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Mold Laser Welding Machine
Mold Laser Welding Machine

Mold Laser Welding Machine

Feature Advanced Dual-Observer Vision System Our integrated microscope and high-resolution CCD camera offer two distinct levels of visual precision. This dual system ensures that you never lose sight of the smallest detail, allowing for simple targeting of micro-defects and real-time...
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Feature

 

 Advanced Dual-Observer Vision System

Our integrated microscope and high-resolution CCD camera offer two distinct levels of visual precision. This dual system ensures that you never lose sight of the smallest detail, allowing for simple targeting of micro-defects and real-time verification of weld integrity on a large, clear display, all while reducing operator eye strain.

Observer Vision System

Precision 3-axis motorised workbench

 

3-axis motorised workbench

Navigate complex part geometries with smooth control. This stable platform enables micro-adjustments for perfect laser beam positioning, guaranteeing consistent and accurate weld placement across the entire surface of your most valuable molds and tools.

Semi-automated joystick control with XYZ stage

Master the art of precision through intuitive, hands-on control. Our system includes a responsive joystick for direct control of the motorized XYZ workstage. This semi-automatic operation allows you to precisely guide the welding head while the workpiece remains securely fixed, eliminating human hand tremors and ensuring consistent, high-quality welds along even the most complex paths.

joystick controller

Robust Construction for Long-Term Reliability

Robust Construction

This machine is designed to withstand the demands of everyday professional use. Its durable and stable design ensures consistent accuracy and performance year after year, protecting your investment and increasing productivity in the long run.

Clean-appearance Weld Results

Achieve welds that meet the highest appearance standards. The process produces clean, spatter-free seams with an excellent surface finish, significantly reducing or even eliminating the need for time-consuming secondary polishing and cleanup after the repair is complete.

 

Unmatched Process Control

Take complete command of the welding process. Our system lets you fine-tune power, pulse duration, and frequency to match any material or defect type. This granular control allows you to address everything from fine cracks to cosmetic blemishes with optimal parameters, ensuring a perfect result every time.

 

Superior Speed & Precision Over Traditional Methods

Achieve unparalleled productivity and accuracy. The non-contact laser process is much faster than TIG or micro-welding, significantly reducing cycle times. Its pinpoint beam focus enables welds on a sub-millimeter scale, preserving your mold's finest details with extreme precision.

 

Welding Workflow With Zero Preparation

Optimize operational uptime. This mold repair laser welding machine requires no preheating or extensive surface preparation. Simply position the mold and weld, and you can perform critical repairs on finished or semi-finished components in minutes rather than hours.

 

Advanced Pulsed YAG Laser Source

Use our advanced laser technology to control heat input. It generates short, high-energy pulses for intense, localized energy, resulting in strong welds without the risk of heat-affected zone distortion, annealing, or damage to the sensitive surrounding areas of your precision components.

 

Dedicated Pro Support with Remote Service

Our commitment to support protects your productivity. We offer dedicated Support, which includes real-time remote assistance from our service engineers. This immediate access to expert assistance ensures rapid diagnostics, parameter optimisation, and operational guidance, effectively reducing downtime and keeping your valuable projects on track.

Applications

 

Filling Cracks and Fractures: Repairing stress-induced cracks in plastic injection molds, die-casting dies, and forging dies, restoring structural integrity.

 

Fixing Erosion and Corrosion Damage: Rebuilding areas worn down by abrasive materials (e.g., glass-filled plastics) or corroded by chemical agents.

 

Textured Surface Repair: Precisely rebuilding damaged areas on textured (e.g., EDM, laser-etched) surfaces without affecting the surrounding texture.

 

Part Design Changes: Modifying the mold geometry to incorporate new features, logos, or design changes on the final product.

 

Plastic Injection Moulding: The most common application. Used for repairing gates, vents, ejector pin marks, and cosmetic surfaces on molds for automotive parts, consumer electronics, medical devices, and packaging.

 

Die-Casting: Repairing heat checks, erosion, and soldering damage on aluminium and magnesium die-casting dies for automotive and aerospace components.

 

Glass & Ceramic Molds: Maintaining and repairing molds used for manufacturing glass bottles and ceramic items, where surface finish is critical.

 

Rubber and Tire Molds: Precisely repairing intricate details and text on molds for rubber seals, gaskets, and tyres.

 

FAQ

 

Q: What is the main advantage of a pulsed YAG laser for mould repair compared to a continuous wave laser?

A: Pulsed YAG laser is ideal for mould repair because it delivers energy in short, high-power bursts. This minimises the Heat-Affected Zone (HAZ), preventing annealing, distortion, or cracking in the surrounding, often heat-treated, mold steel.

Q: How does this machine ensure precision for repairing fine details on complex mold surfaces?

A: Precision is achieved through a combination of our Dual-Observation Vision System and the Motorized XYZ Workstage. The high-magnification optics allow you to see and target defects with high accuracy, while the joystick-controlled stage enables smooth, tremor-free movement to position the laser spot exactly where needed, even on contoured surfaces.

Q: Can this laser spot welding machine be used on all types of mold steels?

A: Yes. This Mold Laser Welding Machine is highly effective on a wide range of tool and die steels, including P20, H13, S136, and various stainless steels. The Precise Energy Control allows you to adjust parameters to match the specific material, ensuring strong, clean welds without compromising the base metal's properties.

Q: What is the typical spot size, and how does it benefit intricate repairs?

A: The laser produces a very fine, focused spot, typically ranging from 0.1 mm to 3.0 mm. This small spot size makes it a perfect Laser Spot Welder for fixing micro-cracks, repairing damaged teeth on intricate gears, and performing cosmetic touches on polished surfaces without affecting adjacent areas.

Q: Is extensive operator training required to use this machine effectively?

A: While the technology is advanced, the system is designed for intuitive operation. The Semi-Automated Joystick Control makes it easy to learn the basics of positioning and welding.

Q: How does this process compare to traditional TIG welding for mold repair?

A: This Laser Welding Machine is superior to TIG in almost every way for precision repair. It generates far less heat, eliminating the risk of distortion. It requires no filler rods, resulting in cleaner welds that need little to no post-weld polishing. The process is also faster and more repeatable for small, detailed areas.

Q: What are the power requirements, and does the machine need special installation?

A: Our YAG laser welders are designed for standard workshop environments. They typically run on a standard 220V single-phase power supply and do not require special electrical work or water cooling systems, making installation straightforward and cost-effective.

 

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Technical Parameters

 

Model

HT-WY180-MK (C)

HT-WY180-MK (D)

HT-WY180-MK (E)

HT-LMY300-MK

3-axis stroke of workbench

X=300 mm, Y=200mm (X, Y, and Z automatic control)

Bearing of workbench

≤150 kg

Power supply

220V±10%/50Hz or 380V±10%/50Hz

Laser parameters

Laser type

Nd:YAG pulse

Size of light spot

0.2-3.0 mn

Laser wavelength

1064 nm

Pulse width

≤20 ms

Maximum laser power

180W

300W

Pulse frequency

≤50 Hz

Laser output focus length

80 mm/100 mm/120 mm (optional)

Cooling system

Water cooling

Observing system

Microscope+CCD

Protection gas

1 line (xenon)

Applicable welding wire diameter

0.1-0.6mm

0.1-0.8 mm