Coating Thickness Probe

Inconsistent pressure during coating measurement results in noisy, inaccurate, and hard-to-trust data. Manual probes require the operator to apply the exact same pressure every time; squeezing too hard or too soft alters the reading even if the actual coating thickness remains unchanged. This variance makes it difficult for quality assurance teams to tell whether a process drift is real or simply a measurement error.

The IS9651 Hoverprobe® II removes measurement variance by standardizing the physical pressure applied during testing. At the press of a button, the probe floats into position on a cushion of air. When released, it settles onto the flat sheet strictly under its own fixed weight. This guarantees that the exact same precise load is applied to the probe tip on every single test, delivering perfectly repeatable readings across different operators.

The IS9651 Hoverprobe® II features several hardware and performance upgrades designed to improve durability and reduce downtime on the plant floor:

• More robust cable design: Cables and connectors are completely encased in a protective jacket, making them highly resistant to cuts and damage from factory rubbing or scraping.

• Redesigned, quick-connect probe tips: Tips are pre-fitted in quick-connect sockets, making them easier and faster to replace while significantly reducing settling time after a tip swap.

• Improved metal base: Engineered to be more durable and highly scratch-resistant.

• New dual-probe measurement method (optional): The metal base can now serve as a second probe. This removes the need for a traditional crocodile clip and prevents accidental sheet damage.

• Reduced maintenance requirements: The updated design features fewer internal wear parts and is far less susceptible to overpressure damage than the original IS9650 model.