A “Galvanometer Scan XY Platform Laser Welding Machine” is a laser welding system that combines galvanometer scanning with XY motion control, enabling flexible beam positioning and welding across different working ranges. It is suitable for fine welding, precise positioning, and processing with complex welding paths.
A Galvanometer Laser Welding System is a type of laser processing system that uses an electron-mirror scanning unit to guide the laser beam during the welding process. Two mirrors driven by servomotors control the direction of the beam, allowing the focal point to move across the workpiece’s surface without moving the welding head or the workpiece itself.
The system employs high-speed scanning and rapid beam positioning technology. During operation, only the mirrors move, providing fast response and stable beam control for precision welding and microstructure processing.
The XY platform is a dual-axis positioning and motion control system designed for precision manufacturing and automation. It uses orthogonal X and Y axes to control motion in the horizontal plane, enabling stable and precise positioning of workpieces or machining heads.
It is widely used in fields such as laser processing, semiconductor inspection, wafer handling, precision measurement, and additive manufacturing. Depending on application requirements, it can be configured with different drive systems and guide rail structures to achieve high-precision motion control.
This galvanometer laser welding machine is an advanced automated laser welding system that combines a high-speed galvanometer scanning system with a three-axis (X/Y/Z) precision motion platform. It incorporates high-performance laser sources, anti-spatter laser guns, electrical control systems, and high-definition control panels, and is specifically designed to serve industrial customers requiring standardized, high-efficiency mass production.
Stable high-power output, fast response, low energy consumption, suitable for welding medium-to-thin sheets of various materials
High reliability and intelligent control, suitable for automated operations across multiple scenarios
Integrated high-efficiency heat dissipation with a maintenance-free design ensures stable, continuous operation
Supports precise movement along the X/Y/Z axes with high positioning accuracy, suitable for welding workpieces of various sizes
Clear and intuitive interface, supports parameter storage and one-click recall for convenient operation
Reinforced sheet metal structure with non-slip footpads ensures stability during operation
This galvo laser welding system utilises a high-performance laser as its core component, emitting a high-energy-density laser beam. This beam is focused by a precision optical system into a micron-level spot, which acts instantaneously on the metal surface to rapidly melt the material and form a stable molten pool. Meanwhile, the galvanometer system enables high-speed scanning control of the laser path. Combined with the precise positioning of the XYZ platform, this ensures more flexible and efficient welding trajectories, thereby enhancing overall processing efficiency.
During the welding process, the four-axis stepper wire feeding system ensures synchronised and stable wire feeding, resulting in uniform molten pool filling and a well-formed, full weld bead. Combined with an intelligent air-cooling system that continuously dissipates heat, the xy platform laser welding machine maintains stable operation over extended periods. With advantages such as low heat input, a small heat-affected zone, and minimal distortion, it achieves high-precision, low-defect automated welding results.
| Model | KPS-PASC1100 | KPS-PASC1500 | KPS-PASC2000 |
|---|---|---|---|
| Laser Power | 1100W | 1500W | 2000W |
| Fillet Weld Thickness (Stainless Steel) | 2.0mm | 2.5mm | 5mm |
| Fillet Weld Thickness (Carbon Steel) | 2.5mm | 3mm | 5.5mm |
| Fillet Weld Thickness (Aluminum Alloy) | 2.0mm | 2mm | 4.5mm |
| Wire Diameter | Φ0.8mm—1.6mm | Φ0.8mm—1.6mm | Φ0.8mm—2.0mm |
| Wire Feeding Mode | Automatic wire feeding (single/double wire switching) | Automatic Wire Feeding (Single/Double Wire Switching) | Automatic Wire Feeding (Single/Double Wire Switching) |
| Total Power Consumption | ≤2.8kw | ≤3.0kw | ≤3.5kw |
| Cooling Method | Built-in intelligent air cooling | Built-in Intelligent Air Cooling | Built-in Intelligent Air Cooling |
| Operating Mode | Continuous – Pulse | Continuous – Pulse | Continuous – Pulsed |
| Operation Method | Panel – APP – Remote diagnosis | Panel – APP – Remote Diagnosis | Panel – APP – Remote Diagnostics |
| Power Requirements | 220V/380V (optional) | 220V/380V (Optional) | 220V/380V (Optional) |
| Equipment Dimensions (Length × Width × Height) | 1.5×1.2×1.0m | 1.5×1.2×1.0m | 1.6 × 1.3 × 1.1m |
| Equipment Weight | ≈180kg | ≈190kg | ≈210kg |
| Weld Bead Width | 1.5～4.5mm | 1.5～5.0mm | 1.5～6.0mm |
| Worktable Travel | X-axis 800mm / Y-axis 500mm / Z-axis 200mm | X-axis 800mm / Y-axis 500mm / Z-axis 200mm | X-axis 1000mm / Y-axis 600mm / Z-axis 200mm |
| Positioning Accuracy | ±0.02mm | ±0.02mm | ±0.015mm |
The electroplating-controlled XY-stage laser welding machine is used for precision welding of fine structures and small metal parts. The equipment supports controlled laser scanning via the XY stage, enabling stable positioning for precision welding in industries such as electronics, batteries, medical devices, and precision manufacturing.
electronic components, sensors, metal housings
battery tabs, connectors, casing parts
brackets, exhaust parts, small structural components
surgical tools, stainless steel components
mold surface repair, edge rebuilding
aluminum alloy and stainless steel frames, beams, columns, and connectors
Galvanometer scan XY platform laser welding machine, suitable for welding small parts, multi-point welding, and complex path welding processes. Widely used in production environments that require stable positioning and controllable energy input.
The Galvanometer Laser Welding System uses beam scanning, also known as an automated platform laser welding machine system. while traditional welding systems rely on mechanical movement. The following comparison shows the differences in speed, positioning,
| Item | Galvanometer Laser Welding System | Traditional Welding System |
|---|---|---|
| Beam movement | Galvo mirrors control the laser beam scanning | Mechanical movement of the welding head or worktable |
| Motion speed | High-speed beam scanning | Limited by mechanical movement |
| Response time | Fast beam positioning | Slower positioning response |
| Mechanical inertia | Mirror movement only | Welding head or worktable movement |
| Working area | Small to medium welding area | Large welding area |
| Welding path | Multi-point, complex paths | Continuous linear or large-area welding |
| Positioning accuracy | High | Depends on the mechanical system’s accuracy |
| Automation | Suitable for automated production equipment | Manual, semi-automatic, or automated systems |
| Typical applications | Electronics, battery tabs, medical devices, precision parts | Structural fabrication, mold repair, and large metal components |
Galvanometer laser welding systems are used for precision welding and small-area processing, while traditional welding systems are suitable for larger workpieces and continuous welding over long distances. Laser welding equipment is available in both automated and handheld configurations. To learn more about the differences in system design, applications, and equipment selection, read: Automated Laser Welding vs. Handheld Laser Welding: Key Differences, Applications & Buying Guide
The high-speed laser welding system overcomes the pain points of traditional automated welding equipment, such as complex operation and limited adaptability, offering simple operation, high precision, and broad applicability.
Kempson is a leading supplier and manufacturer of automated laser welding machines in China, specializing in the R&D, production, sales, and service of high-performance laser welding equipment. The company boasts a professional R&D team and holds over 30 patents; its products have obtained ISO 9001, CE, and FDA certifications, meeting international quality and safety standards.
We are committed to providing customized welding solutions to meet our customers’ specific needs. We offer a three-year warranty and dedicated after-sales service for our equipment, with a global service network spanning 22 countries and regions. Additionally, our products are sold directly from the factory, eliminating middlemen and offering you more competitive pricing options.
Contact our team of experts today to learn how we can meet your specific welding needs.
It is primarily used for high-precision, high-efficiency metal welding applications, such as electronic components, lithium-ion battery tabs, precision hardware, and micro-structural parts. It is suitable for automated production that requires high-speed scanning and consistent batch quality.
It is suitable for a variety of metal materials, including stainless steel, carbon steel, and aluminum alloys, and is particularly well-suited for welding medium-to-thin sheets and precision structural components.
The platform laser welding machine offers a higher degree of automation and repeatability, making it suitable for standardized batch production, whereas handheld devices are better suited for flexible operations and small-batch processing.
Featuring an integrated, compact design, it has a small footprint and can be optionally equipped with swivel casters and fiber optics, allowing for flexible adaptation to multi-station workshop layouts or automated production lines.
Yes. We can customize worktable dimensions, power configurations, and automation integration solutions based on customer requirements.
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