Today, a lithium battery laser cleaning workstation, independently designed and manufactured by SDQY LASER, successfully completed all production debugging and was officially delivered to a well-known domestic technology company. This delivery marks a significant step forward for SDQY LASER in the application of lithium battery laser cleaning technology, providing strong technical support for customers to improve production line efficiency and ensure core product quality.

With the rapid development of the new energy vehicle and energy storage industries, lithium battery production has placed extremely stringent requirements on the cleanliness of key components such as electrodes and casings. Traditional cleaning methods often face challenges such as limited efficiency, potential damage to substrates, and the presence of chemical residues or environmental pollution. Based on this, SDQY LASER, leveraging its deep technical expertise in laser cleaning and extensive experience in automated system integration, closely focused on the actual production scenarios and needs of the customer's factory, successfully developed this high-performance lithium battery laser cleaning workstation.

The workstation shipped this time is a highly integrated automation solution, primarily composed of the following core units:

• 300W Pulsed Laser Cleaning Machine: As the core "power" of the workstation, it achieves millisecond-level or even microsecond-level surface cleaning through precise control of pulse parameters. It efficiently removes stains from the surface of the area to be cleaned, without mechanical contact, chemical pollution, or damage to the substrate.
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• High-Precision Robotic Arm: Equipped with a high-performance six-axis industrial robot, it moves flexibly and with precise trajectories, adapting to complex curved surfaces and multi-angle cleaning operations. This ensures uniform and consistent cleaning results, greatly improving cleaning coverage and flexible production capabilities.
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• Servo Positioner and Customized Platform: Working in conjunction with the robotic arm, this enables precise positioning and rotation of workpieces, meeting multi-faceted cleaning needs. The robust and stable customized platform provides reliable support for the entire system and can be flexibly adapted to the customer's actual production rhythm and layout.

• High Efficiency and Environmental Protection: Non-contact dry cleaning requires no consumables and produces no wastewater or exhaust emissions, aligning with green manufacturing principles and significantly reducing operating costs.

• Precise and Controllable: Laser parameters and cleaning paths can be precisely programmed via software, adaptable to cleaning needs of different materials and types of contamination, ensuring excellent consistency.

• Intelligent Integration: The workstation is equipped with an advanced vision positioning and process monitoring system, seamlessly integrating with automated production lines to achieve intelligent and unmanned operation, improving overall production efficiency.

• Reliable and Durable: Core components are sourced from internationally renowned brands, and the system undergoes rigorous aging tests and process verification to ensure long-term stable operation.

SDQY LASER is committed to providing global customers with leading laser cleaning solutions and intelligent equipment. The successful delivery of this workstation not only demonstrates the company's technological strength but also solidly fulfills our commitment to our customers. In the future, we will continue to innovate, deepen our expertise in the laser cleaning industry, and work hand in hand with our partners to jointly drive laser cleaning equipment towards greater efficiency, precision, and environmental friendliness.

SDQY LASER is a national high-tech enterprise specializing in the R&D, production, and sales of intelligent laser cleaning equipment. It is committed to providing automated and digital laser cleaning solutions for precision manufacturing fields such as lithium batteries, automobiles, and 3C products.