Global new energy manufacturing demand has surged over the past five years, pushing factories producing battery conductive plates, sealing brackets and energy storage structural parts to pursue fully automated precision finishing lines. Most new energy components require ultra-flat dual surfaces to guarantee stable electrical contact and sealing performance, making synchronous double-side grinding the irreplaceable core processing step. Our equipment brand recently completed full design, manufacturing, overseas shipment and on-site commissioning of a custom automatic grinding line for a Southeast Asian new energy component manufacturer, solving the client's dual pain points of insufficient automation and unstable flatness precision.
The client's original workshop relied on semi-manual grinding equipment with separate loading and unloading stations, requiring two operators per machine for continuous running. Thin aluminum alloy new energy workpieces easily deformed under inconsistent clamping pressure, resulting in uneven grinding thickness across batches. With local new energy policy support driving rapid order growth, the factory needed an unmanned grinding line capable of 24-hour continuous production, with customized fixture solutions for ultra-thin flat components. Our engineering team tailored a full automatic workflow including robotic feeding, thickness real-time detection, automatic sorting and waste recycling, with core finishing processing completed by a customized double disc grinding machine.
Customized design adjustments targeted the unique material and dimensional characteristics of new energy thin plates. Low-pressure elastic clamping fixtures avoid workpiece bending during high-speed grinding, while variable-speed wheel control balances stock removal rate and surface roughness to meet the client's Ra ≤0.2μm surface standard. The entire line is equipped with centralized coolant filtration and dust isolation systems, complying with local industrial environmental emission regulations. After on-site installation and one-week trial run, the line achieved fully unmanned operation during night shifts, cutting labor input for grinding processes by 75%. Batch flatness consistency improved significantly, reducing post-grinding correction procedures entirely.
Cross-border project execution brought unique coordination challenges, including overseas logistics, local power supply adaptation and multilingual on-site training. Our team pre-compiled English operation manuals, remote troubleshooting video guides and standardized maintenance checklists matching the client's local technician skill levels. After handover, a one-month remote technical support window ensured stable continuous production without unexpected downtime. The client's production manager highlighted that the integrated automatic grinding line greatly strengthened their ability to secure long-term supply contracts with regional new energy battery enterprises.
New energy component manufacturing has distinct processing demands compared to traditional mechanical parts, with stricter flatness, thin-wall deformation control and environmental compliance requirements. Standard general grinding equipment cannot fully satisfy these special production needs, highlighting the value of custom engineered grinding production lines. For overseas new energy factories expanding production capacity, fully automated synchronous grinding systems reduce labor reliance while stabilizing finished part quality. Regular remote performance tracking and annual on-site service ensure consistent stable operation of each double disc grinding machine within the client's automated new energy processing workshop.
