Ultrasonic Flowmeter for Laboratory Testing

Accurate flow measurement is essential in laboratory environments where researchers need reliable data, consistent testing conditions, and precise control over fluid movement. An ultrasonic flowmeter for laboratory testing provides a reliable way to measure liquid flow while maintaining a clean and unrestricted flow path.

Laboratories often require flow measurement solutions that can handle low flow rates, minimise interference with the testing process, and support detailed data recording. Ultrasonic flowmeters are commonly used in research, testing, and development applications where accuracy and repeatability are important.

Atrato Ultrasonic Flowmeter for Laboratory Testing

Designed to handle low flows from laminar to turbulent, and largely immune from viscosity, the Atrato ultrasonic flowmeter from Titan Enterprises is a perfect tool for laboratory testing applications.

The Atrato ultrasonic flowmeter is a true inline non-invasive flowmeter without the contorted flow path and disadvantages of alternative designs. Available in 60°C and 110°C temperature versions and a 30 bar higher pressure model, Atrato flowmeters use time-of-flight ultrasonic technology that enables them to operate over wide flow ranges with accuracy better than ±1.0% of reading.

Rugged, clean bore PEEK construction makes the Atrato ideal for a wide range of low flow laboratory applications and very easy to clean between experiments.

Atrato flowmeter software enables data recording via an external computer. With features that provide monitoring, reporting and management of flow data, the Atrato flow software delivers a continuous picture of your experiment and a reliable alternative to restrictive and costly manual metering.

Users can select from a wide variety of functions and time periods over which to store their results. Flow data sets are saved as CSV files which can then be imported directly to a wide range of programmes for later manipulation and analysis.

Why Use an Ultrasonic Flowmeter in Laboratory Applications?

Laboratory testing often requires accurate measurement of fluid movement without affecting the conditions of the experiment. The choice of flowmeter can influence measurement accuracy, maintenance requirements, and the reliability of collected data.

Ultrasonic flowmeters are suitable for laboratory applications because they provide:

• Accurate measurement of low flow rates
• Non-invasive measurement without moving components inside the flow path
• Minimal disruption to fluid movement
• Easy cleaning between experiments
• Reliable monitoring for research and testing processes

For applications where maintaining a clean flow path and consistent measurement conditions is important, ultrasonic technology can provide an effective solution.

How Does an Ultrasonic Flowmeter Work?

An ultrasonic flowmeter measures liquid movement by using ultrasonic signals that travel through the fluid. The meter calculates flow by analysing changes in the travel time of these signals.

The Atrato ultrasonic flowmeter uses time-of-flight ultrasonic technology, allowing it to measure flow without relying on mechanical components within the fluid path.

This design helps reduce potential restrictions within the system and makes ultrasonic flowmeters suitable for applications where accurate measurement and clean operation are required.

Laboratory Applications of Ultrasonic Flowmeters

Ultrasonic flowmeters are used in different laboratory environments where precise liquid flow measurement is required.

Common applications include:

Research and Development Testing

Laboratories involved in research and product development often require accurate flow monitoring when evaluating fluid systems, prototypes, and testing equipment.

Pharmaceutical and Chemical Testing

Controlled fluid movement is important in testing environments where repeatable conditions and accurate measurements are required.

Fluid System Evaluation

Engineers and researchers can use ultrasonic flowmeters when analysing pumps, fluid handling systems, and laboratory equipment performance.

Water and Liquid Testing

Flow measurement plays an important role in applications involving liquid analysis, monitoring, and controlled testing procedures.

Key Specifications of Atrato Ultrasonic Flowmeter

Specification	Details
Technology	Time-of-flight ultrasonic technology
Accuracy	Better than ±1.0% of reading
Construction	Clean bore PEEK construction
Temperature versions	60°C and 110°C
Pressure model	Up to 30 bar higher pressure model
Data recording	CSV file export capability
Application suitability	Low flow laboratory applications

Benefits of Non-Invasive Flow Measurement for Laboratories

Traditional flow measurement methods may include mechanical components that interact directly with the fluid. In laboratory environments, this can create challenges when cleanliness, maintenance, and minimal flow disturbance are important.

Non-invasive ultrasonic flow measurement provides advantages such as:

Reduced Flow Interference

The absence of internal moving components helps maintain a cleaner flow path and reduces potential disruption to the tested fluid.

Easier Maintenance

Clean bore designs can make cleaning procedures easier between experiments, especially when equipment is used across different testing processes.

Reliable Data Collection

Laboratory experiments often require continuous monitoring rather than a single measurement. Data recording capabilities allow researchers to review flow behaviour over selected time periods.

How to Choose an Ultrasonic Flowmeter for Laboratory Testing

Selecting the right flowmeter depends on the requirements of the application. Before choosing a solution, consider:

Flow Range

The flowmeter should match the expected flow conditions of the application. Low-flow laboratory processes require equipment designed to provide accurate readings at smaller flow rates.

Fluid Characteristics

Consider the properties of the liquid being measured, including:

• Fluid type
• Temperature requirements
• Viscosity
• Chemical compatibility

Accuracy Requirements

Research and testing applications often require consistent measurement results. Selecting a flowmeter with suitable accuracy specifications helps maintain reliable data.

Data Recording Requirements

For experiments requiring ongoing monitoring, consider whether the flowmeter supports data storage and analysis.

Why Accurate Flow Measurement Matters in Laboratory Testing

Accurate flow measurement helps researchers maintain consistent testing conditions and collect reliable results.

A suitable ultrasonic flowmeter can help laboratories:

• Monitor liquid movement accurately
• Maintain controlled test conditions
• Reduce measurement interference
• Record data for further analysis

Choosing the right flow measurement technology at the beginning of a project can improve testing reliability and reduce issues caused by inaccurate measurements.

Need Help Selecting an Ultrasonic Flowmeter for Laboratory Testing?

Selecting the right flow measurement solution depends on factors such as liquid properties, required flow range, accuracy requirements, operating conditions, installation requirements and data recording needs.

Banksia Controls supplies flow measurement solutions for laboratory testing, OEM equipment and industrial applications. Our team can help you identify a suitable flowmeter based on your application requirements.

Contact Banksia Controls on +61 3 5157 8309 or email This email address is being protected from spambots. You need JavaScript enabled to view it. to discuss your flow measurement requirements.