Fisherbrand Traceable Laser Tachometer - Handheld Optical Speed Measurement Device

This Fisherbrand Traceable laser tachometer is a handheld optical tachometer designed to measure rotational speed accurately and non-invasively using laser technology. It is widely used in biotechnology and bioprocessing settings for monitoring the RPM (revolutions per minute) of motors, centrifuges, and other rotating laboratory equipment essential to molecular diagnostics and synthetic biology workflows.

Key features include:

• Non-contact laser measurement enables precise, contamination-free readings
• High-resolution speed detection suitable for lab equipment calibration and maintenance
• Robust build quality for reliable use in clinical diagnostics and biomanufacturing environments
• Supports a range of rotational speeds critical for live-cell imaging instrumentation and bioprocess monitoring
• Essential for molecular cloning workflows requiring precise instrument control

This tachometer supports critical applications in biomedical engineering, ensuring accurate speed diagnostics that are crucial for equipment validation in research laboratories emphasizing gene editing and cell biology experiments. Its traceability ensures reliable calibration data, making it a preferred tool among biotechnology researchers and facility maintenance professionals.