1. SOFTWARE / HARDWARE SYSTEM INTEGRATION
2. PHOTOVOLTAIC MEASUREMENT COOPERATION
3. SAMPLE TEST & ANALYSIS

1. Flow AOI
2. AI Particle Imager
3. In-situ Observation Technology
4. Inline Sizer

Sensors
Instruments
Analog Thermopile Sensors
Digital Thermopile Sensors
Analog CO2 Sensors
Digital CO2 Sensors
Flow Sensor
Analog Thermopile Sensors

PXD Analog Thermopile Sensors offer unparalleled precision in temperature measurement. Designed with high sensitivity and robust performance, these sensors deliver accurate thermal readings for applications ranging from industrial process control to environmental monitoring. The analog output ensures seamless integration with existing systems, providing real-time data for critical decision-making.

Analog Thermopile in TO-46 hermetic seal standard package: TP700F01 | TP1300F01

Digital Thermopile Sensors

Experience the next level of accuracy with PXD’s Digital Thermopile Sensors. Equipped with advanced digital interfaces, these sensors provide precise temperature measurements with enhanced resolution and stability. Ideal for modern automation systems and sophisticated instrumentation, our digital thermopiles offer ease of integration and reliable performance across a wide range of environments.

Digital Thermopile with built-in MCU in TO-46 hermetic seal standard package: TP700F01 | TP1300F01

Analog CO2 Sensors

PXD Analog CO2 Sensors are engineered to deliver reliable and consistent carbon dioxide measurements. With an analog output for straightforward connectivity, these sensors are perfect for applications requiring real-time CO2 level monitoring, such as HVAC systems, indoor air quality assessment, and environmental research. Expect accurate data and durability in challenging conditions.

Analog Thermopile in TO-5 (TO-39) hermetic seal standard package for CO2 measure: TP1300F01

Digital CO2 Sensors

The Digital CO2 Sensors from Precision Sensors Design, Inc. offer advanced features for precise CO2 detection and monitoring. These sensors utilize digital technology to provide high-resolution readings and improved signal processing. Ideal for applications demanding high accuracy and real-time data, such as greenhouse management, laboratory research, and smart building systems.

Digital Thermopile with built-in MCU in TO-5 (TO-39) hermetic seal standard package for CO2 measure: TP1300F01

Flow Sensor

The cHRF4000 series is a cost-effective, low-noise, sensitive flow sensor mainly used for gas flow sensing. It is designed with 4 resistors of 2 identical pairs to construct a Wheatstone-bridge to eliminate the large offset voltage in signal in order to facilitate the calibration. The MEMS fabricated device is processed a standard microelectronic foundry.

Otoscope
Earbud
Digital Pressure Gauge
Otoscope

Precision Sensors Design, Inc. – Advanced Otoscope Solutions

Discover superior ear examination with Precision Sensors Design, Inc.’s state-of-the-art otoscopes. Our otoscopes are engineered to provide clear, detailed views of the ear canal and tympanic membrane, empowering healthcare professionals with precision and reliability.




Earbud

Precision Sensors Design, Inc. – Innovative Earbud with Temperature Measurement

Elevate your audio experience and health monitoring with Precision Sensors Design, Inc.’s cutting-edge Earbud with Temperature Measurement. This groundbreaking device integrates advanced temperature sensing technology into a sleek, high-performance earbud, combining comfort, convenience, and health insights.



Digital Pressure Gauge

Precision Sensors Design, Inc. – Digital Pressure Gauge for Air Conditioning Refrigerant

Ensure optimal performance and accurate diagnostics of your air conditioning systems with Precision Sensors Design, Inc.’s advanced Digital Pressure Gauge. Specifically engineered for refrigerant applications, our digital pressure gauge provides precise, real-time pressure measurements to support efficient operation and maintenance of air conditioning systems.



-50.001
°C
Temperature Measuring
-0.01
ppm
CO2 Level Capture
-14.5
psi
Gauging Pressure