A floor‑standing Jewellery Spot Welding Machine delivers powerful, stable welding performance for professional workshops. Its larger structure provides enhanced control, higher duty cycles, and consistent weld quality, making it ideal for frequent jewellery repairs, production work, and precision welding on a wide range of metals.

A Laser Spot Welder is ideal for jewellery welding and repair, delivering precise, controlled heat for delicate metals and fine details. It allows jewellers to fix prongs, resize rings, repair chains, and join small components cleanly and safely without damaging surrounding areas.

A floor‑standing heavy‑duty spot welding machine delivers powerful, stable welds for demanding industrial applications. Its rigid structure, high pressure output, and robust electrodes make it ideal for joining thick metals, large assemblies, and high‑volume production parts where strength, durability, and repeatable performance are essential.

A Pedestal Spot Welding Machine delivers strong, consistent welds for high‑volume industrial production. Its rigid, floor‑mounted structure provides stability, higher pressure, and reliable performance, making it ideal for welding sheet metal, brackets, frames, and other components in manufacturing environments that demand durability and repeatable results.

A Manual Laser Spot Welding Machine with an open chamber offers the flexibility needed for larger industrial components. Its open design gives easy access to bulky parts while delivering precise, controlled laser energy for clean, accurate welds, making it ideal for repair work and custom fabrication.

This Laser Spot Welder provides precise, controlled welding for small and delicate components. Its focused beam delivers accurate heat input, making it ideal for jewellery, electronics, sensors, and other fine‑detail assemblies that require consistent, high‑quality welds.

A Fiber Optical Laser Scanning Welding Machine uses a fast galvanometer system to deliver high‑speed, high‑precision welding with an excellent beam profile. Ideal for detailed spot welding of small or complex parts, it offers 4–10 times higher efficiency than common single‑spot welders while maintaining clean, consistent weld quality.

A fiber scanning laser welder uses a fast galvanometer system to deliver high‑speed, high‑precision spot welding with an excellent beam profile, achieving 4–10 times higher efficiency than common spot welders. It integrates a YAG solid‑state laser, optical scanning module, adjustable 3D workbench, industrial PC control, cooling unit, laser indicator, and a compact operating cabinet.

A YAG laser welding machine with a floating arm delivers high‑energy pulse welding for precise repair work. Built with German‑engineered technology, it features a clean, modern design, a high‑performance bearing workbench, and a flexible handheld welding head for smooth operation around complex or heavy objects.

A YAG laser with optical‑feed welding provides stable, high‑energy pulse welding for precision repair and fine metal processing. Combined with 150W, 300W, and 500W fiber‑optical welding systems, it delivers strong penetration, clean welds, and flexible operation across different material thicknesses, making it ideal for mould repair, electronics, and general industrial fabrication.

A mould‑repair laser welder uses high‑energy laser focusing to restore tiny damaged areas in moulds, efficiently repairing cracks, small holes, collapsed edges, sealing lines and other fine defects. With minimal heat distortion and precise control, it provides an essential solution for maintaining mould accuracy and extending service life.

A mould‑repair spot welding machine with a floating arm provides stable, precise welding for restoring damaged or worn mould surfaces. The floating arm design allows smooth positioning around large or irregular moulds, giving operators better access and control while delivering strong, accurate welds essential for industrial maintenance and tooling repair.

An Automatic Laser Welding Machine uses PLC or industrial PC control with an X/Y moving platform for precise positioning. A red‑light indicator supports quick manual focus and angle adjustment. Its compact integrated design delivers high power, stable energy, excellent beam quality, and reliable performance, enhanced by durable ceramic converging‑cavity technology from Britain.

This laser mould‑welding workstation is designed for precise repair of all tooling steels, allowing accurate modification of moulds and dies such as bending tools, recasting tools, cold‑punching dies, hot‑runner nozzles, titanium parts and other high‑wear components. It provides a reliable, high‑energy welding solution that restores damaged areas while maintaining mould accuracy.

An automatic spot welding machine with a fiber‑optic laser system makes welding large workpieces easy and precise. The lightweight handheld laser gun operates much like Arc, TIG, or MIG welding, supported by a red laser indicator for accurate positioning. Its non‑contact welding method allows effortless access to narrow edges, corners, and deep holes, ideal for complex industrial tasks.

A handheld laser welding machine offers fast, flexible operation with a lightweight laser gun that feels as intuitive as Arc, TIG, or MIG welding. Up to five times the speed of traditional methods while requiring no filler materials, keeping costs low. The welds are firm and clean, and its small heat‑affected zone makes it ideal for precise work on edges, corners, and deep or narrow areas.

A Dedicated Laser Welding System for chain‑making machines delivers fast, precise, and consistent welds for continuous chain production. With stable laser control and smooth integration into automated forming and feeding lines, it ensures clean joints, high efficiency, and reliable performance across different chain styles.

A Complete Automatic Laser‑Welded Chain Making Machine streamlines forming, cutting, and laser welding into one continuous process, producing strong, uniform chains at high speed. Its fully automated workflow ensures clean welds, consistent quality, and efficient production across a wide range of chain styles.

Robot‑manipulator fiber‑laser welding machines deliver high‑energy laser through an optical fiber, enabling long‑distance transmission and precise focusing on the workpiece. This system is designed for high‑accuracy welding tasks and is widely used for stainless‑steel sinks, kitchenware, teapots, automotive components, and medical equipment.