Semiconductor Manufacturing Solutions

Identify abnormal heat in process tools and critical components before issues escalate. Earlier detection helps teams troubleshoot developing problems that can affect equipment reliability, process stability, and product quality.

Detect vacuum leaks in chambers, valves, connectors, and supporting utility systems. Faster leak localization can help maintain vacuum integrity, reduce losses from compressed air and specialty gases, and shorten troubleshooting time.

Monitor electrical and mechanical components for abnormal thermal conditions and other early signs of developing problems. Finding issues sooner helps teams schedule maintenance before equipment problems lead to unplanned downtime.

Find leaks in pumps, seals, piping, and connections that can compromise vacuum-system performance. Earlier detection supports more efficient troubleshooting, equipment availability, process stability, and reduced utility losses.

Detect overheating in motors, bearings, electrical components, and other critical subfab equipment. Identifying developing problems early helps reduce the risk of equipment failures that can disrupt production, increase operating costs, or affect process stability.

Monitor temperature performance in chillers, heat exchangers, and cooling lines to identify abnormal conditions. Maintaining specified operating temperatures helps support reliable equipment performance and reduce the risk of temperature-related failures.

Monitor process temperatures, verify thermal uniformity, and capture high frame rate temperature measurements. Greater visibility into thermal performance helps teams identify process variations, support process stability, and investigate conditions that can affect product quality.

Continuously monitor high-temperature, difficult-to-access, or restricted areas without requiring routine in-person inspection. Remote thermal monitoring provides greater visibility into critical conditions while supporting safer, more efficient operations.

Detect thermal anomalies and localized defects at the device and package level. Detailed thermal analysis helps teams investigate product-quality issues, support root cause analysis, and better understand thermal behavior during R&D and manufacturing.