Types of Mixers We Calibrate

We provide calibration services for a wide range of laboratory and industrial mixers, including but not limited to:

• Magnetic and Overhead Stirrers

• Orbital and Linear Shakers

• Rockers, Rotators, and Tumblers

• High Shear and Emulsifying Mixers

• Ribbon, Paddle, and Static Mixers

• Batch, Drum, and Continuous Mixers

• Planetary, Spiral, and Horizontal Mixers

• Agitator Systems and Custom-Built Mixing Equipment

Our calibration capabilities cover mixers used in laboratories, pharmaceutical production, food and beverage manufacturing, chemical processing, and other industrial applications.

What Is Mixer Calibration?

Mixer calibration is the process of verifying and adjusting a mixing device to ensure it operates within specified parameters. This includes assessing factors like speed (RPM), time, temperature (if applicable), and movement pattern to ensure consistent and reproducible mixing performance.

Calibration ensures the mixer’s output aligns with manufacturer specifications or regulatory requirements, improving the reliability of results in both research and production settings.

Why Is Mixer Calibration Important?

Accurate and consistent mixer performance is critical in many processes where mixing uniformity directly affects product quality, experimental validity, or regulatory compliance. Calibration is essential for:

• Quality Assurance: Ensures reproducibility and uniform mixing across batches.

• Regulatory Compliance: Meets standards set by ISO, GMP, GLP, FDA, and other bodies.

• Process Efficiency: Reduces downtime and waste due to inconsistent mixing.

• Data Integrity: Especially important in labs where experimental accuracy matters.

• Safety: Prevents malfunction that could pose risks during operation.

What Parameters Are Typically Calibrated?

Calibration may involve one or more of the following parameters, depending on the type of mixer:

• Speed/RPM – Accuracy of rotation or agitation speed.

• Timer Function – Precision and accuracy of built-in timers.

• Temperature Control – Verification of heating elements or thermostatic control (if applicable).

• Motion Type and Pattern – Confirmation of orbital, reciprocating, or rocking motion.

​

​