Brief:A Vacuum Pump is a device designed to create a partial or complete vacuum within a sealed space. It functions by removing gas molecules from the enclosed area, reducing the pressure inside to levels below atmospheric pressure. There are various types of vacuum pumps, each with its own unique working mechanism. For example, rotary vane pumps use rotating vanes to trap and expel gas, while diffusion pumps operate based on the principle of gas diffusion. Vacuum pumps find extensive applications across multiple industries. In the semiconductor industry, they are crucial for manufacturing integrated circuits, ensuring a clean and low - pressure environment for precise chip production. In scientific research, they enable experiments under vacuum conditions, facilitating studies in material science, physics, and chemistry. Additionally, they are used in the food packaging industry to extend the shelf - life of products by removing oxygen. These pumps offer significant advantages such as high - efficiency in creating and maintaining vacuums, reliability in continuous operation, and compatibility with different gases and substances. Their compact design also makes them suitable for a wide range of setups, from large - scale industrial plants to small - scale laboratory equipment.
Brief:The working principle of the air compressor for laser cutting mainly involves compressing air to provide high-pressure gas for the laser cutting process, so as to assist in cutting materials.
Brief:The system typically operates on the principle of screw compression. The motor drives the screw rotors to rotate, allowing air to enter through the air inlet. As the screw rotors turn, the air is progressively compressed, resulting in an increase in pressure. Ultimately, the compressed air is discharged from the air outlet and directed into the subsequent air treatment system and the air supply pipeline of the laser cutting machine.
Brief:The 37 kW laser cutting machine is a high-power laser processing device primarily designed for high-precision and high-efficiency cutting of various metal and non-metal materials. It utilizes advanced laser technology and a precise mechanical transmission system, allowing for rapid and accurate cutting operations. This machine is widely employed across multiple industries, including machinery manufacturing, the automotive sector, aerospace, electronics, electrical appliances, and advertising and decoration.
Brief:Water-lubricated products utilize water as the primary lubricating medium, offering an eco-friendly and efficient alternative to traditional oil-based systems. These solutions are widely applied in industries such as marine, hydropower, and manufacturing, where environmental safety and operational reliability are critical.
Brief:It is mainly composed of components such as the main engine, motor, cooling system, intake valve, and exhaust pipe. The main engine adopts a new generation of screw profile, and the lubricating oil quantity for the bearings and the compression chamber has been precisely calculated. The motor is a high-efficiency permanent magnet motor, which has the advantages of low cogging torque and high overload capacity. The cooling system usually employs an aluminum finned cooler with an increased heat transfer area and a high-efficiency axial flow fan. The intake valve is an integrated intake valve with a streamlined flow channel design. The diameter of the exhaust pipe of the machine body has been increased.
