CLEVER RABBITS CORPORATION LIMITED

Measuring Principle When the ultrasonic beam is transmitting in the liquid, its transmit time is proportional to the liquid flow

When the ultrasonic beam is transmitting in the liquid, its transmit time is proportional to the liquid flow.

Measuring Principle When the ultrasonic beam is transmitting in the liquid, its transmit time is proportional to the liquid flow.

MFD500B Portable Ultrasonic Flaw Detector adopts the international advanced IC technique and new-style color TFT LCD display. Its each performance ind

Specifications: Measuring principle: Magnetic induction & Eddy current Measuring range: (0~1250) m, depends on probes. Maximum 10mm for the prob

Product Description Capable of performing measurements on a wide range of material. Four transducer models. Probe-Zero function, Sound-Velocity-C

Small volume with light weight, it is convenient for taking. Its outline dimensions are 212mm 80mm 32mm.

stainless steel case buttons control the speed, rotating, start/stop, full-speed, easy to operate; Suitable for pump head : YZ35, 2YZ35 Flow

Color touch screen, making the information more intuitive and the operation more convenient; flow intelligent peristaltic pump

HD-5 is a single or various gases detection and alarm device which can be configured flexibility, and it can be equipped with oxygen sensors,

NT-6106-type radiation dose rate meter is a practical radiation measuring instrument, apparatus, ultra-low power 16-bit embedded microprocessor

Professional Infrared Video Thermometers with TFT color LCD display & Camera function 9860 Series Professional Infrared Video Thermometers with

stainless steel case buttons control the speed, rotating, start/stop, full-speed, easy to operate; Suitable for pump head : YZ35, 2 YZ35 Fl

MFD500B Portable Ultrasonic Flaw Detector adopts the international advanced IC technique and new-style color TFT LCD display. Its each performance ind

Measuring Principle When the ultrasonic beam is transmitting in the liquid, its transmit time is proportional to the liquid flow