN PRECISION TECHNOLOGY & HBD: Integrated Full-Process Solution Enhances Value in Precision ManufacturingLearn More
Metal additive manufacturing offers significant advantages in design freedom and production agility. However, when it comes to precision components such as high-end watches, which require impeccable surface quality, mirror-like finishes, and strict tolerances, traditional approaches often face challenges in post-processing…
HBD Reinvents Milling Performance with Metal 3D PrintingLearn More
Milling tools are vital in modern manufacturing and play a critical role in enabling high-value sectors such as aerospace, automotive, and precision mold-making. Their performance directly impacts machining efficiency, workpiece precision, and production costs—making them a key driver in the industry’s evolution toward intelligent and high-efficiency manufacturing…
Video Collection
Enhance Your Workflow with
Our Auxiliary Equipment
HBD 400
Powder Sieving Machine
Achieve consistent powder quality with automated sieving and recycling, maximizing material reuse rate for critical metal AM processes.
Powder Supply Machine
Enable continuous 24/7 printing operations with closed-loop powder feeding and inert gas protection, eliminating manual handling risks.
Sand Blasting Machine
Deliver uniform surface finishing for complex metal parts.
Vacuum Material Machine
Automate powder storage & transfer under inert environment.
Vacuum Cleaner
Ensure worksafety with the containment for reactive metal powders, featuring explosion-proof design and zero-residue recovery.
Vacuum Drying Ovens
Remove moisture contaminants, preserving powder flowability and preventing hydrogen embrittlement.
Vacuum Heat Treatment Furnace
Eliminate oxidation while enhancing part density with precise thermal profiling for industrial-grade stress relief.
Wire Cutting Machine
Execute high-precision EDM cutting for refractory alloys, supporting complex support structure removal.
Technical Specifcations
Build Volume:
325mm x 400mm x 400mm(height incl. build plate)
Laser Power:
4 Lasers, 500w/1000W
6 Lasers,500w/1000W
6 Lasers,500w/1000W
Layer Thickness:
20μm-120μm
Scanning Track Width:
70μm-200μm
Scanning Speed:
≤10m/s
Oxygen Content:
≤100ppm
Protective Atmosphere:
Integral sealed, automatic monitoring of oxygen content, recycling cleaning and collection coefficient ≥ 99%
Relative Density:
99.9%+
Typical Accuracy:
0.05-0.2mm
Metal Powder:
Titanium Alloys, Aluminum Alloys, Superalloys, Stainless Steel, Mould Steel, Etc.
Process Parameter Configuration:
Tailored Parameter Set For The Specific Application, User-Modifiable
Weight:
Est. 3300kg
Extornal Dimonsions:
1900mmx1650mmx 2300mm
Power Supply:
500W: AC380v,50/60Hz, peak power sl4-16kw, average power ≤5.5-8.5kW
1000W: AC380V,50/60Hz, peak power sl5-19kW, average power ≤6.5-11.5kW
1000W: AC380V,50/60Hz, peak power sl5-19kW, average power ≤6.5-11.5kW
Ready to Transform Your Production? Let’s Talk!
Our team is here to help you with pricing, customization options, and more. Contact us today for a tailored quote.
