Auto industry
Laser processing technology is an advanced technology of automobile production, which has been applied to make high-quality car accessories as well as fitting signs for years.
Switch Marking
1. Adopting the most advanced Han's MOPA/UV/Co2 laser.
2. The maximum single point energy is 1mj, which can be used for deep carving technology of materials such as aluminum, copper, stainless steel, etc.
3. The tagging software independently developed by Han's Laser.
2. The maximum single point energy is 1mj, which can be used for deep carving technology of materials such as aluminum, copper, stainless steel, etc.
3. The tagging software independently developed by Han's Laser.
Surface Processing
1. Marking category: Accurately perform laser marking on different material surfaces to achieve product identification, anti-counterfeiting and traceability functions.
2. Wire drawing treatment category: Efficiently perform laser wire drawing treatment on metal surfaces to endow the surface with a delicate texture, meeting the aesthetic and durability requirements of automotive interior parts.
3. Wood grain removal category: Conduct laser wood grain removal treatment on automotive wood-grain interior panels to optimize the surface and adapt to the application scenarios of interior decoration panels.
2. Wire drawing treatment category: Efficiently perform laser wire drawing treatment on metal surfaces to endow the surface with a delicate texture, meeting the aesthetic and durability requirements of automotive interior parts.
3. Wood grain removal category: Conduct laser wood grain removal treatment on automotive wood-grain interior panels to optimize the surface and adapt to the application scenarios of interior decoration panels.
3M Paper Marking
1. High-quality fiber lasers are adopted, featuring high efficiency.
2. The marking area is clear, with no burrs on the edges, and the content is resistant to scratches, ensuring long-term effective display.
3. It can be applied in industries such as auto parts, medical care, and gifts.
2. The marking area is clear, with no burrs on the edges, and the content is resistant to scratches, ensuring long-term effective display.
3. It can be applied in industries such as auto parts, medical care, and gifts.
VIN Code Marking
1. High-quality fiber lasers are adopted, featuring high efficiency.
2. The marking area is clean without carbonization or burrs, and the characters have depth, making it easy to transfer.
3. It is used in mechanical manufacturing and auto parts industries.
2. The marking area is clean without carbonization or burrs, and the characters have depth, making it easy to transfer.
3. It is used in mechanical manufacturing and auto parts industries.
Tire Marking
1. High-quality CO2 lasers are adopted, ensuring clear marking on the surface without damaging the inner rubber of the tire, providing high safety.
2. Fiber lasers can be used instead to clean the inner wall of the tire, increasing its roughness and adapting to the production process of silent tires.
3. It can be expanded with automated equipment and connected to the tire production line.
2. Fiber lasers can be used instead to clean the inner wall of the tire, increasing its roughness and adapting to the production process of silent tires.
3. It can be expanded with automated equipment and connected to the tire production line.
Car Steering Wheel Polishing
1. Equipped with multifunctional advanced CO2 laser.
2. Can be applied to the processing of various components in the automotive field.
3. High polishing accuracy, capable of achieving micron level machining processes.
2. Can be applied to the processing of various components in the automotive field.
3. High polishing accuracy, capable of achieving micron level machining processes.
Car Seat Drilling
1. Equipped with multifunctional advanced CO2 laser.
2. Can be applied to the processing of various components in the automotive field.
3. High polishing accuracy, capable of achieving micron level machining processes.
2. Can be applied to the processing of various components in the automotive field.
3. High polishing accuracy, capable of achieving micron level machining processes.
Pipeline Dry Test of Automobile Air-Conditioner
1. Customizable multi station design with high testing efficiency.
2. Optional for direct pressure and differential pressure airtight testing instruments with high testing accuracy.
3. Widely used for testing automotive parts products, different products only require changing the fixture for testing.
2. Optional for direct pressure and differential pressure airtight testing instruments with high testing accuracy.
3. Widely used for testing automotive parts products, different products only require changing the fixture for testing.
Air Tightness Test of Automobile Water Pump Housing
1. Customizable multi station design with high testing efficiency.
2. Optional for direct pressure and differential pressure airtight testing instruments with high testing accuracy.
3. Widely used for testing automotive parts products, different products only require changing the fixture for testing.
2. Optional for direct pressure and differential pressure airtight testing instruments with high testing accuracy.
3. Widely used for testing automotive parts products, different products only require changing the fixture for testing.
Automotive Glass Cutting
1. Automotive - use Glass Picosecond Laser Cutting and CO2 Laser Dicing Equipment.
2. Three - dimensional Five - axis Platform, with visual robotic arm loading and a marble platform, offering extremely high flexibility and stability.
3. It is used for cutting automotive parts such, as glass for rear - view mirrors, central control platforms, heads - up displays, etc.
2. Three - dimensional Five - axis Platform, with visual robotic arm loading and a marble platform, offering extremely high flexibility and stability.
3. It is used for cutting automotive parts such, as glass for rear - view mirrors, central control platforms, heads - up displays, etc.
Vehicle Lamp Welding
1. By using semiconductor lasers, it is easy to penetrate the shell and weld two kinds of plastics together.
2. The welding surface is smooth, free of bubbles and scorch marks, with good sealing performance, being waterproof and airtight.
3. It is widely applied in the automotive parts, medical and other industries.
2. The welding surface is smooth, free of bubbles and scorch marks, with good sealing performance, being waterproof and airtight.
3. It is widely applied in the automotive parts, medical and other industries.
Stator Welding
1. Fiber laser is adopted, featuring high efficiency.
2. The welded surface is smooth without bubbles or burn marks. The welded area is solid and can withstand high pressure.
3. It is widely applied in the auto parts industry.
2. The welded surface is smooth without bubbles or burn marks. The welded area is solid and can withstand high pressure.
3. It is widely applied in the auto parts industry.
