Brushless DC Motors are used for high speed and precise movement of liquid handling and sample assemblies.

Brush type DC motors offer economical solutions for medical diagnostic equipment.

Hybrid Stepper Motors provide reliable, precision positioning of carriage assemblies and pipette devices.

PM Micro Actuators are used in smaller assemblies to provide additional integration of the motor and actuator components.

PM Stepper Motors are a good choice for movement and positioning where lower torque and lower cost are required.

Custom assemblies using NMB ball bearings are available to reduce design time and manufacturing cost. Our expert design engineers work with you to create a design that is high performance and cost effective.

Load cells can precisely measure the volume of liquid dispensed into a well or tray. This can help reduce the amount of errors or non-conforming events during an experiment.

Our MEMS gauge pressure sensors provide very high precision measurement of liquid volume in laboratory automation equipment.

MinebeaMitsumi developed an electric gripper end effector built upon our precision hybrid motor technology for use in laboratory automation and robotic applications.

DNA sequencing machines use stepping motors to transfer clinical plates with patient samples. The placement of these plates needs to be ultra-precise for accurate readings. Adding an encoder or hall sensor can provide positional feedback for optimal system performance.

When sample solutions need to be mixed or transferred, PM motors can be used to drive the syringe mechanism to draw up and dispense liquids.

DC fans keep electronics and cabinets of clinical analyzing equipment at a stable ambient temperature. Options for speed control based on temperature sensing are available.

NMB high quality miniature ball bearings maintain smooth operation of clinical analyzing equipment over the life of the product.