Robotics applications have unique demands for contact interfaces, from charging docks to joint transmission — each position requires a different engineering solution.
Robot fast charging requires >15A current; conventional Pogo Pins top out below 10A, leading to thermal management problems.
Frequent Recharging and Insertion
AGVs, AMRs, and humanoid robots require daily recharging and battery swaps; contact interfaces must withstand over 10,000 mating cycles.
Alignment Tolerance Requirements
Robotic recharging alignment cannot be perfectly precise; interfaces must include self-compensating contact force to prevent pin jamming and wear.
CCP Capabilities
CCP provides four core technical solutions to address key robotics connectivity challenges, all of which are already in mass production or EVT stage.
High Current 4-Piece Rear-Riveted Structure
Expanded conductor cross-section and reduced internal thermal resistance, achieving temperature rise <30°C at 15A continuous current.
Self-Compensating Crown Spring Contact
Multi-finger copper alloy spring provides radial contact force, compensating for insertion misalignment, with >10,000 mating cycles across the series.
PSG Gold-Free Plating
Proprietary gold-free plating with salt spray resistance >120H (vs. standard gold plating 48H) and approximately 50% cost reduction.<span class=”zh”>專有無金電鍍工藝，耐鹽霧>120H（標準鍍金僅48H），成本降低約50%。</span>
Patented Technology Protection Platform
Crown Spring terminal series protected by invention patent MP1703244 and utility model patent MU1703245.
Application Positions
CCP connectivity components deployed at 5 critical positions in humanoid robots, from head signal transmission to battery swap system high-current contacts.
Signal & Power Connection
High-Frequency Motion Connection / Self-Compensating
Miniaturization / High-Density Connection
Board-to-Board Signal / Power Connection
High Current / High Plug Cycles
REFERENCE SOLUTIONS<span class=”zh”>推薦解決方案</span>
The following products in the C.C.P. spec sheet are explicitly designated for robotics applications. All specifications are measured values.
