Sencon has launched a re-engineered version of its Hoverprobe, bringing smarter ergonomics, improved reliability and lower running costs to quality control teams working with precision coating measurement.

The new SI9750 Hoverprobe measures coating thickness and film weight on flat metal sheets when paired with Sencon’s SI9500, SI9600 or the latest SI9700 Coatings Thickness Gauge. Its most visible change is a switch from black to blue, but the company says the real story is in the upgrades beneath the surface, developed in direct response to feedback from line operators around the world.

Built around line operator feedback

Sencon says it focused the redesign on practical usability and sheet protection after listening to customers on production lines globally. Key changes include:

• Protective construction: a hoverplate made from food-grade engineering plastic, designed to reduce the risk of accidental scratching on test sheets.
• Streamlined circuit setup: a classic alligator clip connection replaces reliance on metal surface contact, giving a more reliable electrical circuit for consistent readings.
• Standardised probe tips: the SI9750 returns to Sencon’s proven standard tip design, interchangeable across multiple Sencon coating probes, for a simpler and cheaper consumable.
• Rugged connectivity: upgraded internal components and a robust BNC cable connector aim to ensure stable signal transmission and uptime in demanding factory settings.

Justin Kite, Group Marketing Manager at Sencon, said the new colour was intended to signal more than a cosmetic change. “When our customers look at the new blue Hoverprobe, we want them to see more than just a colour change. Blue is the new black because it represents a return to practical, operator-friendly design combined with smarter internal upgrades. We’ve kept the high precision our customers rely on while lowering running costs and making the probe easier to use every day.”

Core performance unchanged

Despite the refresh, Sencon says the Hoverprobe’s central operational strengths remain intact. The probe still uses air-cushion floatation, gliding into position at the press of a button, and settles under its own fixed weight once released, applying a consistent load to the probe tip on every test. Sencon states this typically delivers Gauge R&R under 10%.

The company adds that this measurement stability helps manufacturers avoid over-applying coatings, cutting raw material use and supporting return on investment.

The SI9750 Hoverprobe is available now through regional Sencon offices and agents. Further product details can be found on Sencon’s website.