C Series Compact Electric Cylinders: High-Energy Linear Drive Solutions for Small Spaces

Core Application Scenarios

• 3C Electronics Assembly: At mobile phone battery packaging stations, the C series electric cylinders, with an ultra-thin installation thickness of only 25mm, can flexibly integrate into module fixtures. Leveraging ±0.02mm high-precision control, they complete stable pressing actions of battery pressing plates. Compared to traditional pneumatic cylinders, they directly save 30% installation space, not only making production line module layouts more compact but also reserving sufficient space for multi-station integration, indirectly increasing productivity per unit area.
• Medical Equipment: In precision instruments such as blood testing analyzers, miniature C series electric cylinders precisely drive micro-syringes to achieve 0.1mm-level precise feeding. Their transmission efficiency of up to 90% minimizes energy loss, ensuring stable operation of the equipment in low-power mode, perfectly meeting the strict requirements of portable medical devices for battery life and operational stability.
• Semiconductor Packaging: At the core station of TSV packaging equipment, multiple C series electric cylinders collaborate to form a compact gantry structure. With the flexible layout advantages brought by their small size and high-speed response characteristics, they can quickly complete precise alignment and bonding operations in wafer-level packaging processes, effectively shortening the processing cycle of individual wafers and improving packaging efficiency.

Core Selling Points

• Ultra-Compact, Space-Saving: Installation space is reduced by 30% compared to standard electric cylinders. With their small size, they easily fit into narrow device interiors, lowering the overall design difficulty of equipment and enabling high-density layout of automated production lines.
• High-Efficiency Transmission, Low-Consumption Stable Operation: With a transmission efficiency of over 90%, they minimize energy loss, reduce heat generation and energy consumption during equipment operation, and while extending battery life, ensure long-term operational stability and reliability.