A handheld laser welder, also known as a laser cutter, is a high-precision, low-power, and versatile machine designed specifically for workpiece processing. It is suitable for cutting thin materials, welding simple workpieces, and rapidly prototyping.
Because laser cutters utilize a laser beam to generate heat energy from the workpiece, which then forms plasma on the workpiece surface to achieve the desired processing, they can achieve precise positioning, cutting, and welding.
A handheld laser cutter is a high-precision, high-efficiency laser cutter suitable for cutting a variety of small, thin materials, such as glass, ceramics, and metal, as well as metal plates of various thicknesses.
1. It can perform precise cutting and welding, with a processing size range of 0.2 mm to 500 mm.
2. It can achieve rapid prototyping without the need for marking.
3. It can perform automatic continuous processing and laser engraving.
4. It can achieve precise cutting and welding, eliminating the need for a wire EDM machine.
5. The handheld laser cutter's high-strength aluminum alloy body is durable, lightweight, and can be handheld. 6. The laser cutting machine has a cooling function to protect the laser melt pool.
7. The handheld device is portable and easy to carry.
2. It uses imported high-precision sensors to ensure processing quality and accuracy.
The handheld laser welding machine uses imported high-precision sensors to ensure processing quality and accuracy, and can be widely used for cutting various materials such as glass, metal, ceramics, and plastics.
The handheld laser welding machine is suitable for a variety of materials, including sheets and profiles.
The handheld laser welding machine uses imported lasers to ensure cutting quality and accuracy while achieving high cutting speeds.
The handheld welding machine has a one-touch switching function that allows quick switching between different welding methods, making it suitable for processing different materials.
3. It can be widely used in industries such as automotive, hardware, furniture, glass, and toys.
In the automotive industry, in particular, as the demand for lightweight vehicles continues to increase, sheet metal cutting has become one of the most critical manufacturing processes in major automakers.
Sheet metal cutting can perform the functions of a sheet metal cutting machine in a single machine, making it a mainstream and effective sheet metal processing method in the domestic market. Sheet metal production in the automotive industry requires cutting many complex and irregularly shaped plates, a task that ordinary machine tools cannot accomplish. Laser cutting machines are an excellent choice.
Fourth, a large LCD display is intuitive and easy to understand, making human-machine interaction more convenient.
The large LCD display allows for touchscreen control of software, enabling laser cutting, engraving, welding, and other functions, and allows for setting various parameters to meet diverse user needs.
Five, a professional controller ensures easy and convenient operation.
The handheld laser welding machine utilizes an advanced professional controller with a simple user interface and a clear menu structure. Parameters can be set and adjusted via the touchscreen, allowing the operator to quickly and easily operate and adjust the machine.
Six, the handheld unit is battery-powered, requiring no external power supply, making operation safer and more convenient.
Five, it is easy to use: complex cutting processes can be achieved through simple button settings.
The remote control allows for easy control of laser speed, position, and other parameters, and it can communicate with a PC-based CNC system.
