Stainless Steel Deburring Machine – 0.02mm-Level Precision Solves Pain Points in High-End Manufacturing

Core Theme: High Precision + Intelligence, Meeting the High-Demand Scenarios of Medical Care/New Energy and Other Sectors
In the field of stainless steel processing, burr residue (>0.05mm), processing deformation, and oxide layer damage are the three major persistent problems restricting product upgrading. In particular, burrs on battery trays of new energy vehicles may pierce battery diaphragms, leading to potential safety hazards. Traditional equipment struggles to balance precision and efficiency. However, our independently developed stainless steel deburring machine has become an industry benchmark with three core technological breakthroughs:

1. Precision Revolution: Dynamic Compensation Technology

The equipment is equipped with industrial-grade servo thickness setting and servo positioning. For stainless steel of different thicknesses ranging from 0.2mm to 5mm, it automatically adjusts the workpiece position and processing thickness parameters. The fluctuation of processing stability is less than 3% for 8 consecutive hours of operation, and the Ra value of surface roughness is stably maintained at 0.8μm, which not only exceeds the standard requirements but also complies with product specifications.

2. Material Adaptability: Damage-Free Processing for All Scenarios

1. Corrosion-resistant stainless steel processing: Aimed at 304/316L corrosion-resistant stainless steel, the universal roller grinding and chamfering technology is adopted. Practical application data shows that after using this technology, the qualified rate of subsequent welding has increased from 92% to 99.7%, significantly reducing rework costs.
2. Precision processing of thin-walled parts: For thin-walled stainless steel parts with a thickness of less than 0.5mm, the deformation is controlled within 0.01mm, completely solving the warping problem of traditional rigid processing.

3. Win-Win for Efficiency and Cost

The equipment integrates the integrated functions of deburring, chamfering and polishing, and adopts a modular design that allows quick switching of processing modules according to production needs. The single-piece processing time is 40% shorter than that of traditional equipment, one production line can replace 6-8 workers, and the annual labor cost saving exceeds 600,000 RMB.
Customer Testimonial: After a new energy vehicle component enterprise introduced the equipment, the defective rate of battery tray burrs dropped from 12% to 0.3%, the order delivery cycle was shortened by 50%, and the enterprise successfully entered Tesla's supply chain. The person in charge of the enterprise said: "The stability and precision of the equipment give us more confidence in the competition in the high-end market."
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