
Source Factory
A series of laser processing heads for cutting, welding, cladding, and hardening

A series of laser processing heads for cutting, welding, cladding, and hardening

Variable spot laser hardening head with spot size from 5×2 mm to 85×2 mm.



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1. High-power welding can withstand up to 6kW high-power swing welding 2. Excellent welding quality, low porosity, high mechanical properties, high-quality weld surface 3. Rich scanning graphics, continuous welding supports circular, square, straight, elliptical, C-shaped, S-shaped, 8-shaped 4. Rich expansion modules, expandable temperature sensors, weld tracking or positioning and other functional modules, easy to realize automated welding 5. Drawer-type lens holder protects the lens, which is fast and simple to replace 6. Efficient water cooling, overall circulating water cooling, can work stably for a long time at high power 7. High dustproof Reliable sealing design to improve service life Excellent welding effect

This high-power fiber laser beam combining module with QBH interface is designed for laser welding, cleaning, and 3D printing applications. Built with integrated power monitoring and full-range specifications, it delivers stable, reliable performance even under continuous high-power operation. The module features precise beam combining, real-time power monitoring, and full compatibility with QBH standard interfaces. With a compact design and comprehensive specifications, it enables seamless integration into diverse industrial laser systems, ensuring consistent beam quality and process reliability for your welding, cleaning, and additive manufacturing needs.

The Integrated Coaxial Wire & Powder Deposition Head is designed for high-precision laser cladding and additive manufacturing applications requiring maximum process flexibility. Featuring a true coaxial beam delivery structure, it supports both wire and powder feeding in a single compact system, enabling optimized material utilization and stable melt pool control. This hybrid deposition head is ideal for repair, hardfacing, and near-net-shape manufacturing across aerospace, energy, and heavy industry sectors. Compatible with high-power fiber lasers, it delivers consistent metallurgical bonding, reduced dilution, and enhanced process stability for demanding industrial environments.

The Ø55 Internal Bore Laser Cladding Head is specifically designed for deep pipe and small-diameter internal cladding applications. Featuring a fully water-cooled body and powder nozzle, it ensures superior thermal management and stable long-term operation under high-power laser conditions. Its compact and lightweight structure minimizes shaft deflection, while the horizontal fiber interface supports flexible internal and external diameter laser cladding. Dual side powder feeding achieves up to 85% powder utilization, improving efficiency and reducing material cost. Integrated nozzle gas shielding protects optics from contamination, and the drawer-style protective window allows fast maintenance. With adjustable circular beam profile and optional vision monitoring, this head delivers precise, reliable internal bore laser cladding performance.

The Internal & External Integrated High-Speed Laser Cladding Head is a multi-functional solution designed to deliver exceptional versatility and efficiency. Featuring a unique dual-process design, it is capable of performing both external cladding (on outer circles and flat surfaces) and internal cladding (on inner holes and walls) with a single tool. This innovative head eliminates the need for changing guns, replacing tips, or readjusting the machine when switching between processes. With just one unit, users can complete a wide range of cladding tasks, significantly improving operational efficiency and reducing downtime. Truly one head for all applications.

The Coaxial Laser Cladding Head from Nipex Laser is designed for high-precision laser cladding, surface repair, and additive manufacturing applications. Featuring a true coaxial powder-feeding structure, this transmission-type laser cladding head ensures uniform powder distribution and a stable melt pool, resulting in excellent coating quality and minimal material waste. This laser cladding head is ideal for applications such as mold repair, wear-resistant coatings, and high-value component remanufacturing. With modular configuration options and compatibility with common fiber laser interfaces, it provides a flexible and cost-effective solution for modern laser cladding systems.

The fiber laser internal bore cutting head is a core dedicated component for precision inner-hole processing equipment. Designed with a standard QBH interface, it adopts a high-energy focused laser beam to realize high-precision cutting, trimming and processing of various workpieces, especially battery cases and cylindrical components. Relying on advanced optical design and professional structural technology, this cutting head breaks through the limitations of traditional cutting methods for inner walls, and achieves stable, efficient and high-quality material processing with strict technical standards.

Through comprehensive analysis of enterprise supply chains, we identify bottlenecks and improvement opportunities, delivering systematic optimization solutions. Helping enterprises reduce inventory costs, shorten delivery cycles, and enhance customer satisfaction.