Instrumems Provides Precise Liquid Handling with Bubble Detection Sensor

Bubble sensors play a critical role by maintaining a steady flow and preventing problems from air infusions. For example, in health care, they used in various medical, analytical and laboratory devices. 

Instrumems announced its new Bubble detection sensor, a measurement system for improved precision in liquid handling, leading to reduced errors.

Instrumems' new Bubble detection sensor will increase the product yield or the accuracy of the material delivery. It will also reduce equipment downtime through early indication of liquid blockage or leaks. The improved capabilities result in enhanced liquid delivery control systems.

Instrumems' bubble detector will address some ongoing problems that industry manufacturers face, including:

• Liquid flow control: Ensures valve closure, so no leaks occur.
• Integrated equipment: Delivers visibility into areas inaccessible to the user or not easily serviced.
• Additive manufacturing: Identifies blocks and provides data for improved control and delivery of the material.

"This new product provides the most advanced measurement system to deliver precise quantities of liquid components across various industries," said Gilad Arwatz, Instrumems' founder and CEO.

Engineering teams and system architects will benefit from the efficiency of the sensor's fast response to quantify micro-size bubbles occupying less than 50% of a channel. The biocompatibility of the sensor provides a new solution to various areas with a safe and accurate flow measurement.

"We're committed to digitizing the data to give real-time visibility and control in areas where it was impossible previously due to constraints in form factor, battery life, cost, speed and accuracy of the sensor," said Arwatz.

The new bubble detection technology is ideal for food processing, additive manufacturing, life sciences and medical applications. Comparable alternatives like ultrasonic sensors are five times the cost with restrictions on tube types and accuracy.


Edited by Erik Linask