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Laser cladding equipment

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Laser products

Service Hotline:+86-19174888669

Product Introduction

The laser cladding system is a specialized robotic additive‑repair platform that uses high‑power lasers to melt metal powder or welding wire, forming wear‑resistant and corrosion‑resistant metallic coatings on component surfaces. It enables the repair of valuable damaged parts and the pre‑deposition of wear‑resistant layers on new components. The equipment is equipped with a 2,000–6,000 W fiber laser operating at a wavelength of 1080 ± 5 nm, featuring a standard 20‑m optical fiber, an adjustable spot size of 4–6 mm, and an air‑assisted automatic powder‑feeding system. Cladding thickness is programmable from 0.5 to 3.5 mm. A dual‑temperature‑controlled chiller ensures stable temperature regulation, while argon and nitrogen shielding prevents oxidation of the coating. Paired with a six‑axis industrial robot and a positioner, the system can perform cladding on complex curved surfaces of shafts, molds, and hydraulic components. The entire unit operates on 380 V industrial power, and its modular powder‑delivery and optical‑path assemblies facilitate easy replacement and maintenance, significantly reducing the cost of replacing heavily worn parts and extending the equipment’s service life.

Technical Specifications

Aircraft model	ZL-LDR02K	ZL-LDR03K	ZL-LDR04K	ZL-LDR06K
Laser power (W)	2000	5000	4000	6000
Laser wavelength (nm)	1080±5
Fiber optic length (m)	20
Spot diameter (mm)	4-6
Fiber optic interface	QBH, QD, LLK-B, LLK-D
Cooling system	Dual-temperature-controlled chiller
Cladding thickness (mm)	0.5–3.5, adjustable according to the specific process
Powder delivery method	Airborne
Shielding gas	Argon, nitrogen, compressed air
Power supply (V/Hz)	380/50

Application areas

Preparation of wear-resistant coatings for molds, strengthening of automotive components, and additive manufacturing for corrosion protection of military metal parts.

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