Single measuring - Import export

- Quality control and safeguarding - Individual test values and criteria - Customer-specific measuring and testing plants - Single measuring systems with manual assembly - Fully integrated and automated testing plants using robots - Optical, acoustic or electrical systems with/ without parts contact, data preparation, analysis Measuring and testing systems we were involved in: - Camera systems with corresponding image processing - Part recognition, positioning, color and surface examination, checking for damages - Optical / tactile / ultrasonic tests using sensors and displacement measurement systems - Leakage and pressure tests - Inspection and monitoring of filling level - Run-out properties and accuracy - Backlash measurement - Electrical tests and measurements - Electrical values, check measurements, switching and opening properties Used in all branches: e.g. pharmaceuticals industry, medical engineering, cosmetics, electronics and automotive industries.

CoriSENS is a rotation rate sensor for measuring angular velocity ω. It detects rotational movements using a MEMS gyroscope. This measuring signal in a range of ± 20° / s is converted by the sensor electronics and transmittes an analog current signal as well as voltage signal in addition. The sensor is certified according to uniform standards for electronic equipment on rail vehicles (DIN EN 50155) and can be operated directly with the usual onboard supply (24 V).

CoriSENS is a rotation rate sensor for measuring angular velocity ω. It detects rotational movements using a MEMS gyroscope. This measuring signal in a range of ± 20° / s is converted by the sensor electronics and transmittes an analog current signal as well as voltage signal in addition. The sensor is certified according to uniform standards for electronic equipment on rail vehicles (DIN EN 50155) and can be operated directly with the usual onboard supply (110 V).

The MEMS-based MTS1TEMP56 detects infrared radiation for non-contact temperature measurement. The 56 silicon thermopiles absorb the incoming radiated energy. The integrated mass absorber ensures the efficient conversion of the radiated energy into thermal energy. The thermocouples convert this thermal energy into electrical energy, which is output as a measurement signal. The single channel thermopile is the best choice for mass applications with quantities above 50000 pieces per year in medical and life science applications or in building automation. The TO46 package with small dimensions makes this component especially suitable for mobile devices. With a detectivity up to 0.67 *10^8 cm√Hz/W as well as a sensitivity up to 31 V/W, the materials offer reliable measurement results at a very good price/performance ratio. Nitrogen was used as backfill gas and a filter with a transmission cut on 5.5 µm. ATTENTION: 1 piece packaging unit contains 200 detectors each!