3C Electronics
3C Electronics: Zero-Point Changeover for Micro-Precision
3C (computer, communication, consumer) electronics parts are high-volume, high-precision and change often. Micro-features must stay within tight tolerance run after run, and every second of setup multiplied across a large batch is real money.
Machining challenges in 3c electronics
- Micro-features must hold tolerance across long, repeated runs
- High changeover frequency between similar small parts
- Setup drift causes scrap at scale
- Single critical features need fast, high-rate verification
How our workholding & tooling helps
Zero-point positioning
Parts return to the same position every cycle, so micro-feature tolerances stay stable without re-indicating — and changeover between small jobs takes seconds.
Zero-Point Positioning Systems
Functional gauges
Go/no-go functional gauges confirm a critical hole, slot or profile in seconds at the line, at the high rate 3C volumes demand.
Automotive Inspection GaugesTypical parts
- Connector housings
- Heat sinks
- Frames and mid-plates
- Precision brackets
Representative scenario
Challenge — High-volume, high-precision parts must hold micro-features within tight tolerance run after run.
Solution — Zero-point changeover lets parts return to the same position every cycle, so tolerances stay stable without re-indicating.
Result
- Consistent micro-feature tolerance
- Seconds-level part loading
- Less scrap from setup drift
Illustrative scenario based on typical results, not a specific client engagement.