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Bottom Line Benefits Reduction in defects and damage resulted in annualised savings in excess of £10,000. Result: Trial run of 15 picks produced zero errors. Process standardised to ensure repeatability. Impact: Quality improvement and cost savings. - Layout changed - Racking modified - Wafers segregated - Labels re-designed. Solutions generated, and evaluated. Selected solutions implemented. Kaizen methods used to identify issues with layout, storage and identification. Business: Electronics Methodology: Kaizen Issue: Current layout and method of blank wafer storage results in damage to wafer stock and errors in selection. Typical failure rate per pick process is 2%. Lean Case Study Kaizen

Case Study - Kaizen (Electronics)

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Bottom Line Benefits Reduction in defects and damage resulted in annualised savings in excess of £10,000.

Result: Trial run of 15 picks produced zero errors. Process standardised to ensure repeatability.

Impact: Quality improvement and cost savings.

- Layout changed- Racking modified - Wafers segregated - Labels re-designed.

Solutions generated, and evaluated. Selected solutions implemented.

Kaizen methods used to identify issues with layout, storage and identification.

Business: Electronics Methodology: Kaizen Issue: Current layout and method of

blank wafer storage results in damage to wafer stock and errors in selection. Typical failure rate per pick process is 2%.

Lean Case Study – Kaizen