Product Concepts

"Taking technology to market"

Mastering advanced sensor technology has allowed us to develop a product range of outstanding quality. It also gives us the capability to deliver the solutions and technological expertise our partners in industry require to develop products of their own.

Although these products span an impressively wide area of applications, they share several core characteristics – innovation, the incorporation of leading edge sensor technology and major benefits for users in their particular area of application.

Motion Trackers

Sunsitive

The IMT30 is a compact, highly accurate, and lightweight inertial navigation sensing system. IMT30 includes magnetic sensors, inclinometers, accelerometers and Imego’s own developed IBG20 Butterfly Gyro.
The IMT30 accurately produces magnetic readings, acceleration and rotation
rate signals.

SunSitive offers sunbathers an early warning system against potentially dangerous UVA and UVB sunlight. Using photonic sensor technology, the device tells the user when the suntan lotion they have applied has ceased to offer adequate protection.

Triaxial Accelerometer

Cancer Diagnostics

The Imego accelerometers are especially suited for demanding navigation and industrial measurement applications
due to its high performance and symmetrical properties, but can also be adapted to high-volume low-cost applications such as home appliances, vehicles, mobile phones and toys.

An easy to operate instrument with disposable chip, PSA instrument enables point of care medical staff to analyse test results within minutes rather than days without compromising accuracy. At present, it is used predominantly in the diagnosis of prostate cancer, however future developments are planned to include other types of the disease.

GyroSense

Dynamic Susceptometer

The GYROsense platform consists of an ASIC and a programmable digital electronics board containing an FPGA and support electronics. The platform is a powerful gyro test and evaluation tool that can be used for most capacitively excited and detected MEMS gyros. It can handle a wide range of capacitance values, sampling speeds and resonance frequencies.

Imego has developed a small portable instrument for dynamic magnetic analyses.
It has unrivaled performance with the largest frequency range available, regardless of size and price! The instrument can analyze magnetic samples in the form of colloids, powders or solid samples. It creates a “magnetic fingerprint” of the material making it useful for a wide variety of different applications, ranging from geologic soil analyses to medical diagnostics.

Wireless Humidity Sensor

All Imego gyros are of the MEMS type and based on the patented Butterfly gyro principle i.e. a vibrating silicon gyro utilizing the Coriolis force that is electro statically actuated and capacitive sensed. The Butterfly gyro structure has inherently high vibration and shock immunity making it ideal in harsh environments and high performance applications. Today, Imego can demonstrate noise and stability figures for our gyros that are world class.

Wireless Humidity Detection System (WHDS) uses cost effective, disposable sensors for the wireless detection of moisture. A passive sensor is placed where moisture measurement is required. Its status is then monitored using a compact control unit with a 0.5 m range.

TrySense

LaserBulb

TrySense™ is a self-contained test bench, designed for the prototyping and small-scale production of sensor systems. The system has been developed in a joint project involving three Swedish research institutes: Imego, IVF and Acreo.

During 2003 Imego was run a project "Laserbulb" together with the Spin-off company Albax Systems AB. The project produced prototypes of a FSO “Free Space Optics” data communication links according to a new concept for rough outdoor environments. The entire equipment with optics and electronics was packaged a sealed glass bulb. Communication at 600MBit and 60 meter was successfully tested. The market was there; a direct
need of some 4000 units was found just in Sweden, however a development time
of 2-3 years was too long to get interested investors.