SOLUTIONS

SOLUTIONS

 

We are a small, creative company. If you have a new idea and need our skillset, we will develop your idea with you, either as a subcontractor or as a partner. CONTACT US!

Our technology is applied in the following fields

 

Medical and Implanted Medical

Medical and Implanted Medical Devices are one of our strongest applications. Our applications cover chip-controlled prosthetic devices, implanted sensors for bones and internal organs.

THE BENEFITS

Miniature size/minimum invasiveness. Wireless application. Remote interrogation. Very low power consumption. Unbeatable signal quality. Very long life.

Aerospace, naval and defence

Aerospace and Defence are our core heritage. We have been active with embedded sensors in rocket motors, space sub-systems (planetary probes, satellites, space robotics, remote precision control), fleet/stockpile management and system design and development.

We have extensive experience in the field, are aware of typical requirements and can support your activity working as one of your departments, in close contact with your designer and development engineers.

THE BENEFITS

Embedded. Customized. Very wide temperature/environmental conditions band. Miniature size/minimum invasiveness. Very low power consumption. Safe and Secure wireless application. Very long life.

ROBOTICS AND HAPTIC SOLUTIONS

We work with several companies and institutes engaged in autonomous robotics systems. We gauge high precision sensors for robots and support development of new products as subcontractor. Products at our customers include: gauging of force and torque sensors, gauging of robotic devices in space, gauging of critical subsystems deep space and interplanetary probes.

Our Haptic solutions have a wide linear transducer response at very high gain. Very small semiconductor strain gauges can be applied to any sensing device, even the smallest (e.g. the tip of a finger).

A multi-point sensing device on a membrane can be applied to create a sensing surface for humanoid or animal robots.

THE BENEFITS

Unbeatable signal quality. Very long life. Customized. Flexible. Large overload capability. Miniature size. Embedded. Safe and Secure wireless application. Very low power consumption.

AUTOMATION

Automation is one of our core activity sectors: we produce special sensors for any type of machine.

THE BENEFITS

Unbeatable signal quality. Very long life. Robust sensors. Large overload capability. Customized. Miniature size. Embedded. Safe and Secure wireless application.

CIVIL ENGINEERING

Sensing Rebar Element Sensors were used to monitor a reinforced concrete bridge using wireless data gathering. Any critical structural element and material can be gauged, forming a network of sensors, minimizing safety risks and the cost of maintenance, transitioning your structure from calendar-based maintenance to condition-based maintenance.

THE BENEFITS

Embedded. Applied to your elements. Very long life. Robust sensors. Large overload capability. Wireless interface.

MICROSCOPY AND PRECISION CONTROL

Ultra-precise positioning sensors and customized solutions for microscopy, applied to your design. Temperature micro-probes far more sensitive than a PT-100 element.

THE BENEFITS

Extreme resolution. Miniature size. Unbeatable signal quality. Long life and stability.

NATURAL GAS AND OIL

Some of our gauges are particularly suitable for structural and thermal monitoring of pipeline infrastructure or remote probes. High electric resistance and small size sensors allow embedded, passive wireless monitoring of remote and critical infrastructure and elements (welded joints, flanges, stress concentrators). The sensors are stable over a very long life (decades). Pressure and temperature sensors allow condition monitoring of the pipeline.

THE BENEFITS

Wireless and embedded application. Very long life. Robust and reliable solutions. Very low power consumption.

WATER AND RENEWABLE ENERGY

Some of our gauges and transducers are particularly suitable for structural and thermal monitoring of water pipeline infrastructure and wind turbines. High electric resistance and small size sensors allow embedded, passive wireless monitoring of remote and critical infrastructure and elements (welded joints, flanges, stress concentrators). The sensors are stable over a very long life (decades). Pressure and temperature sensors allow condition monitoring of gearboxes, electric equipment and turbine elements on-shore and off-shore. Shear stress sensors will pick up delamination of composite materials. The gauges are used for an advanced shear flow sensor to measure airflow conditions.

THE BENEFITS

Wireless and embedded application. Very long life. Very low power consumption. Miniature size/minimum invasiveness.

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