Produkt-Neuheit

Innovative solution ensures trouble-free operation even in the smallest of spaces

disynet GmbH offers a wide range of electrically insulated ultra-miniature sensors with high measurement precision and compactness. With this generation of IEPE acceleration sensors, we offer a technical solution that guarantees the highest quality and reliability even with the smallest dimensions.

Perfect insulation for the most demanding applications
To avoid electromagnetic interference (EMI) and ground loop interference, electrical insulation of the sensor housing is essential. What makes our ultra-miniature sensors special is their innovative, lightweight housing insulation made of black anodized aluminum, which reliably protects the electronics from external abrasion and interference without adding significant weight or size.
Technological masterpiece in miniature size

The challenge of implementing this insulation in the tiniest sensors has been successfully mastered. The result is a virtually imperceptible, robust housing that complements a wide range of IEPE acceleration sensors. Thanks to a special manufacturing process, the insulation is not only reliable, but can also be adapted for sensors that are not yet insulated.
Areas of application that know no compromise

Our ultra-miniaturized, electrically isolated sensors are used in applications where space is limited and accuracy requirements are high:
- Automotive engineering: Measurements in hard-to-reach places
- Aerospace: Structural analyses on small components
- Energy and environmental technology (ESS)
- Modal, structural, and vibration analyses in research laboratories

Your advantages at a glance:
- Highly specialized electrical insulation with minimal dimensions
- Protection against EMI and ground loop interference
- Lightweight, robust housing without taking up space
- Versatile applications, also for other sensors

Put your trust in the future of sensor technology: small, lightweight, reliable – so that innovative measurement solutions know no limits.