An efficient, lightweight, and flexible all-in-one processing solution integrating welding, cleaning, and cutting functions.
A laser welding cleaning cutting machine is a multifunctional laser processing system that integrates welding, cleaning, and cutting functions into a single unit. It efficiently performs various metal processing tasks using a high-power fiber laser. Some models also support weld seam cleaning and energy-storage welding, meeting a wider range of industrial processing requirements.
Since its establishment in 2009, DXTECH has accumulated over 17 years of experience in the welding cleaning cutting industry. The company focuses on providing high-quality, high-efficiency equipment solutions for precision metal processing, and its products are widely used in electronics, hardware, automotive parts, and medical device industries.
DXTECH laser welding cleaning cutting machines are available in a variety of models and power configurations. They efficiently process a wide range of metals, including aluminum, titanium, stainless steel, galvanized steel, and carbon steel, delivering excellent performance while maintaining high cost-effectiveness.
Cleaning width: 10-200mm
Pulse width: 0.05-0.6
Functions: Welding, cutting, cleaning
Machine power: 1KW-3KW
Laser source: Fiber laser
Functions: Welding, cutting, cleaning, weld cleaning
Laser type: Continuous
Cleaning width: 10-120mm
Welding effect: No damage
Machine power: 1KW-3KW
Cleaning width: 10-200mm
Functions: Welding, cutting, cleaning, weld cleaning, energy storage welding
DXTECH portable fiber laser welding cleaning cutting machines achieve up to 0.1 mm precision, enabling accurate positioning for complex structures and improving welding efficiency.
DXTECH laser welding cleaning cutting machines maintain stable output from -20°C to 40°C and support 24-hour continuous operation for high-intensity production.
Welding fumes and laser-generated emissions are effectively filtered and purified, minimizing environmental impact while effectively ensuring operator health and safety.
With concentrated laser energy and rapid heating, heat is applied to a small area, reducing deformation and improving durability.
The machine features an intelligent control system with 26 language options, allowing quick parameter settings through the touchscreen for easy operation.
The handheld welding gun weighs only approximately 0.8 kg and features a compact ergonomic design, allowing flexible operation in various complex working environments.
A single DXTECH industrial-grade laser machine integrates welding, cleaning, and cutting functions in one system, allowing fast and flexible switching between multiple processes and significantly improving overall production efficiency.
The laser welding cleaning cutting machine is equipped with a dual-temperature, dual-control circulating cooling system, which precisely maintains a stable optimal operating temperature under various working conditions, ensuring long-term and stable equipment performance.
This design effectively guarantees the continuity and reliability of the laser welding process, not only extending the service life of the machine but also significantly improving welding quality, achieving stable and high-precision welding results.
Send inquiry now The precision laser welding cleaning cutting machine is equipped with an intelligent control system featuring an intuitive and user-friendly interface, along with a range of advanced parameter settings for precise welding process control. It supports parameter preset functions, significantly improving efficiency when processing different materials. In addition, the machine is fitted with an emergency stop button, enabling immediate shutdown in emergency situations and ensuring enhanced operational safety.
Send inquiry now The laser welding cleaning cutting machine is equipped with a dedicated wire feeding system, available in both single-wire and dual-wire configurations. It is suitable for wide weld seam applications and significantly enhances weld strength and structural stability.
The system supports continuous and precise wire feeding, effectively simplifying the welding process while ensuring smooth and efficient wire delivery, thereby improving weld quality and forming consistency. Whether for high-precision fine welding or heavy-duty applications, it flexibly meets diverse production requirements.
| Comparison Item | Traditional Welding | Laser Welding Machine |
| Working Principle | Arc heating to melt filler material | High-energy laser beam melts metal |
| Processing Speed | Relatively slow | High speed and high efficiency |
| Weld Quality | Average, often requires grinding | Smooth and clean, minimal post-processing |
| Heat Affected Zone | Large, easy deformation | Small heat-affected zone, minimal deformation |
| Welding Precision | Relatively low, depends on operator skill | Extremely high, stable and consistent |
| Material Deformation | More likely due to high heat | Very low deformation |
| Operation Difficulty | Requires skilled welder | Easy to operate, lower skill requirement |
| Post-Processing | Often required (grinding, polishing) | Usually not required |
| Safety | Arc light, smoke, UV radiation | Safer, enclosed and controllable laser process |
If you need other models of laser welding cleaning cutting machines, such as robotic laser welding machines, please contact us!
Learn moreThe laser welding cleaning cutting machine can process a wide range of metal materials, including carbon steel, stainless steel, aluminum and aluminum alloys, galvanized steel, copper and copper alloys, titanium and titanium alloys, as well as various alloy steels and tool steels. It is widely used in diverse metal processing and manufacturing applications, meeting the needs of different industries.
DXTECH portable laser welding cleaning cutting machines can flexibly switch between welding, cleaning, and cutting functions, and the intelligent control system ensures consistent and stable processing performance. They are particularly suitable for small-batch sheet metal processing and structural component manufacturing, including products such as cabinets, sheet metal enclosures, metal brackets, and structural parts.
In shipbuilding and heavy industry, applications typically involve thick plate welding, steel structure cutting, as well as rust removal and cleaning for large equipment maintenance. DXTECH 3 in 1 handheld laser welding machines are available in multiple power configurations. Among them, the 3000W model offers higher output power and stronger processing capability, making it particularly suitable for deep penetration welding. It delivers high efficiency and stable performance.
In the aerospace industry, processed products are typically high-strength alloy structural components and precision connectors. DXTECH laser welding cleaning cutting machines offer advantages such as a small heat-affected zone, minimal material deformation, and high reliability. They are suitable for the welding and cleaning of high-precision metal structural parts, meeting stringent manufacturing requirements for high strength and high reliability.
Welding Samples DXTECH laser welding machines are suitable for various processes such as automotive body welding, component cutting, weld seam cleaning, and old coating removal. The equipment achieves a processing accuracy of up to 0.1 mm, and the wire feeding system further enhances weld strength, effectively improving production efficiency and machining precision.
”From project support to on-site guidance, DXTECH demonstrated its professionalism and efficiency at every stage. The laser welding machine is powerful, highly precise, and very easy to operate.“
“After multiple tests, the four‑in‑one machine delivered stable, high‑efficiency performance. Thanks to the DXTECH engineers for their professional and responsive support throughout installation and troubleshooting.”
“These three machines operate with excellent stability, possess strong cutting and welding capabilities, and feature professional industrial design, fully meeting our production needs. DXTECH’s after-sales team is also fantastic.”
With over 17 years of expertise in laser welding cleaning cutting technology, based on historical sales data, DXTECH is committed to providing stable, reliable, and advanced welding solutions to customers in more than 150 countries and regions worldwide. The company has established localized service teams in Spain, Turkey, and Bosnia, and works closely with more than 20 international distributors, making it a trusted long-term partner for customers. Its products are certified by globally recognized authorities, including ISO, CE, FDA, and UL, with strict quality control implemented throughout the entire production process.
In addition to laser welding cleaning cutting equipment, DXTECH also offers fiber laser cutting machines, press brakes, and other metal processing equipment. Based on specific customer process requirements, we provide fully customized automated production lines and system solutions, enabling efficient equipment integration and significantly improving production efficiency and automation levels.
Welding Display
Factory Scene
With reliable machine performance and a comprehensive global after-sales service system, our laser welding machines have been exported to more than 180 countries and regions, serving over 9,000 customers worldwide.
We sincerely welcome customers from around the world to visit our factory and office in China to experience our manufacturing capabilities, machine performance, and product quality firsthand, and to gain a deeper understanding of our production processes and quality control system.
These machines are truly impressive. Both the cutting and welding performance are outstanding. From the smooth operation to the high-quality results, every detail has exceeded our expectations.
We’re extremely satisfied with the excellent assembly quality, smooth operation, and outstanding performance demonstrated during the on-site cutting tests of the laser welding machine. DXTECH’s after-sales support has also been highly professional and responsive.
After personally testing and using the machine, we found the precision to be extremely high and the operation very stable. The 5-in-1 laser welding machine is highly reliable. DXTECH has proven to be a highly reliable long-term partner.
The system uses a high-power fiber laser source to generate the laser beam, which is delivered through optical fiber to a handheld welding gun or processing head. By adjusting power, frequency, and operating mode, different physical processing effects can be achieved. The laser features high energy density, strong directionality, and excellent controllability.
Dual-wire mode:
Provides higher filler volume and faster processing speed. It is suitable for butt welding and fillet welding applications, offering faster filling, wider weld seams, and better gap-bridging capability.
Single-wire mode:
Designed for thin sheets and precision components, enabling clean, narrow, and highly controlled decorative welding.
Different power configurations can be selected based on material thickness, processing requirements, and production efficiency, typically including 1000W / 1500W / 2000W / 3000W.
General recommendations:
The final configuration should be selected according to material type, thickness, application requirements, and production capacity.
The machine is equipped with comprehensive safety protection systems and an emergency stop button to ensure safe operation.
No chemicals or complex consumables are required during processing. The machine features low maintenance requirements and cost-effective operation.
We provide a 2-year warranty for the laser source and a 1-year warranty for the complete machine. DXTECH also offers sample testing, OEM customization, remote technical support, and lifetime after-sales service. With agents and offices in multiple countries, we can provide fast-response support for global customers.
DXTECH laser welding cleaning cutting machines support multiple welding methods, including fusion welding, wire-feed welding, spot welding, continuous welding, wobble welding, fillet welding, lap welding, and butt welding. These methods are suitable for various metal fabrication applications, offering fast welding speed, low deformation, and high-quality weld seams.
Compared with TIG and MIG welding, laser welding provides higher efficiency and better weld quality. It features faster welding speed, smaller heat-affected zones, lower deformation, and cleaner weld seams with less post-processing.
TIG welding is ideal for precision thin-sheet applications but requires higher operator skill and slower processing speed. MIG welding is suitable for thicker materials and mass production, but it produces more spatter and thermal deformation. Laser welding is better suited for modern metal fabrication requiring high efficiency, precision, and weld appearance.
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