A breakthrough ball design that solves the stability challenge of moving connections. Omnidirectional contact frees rotating and sliding mechanisms from wiring, with a contact travel distance of up to 25 kilometers.
Contact Travel Distance
Compression Cycles
Current Range
Spring Force
Ball Point Connector
Maintaining a stable connection to a constantly moving target is a difficult design problem, and long-term stress can degrade the material. The ball point connector solves this with a new design concept: omnidirectional spherical contact that eliminates wiring, with travel of up to 25 kilometers — ideal for rotating, sliding and other dynamic connection needs.
Omnidirectional Contact
25km Travel
Wire-Free Design
32 Designs
Specifications
| Specification | Value |
|---|---|
| Min. Outer Diameter | Min 1 mm |
| Current Range | 1A – 5A |
| Compression Cycles | Min. 10,000 cycles |
| Spring Force | 145g ± 20g |
| Contact Resistance | 30mΩ – 100mΩ |
| Contact Travel | Up to 25 km |
| Contact Characteristics | Omnidirectional spherical contact |
Applications
ROTARY CONNECTION
Robot joints, rotating camera modules, rotating display stands and other continuously rotating mechanisms that need a stable electrical connection without wiring.
Omnidirectional contact with no angle limitation
Travel of up to 25 kilometers
Greatly reduces mechanical design complexity
SLIDING CONNECTION
Laptop screen hinges, foldable phone connections, drawer-type electronic equipment and other applications that must keep a stable electrical connection while sliding.
Wire-free design simplifies assembly
Rated for more than 10,000 cycles
1A–5A suits most low-power devices
C.C.P. offers over 10,000 connector options. Have a special requirement? Our engineers are ready for the challenge.
