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The Desktop Generic Laser Microwelding Unit is a compact system for precise microjoining, ideal for prototypes, R&D, training, and delicate repairs.

A fiber laser cutting machine operating at a 1064 nm wavelength delivers exceptional beam quality and very high power density, enabling efficient absorption and clean cutting of metal precision components. With a focused spot and fast vaporization, it achieves kerf widths of 0.05–0.20 mm and positioning accuracy of 0.05 mm with 0.03 mm repeatability.

The Industrial General Laser Micro Welding Unit, designed for precision microjoining, is an excellent, compact, and versatile system for prototypes, R&D, training, and precision repairs.

Laser welding machines designed for various catheter types and sheath tubes. Capable of handling wire diameters as small as 25 μm.

The three-glove glovebox provides a spacious and versatile environment for sensitive experiments requiring multi-user access. With premium components and advanced control systems, it ensures maximum reliability in research and production workflows.

Industrial laser welding systems engineered for catheter and stealth wire tube production, capable of handling diameters as fine as 25 μm. Built for continuous operation, they ensure precise, reliable joints across diverse medical components.

A fiber‑delivered energy‑feedback laser welding system enables stable, high‑energy welding of full‑aluminum frames used in ultra‑thin phones, overcoming CNC processing limits for midplates. The system produces repeatable welds with low thermal distortion suitable for R&D and small‑batch production.

An industrial fiber‑delivered, energy‑feedback laser welding system provides high‑power, stable welding for full‑aluminum frames in ultra‑thin device production. Integrated robotic handling, closed‑loop monitoring, and inline inspection enable repeatable weld quality, high first‑pass yield, and seamless MES/ERP integration.

The new standard glovebox provides a secure and controlled environment for sensitive experiments and material handling. Built with durable stainless steel and premium components, it ensures long-lasting performance.

The single-station glovebox provides a secure and flexible environment for sensitive experiments and material handling. Built with world-renowned components, it ensures durability, reliability, and long-term performance.