【Application of Equipment】 This equipment is used in the renewable energy sector for modifying the blue film on battery casings to reduce adhesion, facilitating film removal, increasing efficiency, and reducing operator fatigue. 【Functions and Features】 1. Dual-channel automatic feeding→automatic flipping→protective film viscosity reduction by laser→ automatic cutting; 2. The efficiency of a single laser unit is ≥2~4pcs/min, with casing damage < 1μm and surface roughness < 1μm;

【Process flow】 Fixture flow from lift module→cover loading→lens assembly→lens angle calibration→laser welding(lens & housing)→product transfer 【Functions and Features】 1. Integrated Modules: Dual-layer reflow conveyor, auto cover feeding, vision-guided lens assembly, laser welding, automated unloading; 2. Core technologies: Vision-guided lens alignment, auto angle correction (Lens/Cover), precision laser welding; 3. UPH≥260pcs, OEE≥95％; 4. Traceability: Auto component scanning & data b

【Process flow】 Material transfer to de-flashing station→laser resin removal→dust extraction via vacuum system 【Functions and Features】 1. The laser de-flashing equipment uses fiber optic laser for de-flashing, and the smoke generated during the de-flashing process is collected by the dust removal equipment; 2. The fixture uses electric drive with a positioning precisionis of ±2μm; 3. During operation, the equipment will identify the de-flashing situation through imaging. If there an

【Process flow】 Material feeding→scan product QR code→laser engraving→CCD inspection 【Functions and Features】 1. The laser engraving module is composed of two sets of lasers, which can simultaneously perform laser engraving on both sides of the product, thereby increasing efficiency; 2. Laser engraving precision is ±0.03mm, inspection precision is ±0.15mm; 3. The laser marking graphic user interface should be easy to operate provide all options for static and dynamic marking according to