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HBD 350

Product catalog summary

Optional Long Lasting Filtration System
The system features an upgradeable configuration with a self-cleaning, long-lasting filtration system that exceeds a lifespan of 5 years, making it ideal for prolonged batch printing operations.

Enhanced Software Support
The system includes traceable printing logs for detailed tracking of each print job and real-time monitoring features to ensure optimal results and high-quality printing.

Efficient Powder Recoating Configuration
It incorporates an intelligent variable speed design and bidirectional recoating to increase flexibility and improve efficiency.

Four Lasers Configuration
The system operates with four 500W fiber lasers and a building volume of 325mm×325mm×400mm, providing an effective solution for scaled production.

HBD 350 Overview
The HBD 350 is an entry-level metal additive manufacturing system designed for batch production. It is recognized globally for its development and manufacturing of metal additive manufacturing equipment, boasting over 200 patents and prestigious certifications. The system offers customized solutions for industries such as mold making, automotive, energy, and aerospace.

Technical Specifications

Power Supply: 500W and 1000W options with specific voltage and power requirements.
Build Volume: 325mm × 325mm × 400mm (height including build plate).
Layer Thickness: 20μm-120μm.
Laser Power: Options for 2 or 4 lasers, each 500W/1000W.
Scanning Speed: Up to 10m/s.
Oxygen Content: ≤ 100ppm with integral sealed protective atmosphere.
Relative Density: 99.9%+.
Typical Accuracy: 0.05-0.2mm.
Metal Powder Compatibility: Titanium alloy, aluminium alloy, high temperature alloy, stainless steel, mold steel, etc.
Weight: Estimated 3000kg.
External Dimensions: 1900mm × 1500mm × 2300mm.

3D Print Cases
The document highlights a case study involving the use of 3D metal printing for hydraulic manifolds in the automotive industry. The advantages include producing components with intricate internal passages, reducing leakage risk, and improving hydraulic system efficiency. Customized designs enhance fluid flow control and reduce the need for complex assembly, resulting in more reliable and cost-effective systems.

Process Parameter Configuration
The system allows for a tailored parameter set for specific applications, which is user-modifiable.

Catalog excerpts

HBD 350 Metal Additive Manufacturing System Entry-level Metal Additive Manufacturing Systems for Batch Production WHY HBD 350? Four Lasers Configuration Four 500W fiber lasers operate steadily alongside a building volume of 325mm×325mm×400mm, providing an effective solution for scaled production. Efficient Powder Recoating Configuration Intelligent variable speed design and bidirectional recoating increase flexibility and improve efficiency. Enhanced Software Support Take advantage of traceable printing logs that allow for detailed tracking of each print job, along with real-time monitoring features to guarantee optimal results and top-notch printing quality. Optional Long Lasting Filtration System Upgradeable configuration with self-cleaning long-lasting filtration system, lifespan exceeding 5 years, ideal for prolonged batch printing operations.

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3D Print Cases Hydraulic Manifold Industry : Automotive Mold Insert Worm Gear Loren Supercharger Hydrogen Energy Reactor Heat Exchanger Material : SS 316L Size : 131*138*119mm Weight : 1767.97g Time : 14h Utilizing 3D metal printing for hydraulic manifolds offers the advantage of producing components with intricate internal passages, reducing the risk of leakage and improving hydraulic system efficiency. Customized designs can enhance fluid flow control and reduce the need for complex assembly, resulting in more reliable and cost-effective hydraulic systems. Technical Parameters Build Volume...

Open the catalog to page 2

HBD 350

HBD 350

Catalog excerpts

All HBD Additive Manufacturing catalogs and technical brochures