Laser cladding additive manufacturing technology can be widely used in new material development, surface coating technology, 3D printing molding, additive repair, and other research directions. In response to the research and development needs of universities and research institutes for laser metal additive manufacturing technology, Huirui has specially developed a series of multi-functional laser metal additive manufacturing equipment, including high-throughput metal material 3D printing equipment Metal+®One, small ultra-high-speed Cladding equipment UHS-iCoating®, robot 8-axis linkage intelligent additive manufacturing equipment iLAM® F20ER, etc. Compared with industrial-grade products, these devices adopt a compact design and low-to-medium laser power configuration and can support high-precision powder feeding (±1%) and fine cladding processes. The optional software has rich functions and is used in multi-purpose processes and material research and development, etc. has significant advantages.

Huirui provides schools and scientific research institutes with complete solutions for professional laser cladding additive manufacturing.
Huirui’s technical team has long been committed to the research, development, and application of laser metal additive manufacturing technology. The company masters the core process of laser material thermal processing, facing the application needs of various industrial fields, and has accumulated a laser additive process database for a variety of high-performance alloy materials. The core technologies such as various types of laser cladding additive manufacturing equipment, processes, and application software independently developed by Huirui are at the leading level in the industry.

Metal+®one high-throughput metal material 3D printing equipment (educational version)
In view of the application pain points of traditional industrial laser cladding equipment in schools, scientific research institutes, and powder manufacturers, Huirui’s technical team carefully developed and launched miniaturized high-throughput material preparation equipment that is small in size, refined, and uses less powder – Metal+®one high-throughput material preparation 3D printing equipment (educational version) is particularly suitable for use in scientific research laboratory environments.

Features
1. The configured multi-channel powder feeder can realize real-time mixing of various powders, and the mixing ratio is precise and controllable;
2. Develop a dedicated high-throughput testing software system and interface to batch print material samples with different composition ratios at one time;
3. It can provide customers with high-throughput or gradient functional material testing and research equipment with high efficiency, high powder utilization rate, flexible ingredient ratio, and a wide range of material selection. It is suitable for steel materials, aluminum alloys, titanium alloys, and nickel-based materials. Composition screening, performance research of high-temperature alloys, high-entropy alloys, and ceramic powder materials, as well as research on gradient materials.

iLAM®F20ER robot 8-axis linkage intelligent additive manufacturing equipment (educational version)
The iLAM® series of robotic environmental box laser cladding equipment is a standard series of equipment independently developed by our company. It is suitable for net-shape forming and remanufacturing repair of products with high water and oxygen content requirements and high value-added products, such as aerospace engines and gas turbine parts. , oil drilling tools, molds, and other products can also be used for metal direct forming (3D printing) to manufacture new products. This product series has been used in additive repair and 3D printing of metal materials such as nickel-based high-temperature alloys, titanium alloys, aluminum alloys, cobalt-based alloys, and high-strength steel. The supporting operating system and coaxial visual positioning system developed together to make the equipment more operable and reliable in industrial environments.

Features
1. High movement accuracy: repeat positioning accuracy ≤±0.03mm;
2. Short cycle and wide application: no need to make molds, shortening model production time; single or batch models can be printed at the same cost; at the same time, different materials can be printed to meet the needs of different fields;
3. Excellent metal forming performance: in an inert gas closed working environment, the water and oxygen content can be reduced to less than 1ppm;
4. High degree of freedom of movement: the cradle-type dual-axis CNC positioner and the robot achieve 8-axis synchronous linkage and high-precision positioning, and can repair or form complex aerospace parts;
5. Meet the needs of high-precision parts repair and molding: using Huirui automatic powder feeder and high-convergence nozzle, the powder feeding mass flow can be accurately controlled to ±2%;
6. Visualization of the repair process: The system software provides a self-developed coaxial visual positioning function to visualize the repair area and the two-dimensional topography of the molten pool during the repair process.

Metal+®50E-100 Atmosphere Protection Laser Cladding Equipment (Educational Edition)
The Metal+® series is a laser cladding equipment independently developed by our company and based on fiber/semiconductor laser and multi-axis motion control. It is mainly used in direct molding of coaxial powder-fed metal products (3D printing), additive repair of industrial products, and melting. Coating strengthening, material research, etc.

Features
1. The equipment motion control adopts high-precision, high-protection, easy-maintenance, and beautiful-looking linear modules and open bus-type multi-degree-of-freedom motion control modules;
2. Designed specifically for the needs of cladding operations with a controllable environmental atmosphere. The water and oxygen content can be reduced to 1PPM. It is dustproof, airtight, beautiful and easy to maintain;
3. The powder feeder is the latest generation product developed by Huirui. It adopts a multi-powder cylinder turntable type carrier gas powder feeding method; it is specially used for high-precision laser processing powder feeding. It is equipped with a five-powder cylinder integrated powder feeding module, and the powder feeder control part is integrated into the overall control unit of the equipment.
4. Real-time mixing of dissimilar powders can be achieved to avoid powder separation during the powder addition process due to different specific gravity. The mixing ratio can also be changed in real-time, and waste caused by unrecoverable powder mixing can be avoided.
5. The control method adopts industrial Ethernet, which has simple wiring, a low failure rate, and can transmit rich information, which can avoid the fluctuation of key parameters caused by the instability of traditional analog quantities.

UHS-iCoating® Small Ultra-High Speed Cladding Equipment (Educational Edition)
Small ultra-high-speed cladding equipment mainly consists of front-end actuators and back-end equipment. The front-end actuators include multi-axis industrial robots, industrial robots and electrical control systems, powder feeding mechanisms, laser cladding heads, and cladding nozzles; the back-end equipment includes It consists of a high-power fiber laser, water cooling machine, power electrical box, and protective gas. Equipped with a laser processing turntable, it can perform laser cladding testing and processing of flat and curved surfaces and ultra-high-speed cladding of shaft parts.

Features
The equipment is easy to operate, and the laser is stable, continuous, and controllable. Cladding materials and related processes can be flexibly selected according to needs, such as iron-based, nickel-based, cobalt-based, titanium alloy, etc., for dimensional repair, surface strengthening, etc.

Powder feeder function introduction
4-way, 5-way, and 6-way powder feeders can be configured according to customer needs. The powder cylinder can be optionally equipped with 1.5/5L; it can be equipped with heating, stirring, and weighing functions. Heating function – can further separate the moisture in the powder; stirring function – can loosen the powder and mix the powder more evenly; weighing function – can realize real-time monitoring and closed-loop adjustment of the feed rate, and monitor the powder feed rate curve; at the same time, The carrier gas flow rate and powder feeding speed adopt closed-loop control, making the powder feeding more stable. The minimum powder feeding amount is 2g/min, which can stably feed light ultra-fine powders such as magnesium and aluminum with a diameter of 5-15μm, as well as ceramic particle powders. Each powder-feeding cylinder can be controlled individually or in multiple ways at the same time. Multi-channel powder mixing can realize online instant powder mixing, carrier gas pressure relief, and other functions.

Smaller investment, more protection
For universities, scientific research institutes, and other units, our company has extended the warranty period of the above equipment to provide customers with professional, convenient, efficient, high-quality, and reliable pre-sales and after-sales services, allowing customers to get more with less investment. protection.