Huirui-laser Complete Laser Additive Manufacturing Solutions for Research Institutions
Comprehensive Laser Additive Manufacturing Solutions
Laser cladding additive manufacturing technology can be widely applied in new material development, surface coating technologies, 3D printing, and additive repair.
To meet the research and development needs of universities and scientific research institutes in laser metal additive manufacturing, Huirui-laser has developed a series of multifunctional systems, including:
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Metal+®One – High-throughput metal 3D printing system
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UHS-iCoating® – Compact ultra-high-speed cladding equipment
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iLAM® F20ER – 8-axis robotic intelligent additive manufacturing system
Compared with industrial-grade equipment, these systems are designed with compact size and medium-to-low laser power configurations, while supporting high-precision powder feeding (±1%) and fine cladding processes. With versatile software options, they are highly suitable for multi-purpose research on materials and processes.
Huirui-laser Expertise in Laser Metal Additive Manufacturing
The Huirui-laser technical team has long been dedicated to the research and application of laser metal additive manufacturing technologies. By mastering the core processes of laser thermal material processing, the company has accumulated a comprehensive database of high-performance alloy additive manufacturing processes.
With self-developed laser cladding equipment, manufacturing processes, and application software, Huirui-laser maintains a leading position in the industry.
Metal+®One – High-Throughput Metal 3D Printing (Education Edition)
To address the challenges of traditional industrial laser cladding systems in academic and research settings, Huirui-laser has developed Metal+®One, a compact, fine-tuned, small-powder-consumption high-throughput 3D printing system tailored for laboratories.
Key Features
- Multi-channel powder feeder – enables real-time powder mixing with precise ratio control.
- High-throughput software system – allows batch printing of material samples with different compositions.
- Versatile research tool – supports efficient, high-utilization powder use and flexible material composition testing for:
- Steel materials
- Aluminum alloys
- Titanium alloys
- Nickel-based superalloys
- High-entropy alloys
- Ceramic powders
iLAM® F20ER – 8-Axis Robotic Intelligent Additive Manufacturing System (Education Edition)
The iLAM® series robotic laser cladding systems are designed for high-purity, high-value applications such as aerospace engine parts, gas turbine components, oil drilling tools, and molds, as well as direct 3D printing of new metal parts.
Key Features
- High motion accuracy – repeatability ≤ ±0.03 mm.
- Short cycle time – no molds required, supports both single-piece and batch production.
- Superior forming quality – enclosed inert gas environment, O₂/H₂O levels < 1 ppm.
- 8-axis synchronized motion – supports complex aerospace component repair and manufacturing.
- High-precision powder feeding – ±2% flow control with Huirui-laser’s proprietary powder feeders.
- Visualized repair process – built-in coaxial vision system for real-time melt pool and repair tracking.
Metal+®50E-100 – Atmosphere-Protected Laser Cladding System (Education Edition)
The Metal+® series is developed by Huirui-laser based on fiber/diode lasers and multi-axis motion control, suitable for direct metal 3D printing, additive repair, cladding strengthening, and material research.
Key Features
- High-precision, durable motion control with modular design.
- Fully sealed, atmosphere-controlled environment (< 1 ppm O₂/H₂O).
- Next-generation multi-powder drum rotary feeder with integrated control system.
- Real-time multi-powder mixing to prevent separation and optimize material use.
- Industrial Ethernet control for stability and rich data transmission.
UHS-iCoating® – Compact Ultra-High-Speed Cladding System (Education Edition)
This system combines multi-axis robotics, precision powder feeders, fiber lasers, cooling systems, and protection gas supply, designed for surface cladding and dimensional repair of components.
Key Features
- Easy operation, stable and controllable laser output.
- Flexible powder and process selection, including Fe-based, Ni-based, Co-based, and Ti-based alloys.
- Suitable for both surface strengthening and dimension repair applications.
Advanced Powder Feeder Technology
Huirui-laser’s powder feeders are customizable with 4, 5, or 6 channels, and powder hoppers of 1.5L or 5L.
Functions
- Heating – removes residual moisture.
- Stirring – ensures consistent powder flow and uniform mixing.
- Weighing – enables real-time monitoring and closed-loop adjustment of powder feeding.
- Closed-loop control – ensures stable carrier gas flow and feeding speed.
- Minimum feed rate: 2 g/min
- Stable delivery of ultra-fine light powders (5–15 μm) such as magnesium, aluminum, and ceramic powders.
- Supports independent or multi-channel synchronized control, enabling real-time online powder mixing.
More Value with Lower Investment
To better support universities and research institutions, Huirui-laser extends the warranty period for these education-oriented systems.
We provide professional, efficient, high-quality, and reliable pre-sales and after-sales services, ensuring customers achieve greater protection and long-term value with smaller investment.
Penny Xu
Penny Xu – General Manager, Metal Additive Manufacturing Projects Mr. Penny Xu is a seasoned General Manager and strategic expert in the metal additive manufacturing sector, playing a vital role as a bridge between technology and business. With exceptional macro-perspective and resource integration capabilities, he oversees the commercial deployment and strategic execution of metal AM projects. Mr. Xu’s core responsibility is to deeply engage with cutting-edge market trends and the technical requirements of high-end clients. He excels at pinpointing clients’ core challenges regarding performance, cost, and lead time, and translating these needs into clear and actionable technical briefs. Building on…
