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 350
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Structure & Features
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1Control System
The HBD 350 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.
2Intelligent Powder Spreading Module
Featuring a single or dual-direction, variable-speed powder spreading system, the HBD 350 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.
4Recirculation and Purification System
The system includes automatic oxygen removal, reverse blowing, and humidification functions. Its independently sealed filter can be safely removed and replaced, reducing the risks associated with handling fine metal powders. This closed-loop system maintains an optimal printing atmosphere, ensuring consistent part quality.
5Precision Optics and Multi-Laser System
Designed with a fully sealed optical path and precise water-cooled temperature control, the multi-laser system of the HBD 350 offers high accuracy and stability. The fixed-focus optical structure enables consistent energy distribution, essential for producing high-resolution parts with complex details.
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 350
Want to dive deeper into the capabilities of the HBD 350?
Download our product brochure to explore its full specifications, applications, and more.
PDF Download
Want to dive deeper into the capabilities of the HBD 350?
Download our product brochure to explore its full specifications, applications, and more.
PDF Download
Print Case Studies
Space Filling Heat Exchanger
This liquid heat exchanger was created by LEAP 71 using the Noyron Large Computational Engineering Model, which creates sophisticated objects autonomously without the use of traditional CAD. The heat exchanger maximizes surface area by means of a space filling tree algorithm. Heat exchangers like these are used for high performance cooling in aerospace applications.
Minimal Support Turbine
Comprehensive process optimization at HBD has reduced the unsupported overhanging angle from 45° to 6°, even for industries with strict quality standards like aerospace. For these turbine components, internal supports were largely eliminated, with only a few easily detachable ones retained. This advancement enhances print quality and efficiency while significantly reducing post-processing efforts.
Mold Insert with Conformal cooling channel
The conformal cooling channel is tailored to the mold's characteristics and simulated for optimal effect. Metal 3D printing significantly reduces the insert body temperature, shortens the cooling cycle, and enhances production efficiency. This technology ensures that the product surface meets specifications with minimal deformation.
Industry Application
Powering Precision: HBD Metal 3D Printing Fuels Tongji TJURacing's Charge at Formula SAE Japan 2024Learn More
As the 2024 season of global Formula Student Automotive Engineering (FSAE) competitions begins, university racing teams worldwide are preparing for one of the year’s most anticipated events—the Formula SAE Japan 2024 competition,This year’s competition features 80 official teams…
From 45° to 6°: HBD's Turbine Blade Printing Milestone with 96% Support ReductionLearn More
Metal 3D printing technology has always been one of the most notable areas in manufacturing. However, the presence of support structures has long been one of the significant factors limiting the application scope of this technology,The addition of appropriate support structures ensures the stability of printed parts …
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Enhance Your Workflow with
Our Auxiliary Equipment
HBD 350
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 325mm x 400mm(height incl. build plate)
Laser Power:
2 Lasers, 500w/1000W
4 Lasers,500w/1000W
4 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:
Titarium allkoy, aluminiumn alloy, high terperature alloy, stainless steel, rnoid stoel, etc.
Process Parameter Configuration:
Tailored parareter set for the specifikc application, user-medifiable
Weight:
Est. 3000kg
Extornal Dimonsions:
1900mmx1500mmx 2300mm
Power Supply:
500W: AC380v,50/60Hz, peak power sl4-15kw, average power ≤5.5-7kW
1000W: AC380V,50/60Hz, peak power sl5-17kW, average power ≤7-9kW
1000W: AC380V,50/60Hz, peak power sl5-17kW, average power ≤7-9kW
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.
