Industrial Fiber Laser Welding Machine, Joint Arm Mold Application

1 / 5

Industrial Fiber Laser Welding Machine, Joint Arm Mold Application

Customization:	Available
After-sales Service:	Online Services
Warranty:	2 Years

Send Inquiry

Product Description

Basic Specifications

Model NO.	HS-MOW150 / HS-MOW300 / HS-HW1500 / HS-HW2000
Application	Biomedicine, Electronic Industry, Automotive Industry, Powder Metallurgy, Manufacturing
Technical Class	Continuous Wave (CW) / QCW Laser
Laser Source	Optical Fiber Laser
Laser Power	QCW 150W-300W / CW 1500W-2000W
Frequency	1-30Hz (150W-300W) / 1-25Hz (1500W-2000W)
Cooling System	Water Cooler (10L / 16L / 20L)
Machine Size	16509201150mm

Fiber Laser Welding Machine for Mold Repairing

This advanced fiber laser welding machine is specifically designed for mold repair. It offers QCW power options (150W, 200W, 300W) and CW fiber laser options (1500W, 2000W). It is ideally adapted to repair various molds, including plastic injection molds, automotive interior molds, and mobile phone bottom plate molds. The system can restore molds to 95-99% of their original condition, significantly reducing the cost of purchasing new molds.

Core Advantages

High Precision: Capable of micro-welding small components with a minimal heat-affected zone (HAZ), preventing deformation.
Superior Beam Quality: Higher beam quality (M² ~1.1) allows for tighter focus and deeper penetration.
Lower Maintenance: Fiber lasers have a lifespan of 50,000-100,000 hours without the need to replace laser rods.
Energy Efficiency: High conversion efficiency (~30-40%) compared to traditional YAG lasers.
High Speed: Faster startup and welding speeds improve production throughput.

Key Features

Control System & Parameter Adjustment

The system is user-friendly, allowing easy adjustment of current, pulse, frequency, and spot size. In addition to the 7-inch main screen, a circular parameter adjustment screen allows for quick rotation-based tuning of power and frequency.

Mechanical Flexibility

Equipped with an electric module that supports forward, backward, left, and right movement. The electric rocker arm and foldable/retractable boom ensure that even large or complex molds can be reached and repaired efficiently.

Product Gallery

Technical Parameters

QCW & CW Mold Laser Welding Specifications
Laser Power QCW 150W/200W/300W CW 1500W/2000W	Water Cooler Capacity 10L / 16L / 20L
Laser Wavelength 1080±10nm	Type of Water Distilled or Pure Water
Z Crane Arm 360° Rotation, Up/Down movement	Microscope 10X magnification
Pulse Width 1-20ms (QCW) / 1-60ms (CW)	Shielding Gas Argon Gas
Spot Diameter 0.2 to 5mm	Power Required AC 220V ±10% 50/60Hz
Focus Distance 100mm	Fiber Cable Length 10m

Frequently Asked Questions

Q1: What types of molds can be repaired with this machine? A: It is suitable for all kinds of molds, including plastic injection molds, automotive interior molds, mobile phone bottom plate molds, and more.

Q2: What is the difference between QCW and CW laser options? A: QCW (Quasi-Continuous Wave) lasers (150W-300W) are excellent for pulsed precision welding, while CW (Continuous Wave) lasers (1500W-2000W) provide higher power for deeper penetration and faster speeds.

Q3: How effective is the mold repair? A: The machine can repair molds to reach 95% to 99% of their original condition in both appearance and structural integrity.

Q4: What is the lifespan of the laser source? A: The fiber laser source is highly durable, with an expected lifespan of 50,000 to 100,000 operating hours.

Q5: Is the machine difficult to operate? A: No, it features an easy-to-learn control system with a 7-inch screen and an additional circular parameter screen for quick manual adjustments.

Q6: Does it cause mold deformation? A: No, fiber lasers provide low heat input and a minimal heat-affected zone, which prevents thermal stress and distortion on delicate mold components.