"laser source for cutting equipment"
RAYCUS Series Fiber Laser Source | Industrial Stable Power Laser Source For Welding & Cutting Equipment
Description Raycus is a mainstream trusted brand of industrial fiber laser sources widely used in laser processing equipment assembly. We supply three mainstream models covering 1500W‑3000W power range, with two voltage specifications for different factory power supply conditions. All models adopt ...
JAX Series Fiber Laser Source 1200W/2000W/3000W For Laser Cutting And Laser Welding
Description We distribute genuine JAX JFSC H series fiber laser sources, compact grade core power modules engineered for handheld laser processing equipment. This lineup features lighter overall body weight compared with mainstream counterparts, with two single phase 220V low power models plus one ...
S&A Durable Fiber Water Chiller Designed to Laser welding machine for precise temperature control and operation in Manufacturing process
Description Fiber lasers are widely applied in metal cutting and welding thanks to their excellent photoelectric conversion efficiency. Long continuous operation builds up excess heat, which impairs processing performance, causes operational instability and shortens the service life of laser ...
Hanli Laser Water Chiller For Welding & Cutting Machines | Compliant With Strict Industrial Standards
Description We supply standard laser water chillers equipped with refrigeration assemblies. These units transport coolant to laser hardware for heat exchange, bringing laser components down to their ideal working temperature. Each chiller comes with an integrated circulating pump to circulate ...
QILIN DWT Series Industrial Lightweight Handheld Laser Welding Heads High Precision Stable Beam Delivery for Fiber Laser Welding
Product Overview A laser head directs and focuses laser energy transmitted through the delivery fiber onto the workpiece. As an essential component within laser welding systems, it shapes and guides the laser beam accurately toward the target welding area. The configuration of a laser head governs ...
