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Revolutionary Non-Contact Laser Tachometer for Accurate RPM Measurement in Any Environment

Measuring the rotational speed of machinery is critical in many industries, from automotive repair to industrial maintenance. Traditional methods often require physical contact with moving parts, which can be unsafe or impractical. This handheld non-contact laser tachometer offers a precise, safe, and easy way to measure RPM without touching the equipment. By using reflective tape and laser technology, it delivers accurate readings in a variety of settings.


Close-up view of handheld laser tachometer aimed at reflective tape on rotating machinery
Handheld laser tachometer measuring RPM on rotating machinery
Handheld Non-Contact Laser Tachometer – Gun-Type Digital RPM Meter
A$126.00
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How the Non-Contact Laser Tachometer Works


This device uses an infrared laser sensor to detect reflective pulses from a rotating surface. You simply apply the included reflective tape to the part you want to measure, such as a fan blade or motor shaft. When the laser points at the tape, it senses the light reflected each time the surface completes a rotation. The tachometer then calculates the revolutions per minute (RPM) based on these pulses.


This method eliminates the need for physical contact, which is especially useful when dealing with fast-moving, hot, or hard-to-reach parts. It also reduces wear and tear on the measuring device and improves safety for the operator.


Key Features That Make This Tachometer Stand Out


  • Non-Contact RPM Measurement

Safely measure rotational speed without touching the equipment, reducing risk and improving convenience.


  • Gun-Type Portable Design

The ergonomic, lightweight design fits comfortably in one hand, making it easy to use during inspections or repairs.


  • 60 Record Memory Recall

Store up to 60 readings for later review, which helps track performance trends or diagnose intermittent issues.


  • MAX/MIN/AVG Recording

Quickly identify speed fluctuations by reviewing maximum, minimum, and average RPM values.


  • Adjustable Measurement Modes

Choose between automatic or manual data recording depending on the task at hand.


  • User-Friendly Display

The large backlit LCD screen with white backlight ensures clear visibility even in dimly lit environments. The data hold function freezes readings for easy note-taking.


  • Auto/Manual Power Off

Intelligent power management extends battery life by shutting off the device when not in use.


  • Versatile Applications

Suitable for a wide range of machinery including fans, pumps, motors, rotors, and paper machines across automotive, manufacturing, and industrial sectors.


Practical Uses in Different Industries


Automotive Diagnostics


Mechanics can quickly check engine components, belts, and pulleys without dismantling parts. The non-contact feature allows safe measurement of rotating parts while the engine runs, speeding up diagnostics and reducing downtime.


Industrial Maintenance


Maintenance teams can monitor motors, fans, and pumps in factories without stopping production. The memory recall function helps track equipment performance over time, identifying wear or imbalance before failure occurs.


HVAC Inspections


Technicians can measure fan speeds in heating, ventilation, and air conditioning systems to ensure optimal airflow and system efficiency. The backlit display is especially helpful in dim basements or utility rooms.


Manufacturing Quality Control


Production lines often require precise speed control of rollers or conveyors. This tachometer provides quick, accurate readings to maintain consistent product quality.


Eye-level view of tachometer display showing RPM readings during industrial equipment inspection
Tachometer display showing RPM readings during industrial equipment inspection

Tips for Getting Accurate Measurements


  • Apply Reflective Tape Properly

Ensure the tape is firmly attached to a clean, flat surface on the rotating part. Avoid curved or uneven areas that might distort reflections.


  • Hold the Device Steady

Keep the laser sensor aimed steadily at the reflective tape to avoid fluctuating readings.


  • Use Appropriate Distance

Follow the manufacturer’s recommended distance for the laser sensor to ensure accurate pulse detection.


  • Record Multiple Readings

Take several measurements to confirm consistency, especially if the machinery speed varies.


Why Choose a Non-Contact Laser Tachometer?


This tool combines safety, convenience, and precision. It removes the hazards of physical contact with moving parts, which can cause injury or damage. Its portability and ease of use make it ideal for fieldwork and quick inspections. The ability to store and analyze data supports better maintenance decisions and troubleshooting.


For professionals working with rotating machinery, this tachometer is a practical investment that improves efficiency and safety.



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