Post by NMB Technologies Corporation

Big news for engineers and procurement teams: Mitsumi MEMS sensors are now officially in distribution, and you can order them directly through our authorized distribution partners. Whether you’re designing for medical devices, HVAC systems, robotics, or industrial automation, Mitsumi’s MEMS sensor portfolio delivers the precision and reliability your application demands. Five product series are now available to source and order: • MMR920: MEMS Gauge Pressure Sensor | 24-bit digital resolution, I2C / SPI interface, ±100 cmH₂O range • MMR940: Differential Pressure Sensor | True differential, contamination-resistant "deadhead" design, detects changes as low as 1 Pascal • MMS601: Digital Differential Pressure Sensor | Calorimetric MEMS technology, patent-pending bypass flow design for high dust contamination resistance (Engineering samples Aug 2026) • MMS702: Infrared Temperature Sensor | Non-contact, MEMS thermopile, 1×8 pixel array, 50° field of view, ideal for occupancy detection & thermal scanning • MMS101: 6-Axis Force Torque Sensor | The world’s smallest digital 6-axis F/T sensor, fully calibrated, SPI interface, built for robotic fingers, robotic surgery, and miniature aerial vehicles All sensors are RoHS and REACH-compliant, engineered to MinebeaMitsumi’s exacting global standards. From blood pressure monitors and CPAP devices to smart meters, VAV damper control, and precision robotics, there’s a sensor in this lineup for your design. Now in stock and ready to order through our authorized distribution partners. Request samples, download datasheets, and explore the full Mitsumi MEMS sensor lineup at https://nmbtc.com/. #Mitsumi #MinebeaMitsumi #NMBTechnologies #NMBTC #MEMSSensors #ArrowElectronics #DigiKey #ElectroSonic #OnlineComponents #MasterElectronics #MouserElectronics #PressureSensor #ForceTorqueSensor #InfraredSensor #MEMS #Robotics #IndustrialAutomation #MedicalDevices #HVAC #SmartSensors #IoT #ElectronicComponents #NowInDistribution #Engineering #SensorTechnology #Microelectronics #CPAP #Semiconductor