From single prototypes in laboratories to large-scale industrial production, metal additive manufacturing is redefining the boundaries of modern manufacturing.

With core SLM technology, intelligent equipment, and end-to-end digital control systems, HGLaser provides scalable, high-efficiency, and high-precision manufacturing solutions.

Three Core Advantages of HGLaser

01 Design Freedom — Integrated Complex Structures

• No need for molds; direct manufacturing from CAD models 

• Enables lightweight structures and improved integrity 

• Widely applicable in automotive and aerospace industries 

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02 Maximum Material Efficiency — Significant Cost Reduction

• Near-net-shape process with minimal waste 

• Material utilization rate of titanium and high-temperature alloys can exceed 90% 

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03 Rapid Production — Faster Iteration Cycles

• Eliminates traditional mold-making processes 

• Reduces R&D cycle by more than 50% 

• Supports small-batch and multi-variant production

Intelligent Equipment Systems

LSP150A

• 500°C build chamber preheating improves molten metal flow 
• 40μm ultra-fine laser spot for high precision 
• Self-developed control system ensures stable operation 
• Powder bed monitoring enables real-time quality tracking 
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LSP260E

• Designed for high-volume 3C metal part production 
• Supports stainless steel, titanium alloys, and aluminum alloys 
• 4-laser parallel scanning for high efficiency 
• Fully enclosed powder management for safety 
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LSP400M

• Larger build size and 50% higher efficiency 
• Bi-directional variable-speed powder spreading system 
• Real-time powder bed monitoring improves yield stability
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Green Laser-based SLM System

• Designed for high-reflectivity copper applications 
• Enables integrated micro-channel structures down to ≤0.1 mm 
• AI-based powder spreading monitoring improves system utilization by 10%
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Automated Production Line

• Central control system, powder circulation, transfer units, and cleaning systems 

• Multi-machine coordinated operation 

• Fully automated production workflow 

Smart Factory

• AI-driven production scheduling, manufacturing execution, and quality control 

• Industrial digital twin and AI-powered predictive analytics 

• End-to-end closed-loop control, realizing true single-command production execution

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Core Features

Multi-Material Capability

• Supports multi-material additive manufacturing, including titanium alloys, aluminum alloys, magnesium alloys, nickel-based alloys, and metal matrix composites 

• Continuously expanding the material library to meet diverse requirements for strength, corrosion resistance, and thermal stability

Fully Automated Production

• Deep AI integration for intelligent production scheduling, execution, and quality control 

• Full-process traceability and closed-loop control from powder handling to final product cleaning 

• Completely unmanned workflow, enabling lights-out manufacturing 

Full-Scenario Coverage

• Provides comprehensive technology and service support, from process development and production line integration to continuous optimization 

• Flexible manufacturing system supporting multiple product types and small batch production 

• Significantly shortens the product cycle from design and development to mass production 

• Adapts to rapid product iteration cycles

Application Scenarios

Consumer Electronics

• Smartphone and wearable precision components 

• Lightweight, complex structures without molds 

AI & Communications

• 5G/6G thermal modules and antenna structures 

• Advanced heat dissipation for high-performance computing 

Automotive Manufacturing

• Thermal management systems and lightweight components 

• Significant vehicle weight reduction and improved energy efficiency 

Low-Altitude Economy

• Aircraft structural components 

• Integrated part design with over 30% weight reduction 

Embodied Robotics

• Structural components for intelligent robotic systems 

• Biomimetic structures combining strength and flexibility 

• Enhanced dynamic response and motion adaptability

Conclusion

As manufacturing shifts from “removal” to “addition,” and innovation moves from constraints to freedom, every particle of powder can grow into the shape of the future.

HGLaser continues to advance metal additive manufacturing across the entire value chain—embedding itself in real industrial applications and empowering multiple industries.

In the era of Intelligent Manufacturing Systems, we are building the future—layer by layer.