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  • Offer Profile

  • Insenso: Providing Certainty.

    MEMS pressure sensor manufacturer with a full in-house value chain.

    Insenso stands for German engineering and precision. Founded in 2020 in Berlin, the company is driven by a compact, highly qualified team bringing more than thirty years of hands-on experience in sensor technology. From its own MEMS chip design through to the finished pressure transmitter, Insenso keeps the entire production chain under one roof — a vertical integration that enables faster development cycles, cost-optimised designs and consistently high quality. Working in close, personalised dialogue with each client, Insenso develops bespoke pressure sensing solutions for the industrial, automotive and medical sectors. All of this makes Insenso a partner you can trust — with a quality management system certified to DIN EN ISO 9001:2015 (TÜV NORD CERT).

Product Portfolio

  • MEMS Pressure Dies

    • The piezoresistive lnsenso Pressure sense Dies (IPD) are designed and specialized for a wide range of applications. Through 5 product lines the design, material and production process are optimized for their multiple target applications.

      This ranges from high precision application with an excellent long-term stability, to highly robust application through cost efficient mobility application and strain gage dies.

        • IPD 10 High precision technology

        • Pressure Range: 40 mbar – 400 bar
          Bridge Resistance: 6.3 kO
          TCR 0.09 %/K
          TCS -0.20 %FSS/K

          • High long-term stability
          • Low power consumption
          • Silicon constraint option for differential pressure application

        • IPD 25 Strain Gauge Technology

        • Pressure Range: Customer specific
          Bridge Resistance: 5.5 kO *
          TCR 0.28 %/K
          TCS -0.20 %FSS/K

          • High sensitivity compared to classic strain gauges
          • Advantages compared to competitors due to implanted resistors. electrical shielding and secondary passivation

        • IPD 35 Mobility Technology

        • Pressure Range: 1 bar – 25 bar
          Bridge Resistance: 5.5 kO
          TCR 0.31 %/K
          TCS -0.20 %FSS/K

          • Designed for automotive applications
          • Secondary passivation
          • Designed for up to 150°C

        • IPD 4X High Robust Technology

        • IPD40

          Pressure Range: 100 mbar-600 bar
          Bridge Resistance: 5.5 kO
          TCR 0.31 %/K
          TCS -0.20 %FSS/K

          IPD41

          Pressure Range: 100 mbar-600 bar
          Bridge Resistance: 3.6 kO
          TCR 0.24%/K
          TCS -0.20 %FSS/K

          IPD42

          Pressure Range: 100 mbar-600 bar
          Bridge Resistance: 3.6 kO
          TCR 0.31 %/K
          TCS -0.20 %FSS/K

          • Designed for robustness
          • Simplified passive compensation due to more linear TCS (at constant current mode)
          • Different glass constraint thicknesses for adaptation of packaging requirement

        • IPD 53 Absolute Pressure Sensor

        • Pressure Range: 6 bar
          Bridge Resistance: 4.7 kO
          TCR 0.26 %/K
          TCS -0.19 %FSS/K

          • Secondary passivation for
          • High reliability
          • Low pressure hysteresis
          • Fast response
          • High impedance bridge
          • Pressure proportional output signal
          • Very cost efficient through smallest size

      • Pressure Module

        • IPM In-House Packaging Process Capabilities

          • Automatie Die Pick & Placement
          • Automatie Wire Bonding
          • Pull & Shear Testing
          • CNC Precision Machining
          • Membrane Stamping
          • TIG, Resistor. Laser Weiding
          • Pressure & Temperature Cycling
          • Performance Characterization
          • Helium Leak Testing
          • Oil Filling
          • Climatic Aging

            • Pressure Calibrated Modules

            • IPC products are digitally pressure and temperature calibrated modules. Customized to perfectly suit the fast and easy integration into larger pressure devices and systems.

              • Analog and/or digital output signals
              • Different pressure connections available (G1/8″,1/4″NPT. .. )
              • Temperature-compensated output
              • Fully customizable (pressure & temperature range, electrical connection. pressure port etc.)

              Key Features:

              • Relative, differential or absolute pressure
              • Analog & digital output
              • Temperature compensated
              • Flexible configuration
              • All welded pressure port for high media compatibility

            • IPM10 Series – High-Precision Pressure Sense Modules

            • Absolute, Gage, and Differential Silicon Pressure Modules

              The IPM10 series by Insenso is a compact, high-performance solution for precise pressure measurement. Designed for integration into demanding industrial and medical applications, these modules combine cutting-edge MEMS technology with long-term stability and minimal hysteresis.

              Key Features:

              • Based on IPD10 high-precision MEMS die
              • Ultra-low hysteresis for pressure and temperature
              • Fast response time
              • High-impedance Wheatstone bridge
              • Pressure-proportional analog output
              • Integrated discrete PT1000 sensor for temperature monitoring or compensation
              • Excellent long-term stability and repeatability

          • Pressure Transmitters


            • IPT IN-HOUSE PACKAGING PROCESS CAPABILITIES

              • Pick & Place PCB Assembly
              • Automatie PCB & Wire Soldering
              • High Accuracy Calibration
              • Semi-Automated Assembly
              • > 1000m2 Floor Space
              • Intensive Test & Measurement Capabilities

                  • IPT 10 – Series lnsenso Pressure Transmitter Series

                  • lnsenso’s new IPT10 Pressure Transmitter combines perfectly design flexibility, cost-efficiency and measurement accuracy into one design. The IPT10-Series offers two options of sensing elements, one is based on a piezoresistive oil filled pressure cell for high accuracy requirement. the second one relies on a piezoresistive thin-film technology for costs and robustness requirement. Both technologies are the ideal choice for the measurement of liquids and agressive media. The flexible design allows the easy adaptation to a multitude of pressure and electrical connections. Ideal choice for measurement of liquids and aggressive media.

                    Key Feature:

                    • From 100 mbar up to 50 bar
                    • Relative or absolute pressure
                    • Compact mechanical design
                    • Flexible configuration
                    • All welded pressure port for high media compability

              • Industrial Applications

                    • Industrial automation and process control

                    • Applications: Pressure control systems in the oil and gas industry, chemical and metallurgical manufacturing, equipment for the food and pharmaceutical industries.
                      Advantages: Capability to measure force and pressure, resistance to aggressive environments and high temperatures, additional protective layer.

                    • Industrial Mobility

                    • Applications: Engine control systems, fuel system pressure monitoring, off-road technic, hydraulic systems, braking systems, tire pressure monitoring systems, suspension height sensors.

                      Advantages: Wide temperature range (up to +150°C), high accuracy and long-term stability, additional surface protective layer for resistance to external factors.

                    • Agriculture and environment

                    • Applications: Irrigation systems, pressure control in fertilizer application equipment, atmospheric pressure monitoring for weather stations.

                      Advantages: Resistance to aggressive chemicals, accuracy over a wide temperature range.

                    • Energy and untilities

                    • Applications: Pipeline pressure monitoring, pump station monitoring, wind turbine control systems, liquid level control in tanks.

                      Advantages: High accuracy, resistance to aggressive environments, long-term stability.

                    • Medical equipment

                    • Applications: Ventilation devices, blood pressure monitors, infusion pumps, diagnostic instruments.

                      Advantages: High measurement accuracy, excellent long-term stability, capability to measure differential, gauge, and absolute pressure.

                    • Scientific research and laboratory equipment

                    • Applications: Pressure & vacuum monitoring, laboratory instruments such as spectrometers, chromatographs.

                      Advantages: High accuracy and sensitivity, low noise levels, excellent measurement repeatability.