Digital Force Gage: 20 lb Capacity, 0.02 lb Resolution MPN:M2-20

This compact digital force gage from Mark-10 features a capacity of 20 pounds with an accuracy of 0.5% of full scale, making it ideal for precise measurements in compression and tension applications. With a resolution of 0.02 pound and 500 Hz sampling rate, it offers quick and accurate results. The aluminum housing ensures durability and reliability, while the rechargeable battery provides convenient power options. It comes with a certificate of conformance, quick start guide, rechargeable battery, and resource CD, making it a complete package for professional users. This versatile digital force gage can be used in various industries such as manufacturing, research and development, quality control, and more. Its intuitive user interface, easy setup, and calibration features make it a top choice for users who require precise and accurate measurements. Order this Mark-10 digital force gage now to experience the ultimate precision and performance in your measuring tasks!

Top product features:

• Capacity: The digital force gage has a capacity of 20 pounds, allowing users to measure heavier objects or forces accurately and effectively.
• Rechargeable battery: The product comes with a rechargeable battery, which offers convenience in powering the device and eliminates the need for frequent replacements.
• Resolution: The force gage has a resolution of 0.02 pound, providing highly accurate measurements for precise results.

Top product applications:

• Precision force measurement: This digital force gage is suitable for precise measurements in laboratories, research facilities, or quality control departments where accurate and consistent force readings are required.
• Manufacturing: The product can be used in manufacturing to test the strength of materials or components during production, ensuring they meet the required standards and specifications.
• Mechanical testing: This force gage can also be used in mechanical testing applications such as tensile testing, compression testing, or tension testing of materials and components to determine their properties and behavior under different forces.