EN
A laser-cutting machine is a laser-cutter device used to cut and process metal materials. The laser cutting equipment has a fast cutting speed and high accuracy. Therefore, it is widely used in various industries.
“Host” refers to the bed, beam, workbench, Z-axis, pneumatic control, electronics, transmission, shell, safety system, etc. of the industrial laser cutting machine. When the laser cuts, the workpiece is placed on the workbench first, and then the servo motor drives the beam to control the Z-axis, and the user can adjust the parameters according to their own needs.
It is the core component of the laser cutter. It is the “power source” for cutting operations. The fiber laser in the HanChine Industry laser cutter is better than other lasers. It has higher efficiency, a longer life, and lower costs. It also requires less maintenance.
The cutting head of the laser cutter is a laser output device. It consists of a nozzle, a focusing lens, and a tracking system. The laser cutting machine’s cutting head will follow the set path. But the CNC will adjust the laser’s focus. It will do this for different materials, thicknesses, and cutting methods.
The water chiller is a cooling device for the fiber laser cutting machine. It can quickly and efficiently cool the laser, spindle, and other devices. Today’s chillers have advanced functions. These include input and output control device switches, cooling water flow, and high/low temperature alarms. Their performance is now more stable.
The servo motor is the engine that controls a servo system’s mechanical parts. The servo motor can control speed and position with a high degree of accuracy. It can convert a control signal into speed and position to drive the controlled object. High-quality servo motors can ensure a laser cutter’s performance. Cutting accuracy, positioning speed, repeatability.
The laser cutter’s gas supply system includes a gas source, a filter, and a pipeline. The gas source includes bottled gas, liquefied gas, and compressed air.
It mainly controls the machine tool. It moves the X, Y, and Z axes. It also controls the fiber laser’s output power. Thus, the above parts are important for laser-cutting machines. Their components differ by model and brand. So, when buying a laser cutting machine, know the brand and its reputation. Understand its actual uses and operation. Then, match it to your production goals and use cases to find the machine that works best for you.
The X, Y, and Z axes use advanced servo motors. They have high-rigidity precision reducers, grinding gear racks, and high-precision linear guides. These efficient parts ensure accurate transmission. The crossbeam uses a gantry-type, bilateral drive, synchronous compensation for its transmission. It is highly rigid, precise, and reliable. This setup ensures high speed and precision.
It is made of aluminum and integrally cast. It was rough-machined after annealing to eliminate internal stress. Then, it was fine-machined after a secondary vibration aging treatment. This ensures the crossbeam’s strength, rigidity, and stability. The aluminum crossbeam is light in weight, has small inertia, and good dynamic performance.
The machine bed has an integral welded structure. It is rough-machined after annealing to eliminate stress, and fine-machined after vibration and natural aging to eliminate stress. This greatly improves the machine tool’s stability.
Suitable for cutting space: two-dimensional plane cutting.
Application industries: sheet metal processing, rail transit, shipbuilding, and automobiles. Also, engineering, agricultural, and forestry machinery.
Also, electrical and elevator manufacturing, and household appliances.
Plus, grain and textile machinery, tool processing, and petroleum and food machinery.
Also, kitchenware and bathrooms, decorative advertising, and laser external processing services. These are all various machinery manufacturing and processing industries. Cutting materials: high carbon steel, low carbon steel, stainless steel, aluminum alloy, brass, pickling plate, and galvanized plate. Also, other metals.
Discover the power of HanChine’s Laser Cutting Machines, engineered with innovative solutions that allow for seamless tool management based on production needs. Our user-friendly design ensures effortless operation, while advanced technology harnesses high-energy laser beams to achieve unparalleled precision in cutting.
HanChine’s journey began in the early 1990s. As a sheet metal factory, we have a deep understanding of every detail of the sheet metal processing industry from the beginning. Our strong interest in flexible automation technology has driven us to continue to innovate. After nearly three decades of development, HanChine has become one of the most well-known sheet metal companies in China. We focus on the research and development and manufacture of professional flexible automation equipment to promote the progress of the industry. In Chinese, “Hanchine” symbolizes “Chinese machine”, and we are proud to be able to inject Chinese wisdom into the industry. In China, HanChine is also known as the synonym of “wisdom”.
