The flow path consists of a glass straight tube capillary and fittings at both ends!
Ideal for OEM mass production applications that require compact, high-performance, and low-cost components!
A liquid flow sensor that achieves rapid and complete non-contact measurement of small flow rates!
Achieve rapid and complete non-contact measurement! Suitable for OEM mass production applications.
Ideal for OEM mass production applications! Achieves rapid and complete non-contact measurement.
Ideal for OEM mass production applications! It has excellent chemical resistance and biocompatibility.
Liquid flow and bubble detection, switching point at 0.25 ml/min! Improving system reliability.
Liquid flow and bubble detection, switching point at 4.5 ml/min! Improving system reliability.
Liquid flow sensor with a maximum flow rate of 8 μl/min, suitable for ultra-low flow and UHPLC (Ultra High Pressure Liquid Chromatography) applications!
Liquid flow sensor with a maximum flow rate of 5μl/min, suitable for ultra-low flow and UHPLC (Ultra High Pressure Liquid Chromatography) applications!
Liquid flow sensor with a maximum flow rate of 1.5μl/min, suitable for ultra-low flow and UHPLC (Ultra High Performance Liquid Chromatography) applications!
The sensor stores calibration values for water and isopropanol (IPA)!
Response time is standard 20ms! Versatile/robust liquid flow sensor for standalone lab setup.
Provides high cost-effectiveness, compactness, and reliable micro-flow measurement performance!
More effective drug therapy! Low flow of up to 16.6 ml/min in disposable sensor design.
Media detection function based on thermal conductivity! Our flow detection system, proven in the industry, has evolved further.
High added value, high versatility, up to 2ml/min! System design using multiple sensors is possible.
High added value, high versatility, up to 40ml/min! Provides excellent chemical resistance and outstanding media compatibility.
Covers a wide measurement range from nL to L/min! A new level of liquid flow sensing.
Easily design with SLF3x! System design using multiple sensors is possible.
Liquid flow sensor with a maximum flow rate of 1 ml/min! Designed for applications with strict requirements across the industry.
High-precision measurement of small flow rates of water or hydrocarbon (alcohol, solvent, oil, fuel, adhesive) based liquids is possible!
Liquid flow sensor with a maximum of 80µl/min! Designed for demanding applications across the industry.
Medical liquid flow measurement up to 5 ml/min! For drug delivery patches and insulin pumps, etc.
Fluid connection is PFA tube! Includes sensor cables and basic fitting set, etc.
IP65 waterproof and dust resistant! Maximum flow rate is 1ml/min (aqueous) and 10ml/min (hydrocarbon).
The interface (connector) is RS485, I2C, USB, or analog (4-pin M8)!
The maximum flow rate is 80 ull/min for the aqueous system and 500 ul/min for the hydrocarbon system evaluation kit!
The interface (connector) is I2C! Maximum flow rate 1000ml/h (aqueous), bamboo joint.
Fluid control and system reliability are achieved, leading to a dramatic improvement in performance and end-user satisfaction!
Response speed < 20ms! Maximum flow rate is 2000ul/min for aqueous and hydrocarbon systems.
Includes a conversion adapter cable for connecting from a 6-pin connector to an SCC1-USB sensor cable!
Maximum flow rate 600 ml/min (aqueous and hydrocarbon systems)! Includes ribbon cables and more.
Maximum flow rate 40ml/min (aqueous)! Includes quick start guide and SCC1-USB sensor cable.
RS485 interface, 2m! The analog signal cable can be updated via software.
USB interface, 2m! We will convert it to the interface you need.
Analog voltage output, 2m! Achieving switching output and volume counter.
The interface is analog current, I2C! The analog signal cable is updated via software.
Are you troubled by the contamination of floating foreign substances? This new product from our particulate visualization system has solved many problems that cannot be resolved by simply checking the airflow.
Used for applications such as ventilators, oxygen concentrators, and HVAC! Outputs accurate flow signals instantly.
Active in various fields such as machinery, pharmaceuticals, food, semiconductors, air conditioning, industry, and processing plants! It has no moving parts and monitors with constant stable operation.
