AMSYS GmbH & Co KG
AMSYS GmbH & Co KG
AMSYS GmbH & Co. KG is a medium-sized company based in Germany and has been focusing on sensor technology since its founding. As an OEM supplier for sensors, we the Company specialised in pressure measurement. As a fabless company, AMSYS relies on a close cooperation with specialized high-tech companies. The product range includes a variety of sensors that are available from stock. Thus, individually tailored solutions for the customers can be found by AMSYS. Deliveries of single sensors, customized solutions up to large volume projects are possible. 
An der Fahrt 4
55124 Mainz
Rhineland-Palatinate
Germany
55124 Mainz
Rhineland-Palatinate
Germany
+49 6131 469875 0
Products
News
ME900 – Ceramic Gauge Pressure Sensor for Easy Screw Mounting
2026-01-21 | AMSYS GmbH & Co KG
Ceramic pressure sensors have traditionally posed significant challenges for engineers, particularly regarding their mounting. The new ME900 solves the issue of potential stress-induced distortion in the ceramic by being factory-mounted in a screw-in stainless steel housing. This makes the gauge pressure sensor offered by AMSYS more accessible to a broader user base, providing the chemical robustness of ceramic sensors in a convenient format. ... Read more
P.Core – Compact Pressure Switch with Ceramic Measuring Cell and IO-Link
2026-01-14 | AMSYS GmbH & Co KG
With the P.Core, AMSYS expands its portfolio with a compact pressure switch housed in the same robust stainless-steel enclosure as the P.Trace pressure transmitter. Together with the larger multifunctional P.Touch featuring touchscreen operation, all three devices are based on a ceramic pressure measuring cell. This completes a versatile product family designed for applications in hydraulics, automation, pneumatics, vacuum technology, and the packaging industry. ... Read more
P.Trace – Compact and Robust Pressure Transmitter with Ceramic Measuring Cell
2025-11-28 | AMSYS GmbH & Co KG
AMSYS expands its product portfolio with the newP.Trace pressure transmitter, which stands out for its compact design, highmedia resistance, and robustness. The P.Trace is specifically designed forcontinuous industrial use and is ideal for applications that require precisepressure measurement under demanding conditions. ... Read more
AMS 6832 – Tiny Analog-Digital Solution for Differential Pressure Measurement
2025-09-03 | AMSYS GmbH & Co KG
AMSYS GmbH & Co. KG, September 2025 – Cutting-edge pressure sensor technology combined with a proven analog output in a tiny DIL-6 package – that’s the new AMS 6832 differential and relative pressure sensor. With pressure ranges from ±125 pascals up to ±100 mbar, this new AMSYS sensor is perfectly suited for versatile use in ventilation, CPAP, and anesthesia devices. Spirometers and insufflators will also benefit from this compact all-rounder. Thanks to its one-sided media resistance, it can additionally be used in infusion and suction pumps (NPWT). Beyond medical technology, the sensor also finds applications in building technology (HVAC) for pressure and flow measurements. ... Read more
NANO – Pressure and vacuum switch with display, keys and IO-Link
2025-07-03 | AMSYS GmbH & Co KG
AMSYS GmbH & Co. KG presents the compact NANO pressure switch from MP Sensor with IO-Link. The NANO pressure switch measures pressures from -1 to 12 bar: The switching outputs can be programmed both conventionally on site using keys and centrally via the IO-Link interface. This makes the switch a future-proof component in a modern Industry 4.0 sensor network! ... Read more
TPS – New low pressure sensors with I³C thanks to new ASIC
2025-05-27 | AMSYS GmbH & Co KG
These new low-pressure sensors from AMSYS in Germany combine state-of-the-art pressure measurement cells with what is likely the most modern CMOS-ASIC for signal processing in an ultra-compact SOIC-16 package. The ASIC not only offers fast data reading via I³C but also advanced features such as pressure and temperature filters, interrupts, FIFO, software-specified addresses, and checksum queries to verify data integrity in memory and during communication. ... Read more