Uploaded June 2025 | Updated September 2026, 3 days ago
Laserax engineers surface preparation for cylindrical cells to improve adhesion and thermal management at production speed. This video shows process development for laser texturing of cylindrical battery cells. Battery laser texturing is crucial for improving the surface properties of 4860 cylindrical battery cells before assembly.
By achieving optimal texture and roughness, we ensure optimal heat transfer and bonding performance for thermal and structural adhesives. Tight roughness parameters and energy density control stabilize bead geometry, reduce voids and lower thermal resistance to support battery charging speed and long-term reliability.
Laserax's Battery Laser Workstation is compatible with all module sizes and can perform multiple operations simultaneously. You can clean, mark and texture surfaces with a single Class 1 unit with fume extraction, PLC safety and robot-ready I/O. Features include rotary fixturing, synchronized galvo scanning and curvature compensation that maintain uniform texture. Inline vision verifies coverage, focus, and overlap in real time, while closed-loop power monitoring protects base materials and prevents overprocessing. The outcome is consistent bond strength and predictable heat paths across cells, modules, and packs.
If you are evaluating laser texturing of cylindrical battery cell interfaces, let our expert show you how Laserax's industrial battery laser texturing processes de-risk adhesion and cooling performance with repeatable, auditable methods.
Learn more about our battery laser workstation: laserax.com/laser-cleaning-machines/battery-workstation
Contact us: laserax.com/ask-expert
Laserax engineers surface preparation for cylindrical cells to improve adhesion and thermal management at production speed. This video shows process development for laser texturing of cylindrical battery cells. Battery laser texturing is crucial for improving the surface properties of 4860 cylindrical battery cells before assembly.
By achieving optimal texture and roughness, we ensure optimal heat transfer and bonding performance for thermal and structural adhesives. Tight roughness parameters and energy density control stabilize bead geometry, reduce voids and lower thermal resistance to support battery charging speed and long-term reliability.
Laserax's Battery Laser Workstation is compatible with all module sizes and can perform multiple operations simultaneously. You can clean, mark and texture surfaces with a single Class 1 unit with fume extraction, PLC safety and robot-ready I/O. Features include rotary fixturing, synchronized galvo scanning and curvature compensation that maintain uniform texture. Inline vision verifies coverage, focus, and overlap in real time, while closed-loop power monitoring protects base materials and prevents overprocessing. The outcome is consistent bond strength and predictable heat paths across cells, modules, and packs.
If you are evaluating laser texturing of cylindrical battery cell interfaces, let our expert show you how Laserax's industrial battery laser texturing processes de-risk adhesion and cooling performance with repeatable, auditable methods.
Learn more about our battery laser workstation: laserax.com/laser-cleaning-machines/battery-workstation
Contact us: laserax.com/ask-expert
