List of Sensors products
- classification：Sensors
1126～1140 item / All 3807 items
Achieves high collection efficiency through electrostatic methods. Offers a wide range of products from large to small sizes. Also compatible with water-soluble oil mist.
- air conditioning
Introducing pressure sensors for motorsports/automotive with stainless steel or titanium construction!
- Sensors
- Sensors
Achieving excellent stability and high precision! This is a pressure sensor with a structure that isolates the sensor element from the pressure medium.
- Sensors
- Sensors
Druck TERPS: Innovative vacuum pressure measurement technology supporting the semiconductor industry.
Overview and Features of TERPS • High Precision and Stability: Achieves a precision of ±0.01%FS and long-term stability of less than 0.01%FS per year, with temperature sensitivity significantly reduced through multi-point compensation. • Wide Measurement Range: Covers commonly used ranges from medium vacuum to atmospheric pressure for vacuum applications, providing a continuous measurement range from 10Pa to atmospheric pressure. • Excellent Linearity: Demonstrates very good linearity even in low-pressure regions, with positive/negative offset amounts stable at 21-23Pa in the range of 1Pa to 1000Pa. • Low Hysteresis: The single crystal silicon resonant beam exhibits negligible hysteresis in the range of 0 to 100Pa, providing high stability and reliability even in ultra-low pressure areas. • Robust Operating Temperature Range: Supports operating temperatures from -55℃ to 125℃. • High Media Compatibility: Depending on the measurement medium, options include direct exposure silicon elements, 316L stainless steel isolation diaphragms, or Hastelloy C276 specifications. • Easy System Integration: Compatible with frequency output or digital output (RS232/RS485, CANBus, USB), facilitating easy system integration.
Vibration elements are in a vacuum state! They are suitable for pressure measurement fields that require high precision and excellent long-term stability.
- Sensors
- Sensors
Introducing a silicon piezoresistive pressure sensor with excellent long-term stability!
- Sensors
- Sensors
It is also possible to customize to meet the customer's specific OEM requirements! It operates without issues even in harsh environments.
- Sensors
- Sensors
Druck TERPS: Innovative vacuum pressure measurement technology supporting the semiconductor industry.
Overview and Features of TERPS • High Precision and Stability: Achieves a precision of ±0.01%FS and long-term stability of less than 0.01%FS per year, with temperature sensitivity significantly reduced through multi-point compensation. • Wide Measurement Range: Covers commonly used ranges from medium vacuum to atmospheric pressure for vacuum applications, providing a continuous measurement range from 10Pa to atmospheric pressure. • Excellent Linearity: Demonstrates very good linearity even in low-pressure regions, with positive/negative offset amounts stable at 21-23Pa in the range of 1Pa to 1000Pa. • Low Hysteresis: The single crystal silicon resonant beam exhibits negligible hysteresis in the range of 0 to 100Pa, providing high stability and reliability even in ultra-low pressure areas. • Robust Operating Temperature Range: Supports operating temperatures from -55℃ to 125℃. • High Media Compatibility: Depending on the measurement medium, options include direct exposure silicon elements, 316L stainless steel isolation diaphragms, or Hastelloy C276 specifications. • Easy System Integration: Compatible with frequency output or digital output (RS232/RS485, CANBus, USB), facilitating easy system integration.
In addition to the conventional chromatic aberration confocal method and spectral interference method, a thickness measurement sensor utilizing laser heating has also emerged. It can measure the thick...
- Sensors
2026 OPIE Exhibition Information
We will be exhibiting at OPIE 26' held at Pacifico Yokohama from April 22 to 24. Our booth will be L-37 (Light and Imaging Sensor & Imaging EXPO). We plan to showcase the 3D line sensor CLS2, a single-point thickness sensor, a distance sensor, and Enovasense, which can measure the thickness of opaque objects.