C.C.P. supplies test probes for every stage of the battery process — from cell formation, aging and capacity grading through to battery pack testing. Four series are available: one-piece, coaxial, cable spring probe and spring probe, supporting up to 400A and an operating range of -40 to 200°C.
Max. Current (Cable Spring Probe)
Low Contact Resistance
Operating Temperature Range
Battery Probe Solutions
C.C.P. supplies test probes for every stage of the battery process, covering cell formation, aging and capacity grading through to complete solutions for battery modules and packs. Our in-house turning and plating facilities ensure fast lead times and consistent quality.
Cell
Module
Pack
Probe Solutions
ONE-PIECE PROBE
For direct contact with battery cells. The low-resistance design ensures accurate measurement
Max. Current
60 A
Resistance
<1 mΩ
Temperature Range
-40~200°C
Advantage
Low resistance
COAXIAL ONE-PIECE PROBE
For battery modules and packs. The four-wire coaxial measurement design delivers a more accurate signal
Max. Current
200 A
Resistance
<1 mΩ
Temperature Range
-40~200°C
Advantage
Four-wire measurement
HARNESS POGO PROBE
For battery modules and packs. Up to 400A, with a high-strength design for harsh environments
Max. Current
400 A
Resistance
<1 mΩ
Temperature Range
-40~150°C
Advantage
High-strength durability
POGO PROBE
For battery cells. Quick-change design with a simple, flexible structure suited to production lines
Max. Current
30 A
Resistance
<30 mΩ
Temperature Range
-40~150°C
Advantage
Quick change
Specifications
| Specification | Value |
|---|---|
| One-Piece Probe Max. Current | 60 A |
| Coaxial One-Piece Probe Max. Current | 200 A |
| Cable Spring Probe Max. Current | 400 A |
| Spring Probe Max. Current | 30 A |
| Resistance | <1 mΩ (one-piece / coaxial / cable) |
| Temperature Range | -40 to 200°C (one-piece / coaxial) |
Applications
BATTERY TESTING
The probe contacts the PCB, closes the circuit and activates the lithium battery for testing. A specially designed contact tip ensures stable high-current transmission, suited to EV battery modules, packs and industrial energy storage systems.
Stable high-current transmission with low, consistent contact resistance
Suitable for EV battery packs, modules and industrial energy storage systems
Contact tip shape and size customizable to the battery specification
IC TESTING
A coaxial design integrates the sense pin and the current pin into a single probe structure. The integrated current pin design significantly reduces electrical resistance, making it suitable for high-current IC functional testing and burn-in testing.
Sense pin and current pin integrated coaxially for a more stable signal
Integrated design greatly reduces electrical resistance
Suitable for burn-in testing and high-current functional verification
C.C.P. provides custom solutions. Have a special requirement? Our engineers are ready for your challenge.
