TCO Optimization
TCO optimization refers to measures taken to reduce the total cost of ownership—that is, the total costs incurred over the life cycle of a product, system, or test process. This takes into account not only acquisition costs but also maintenance, downtime, replacement intervals, rework, and process overhead.
In test technology, TCO optimization can be supported by durable Contact Probes, stable contact, and test processes that require less maintenance. A longer service life, a stable first-pass yield, and reduced rework can help lower the total costs of printed circuit board testing.
Particularly under demanding contact conditions—such as contaminated solder joints, flux residues, or oxide layers—the selection of suitable contact components plays a crucial role in ensuring cost-effective and stable testing processes.
FAQ
A longer service life for Contact Probes reduces the frequency of replacements, maintenance costs, and downtime during the testing process.
A stable first-pass yield reduces the need for re-inspections, troubleshooting, and rework. This can make inspection processes more cost-effective.
Proper Contact Probes with the right Tip style, coating, and spring preload ensure stable contact and a longer service life.
Further terms
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