Eisco Labs - Acrylic Tubular Spring Scale (Dynamometer) 1N/100g Capacity - Spring Scale, Pull Scale, Force Meter, Force Spring, Spring Scales for Science

• HIGH PRECISION MEASUREMENT || Accurately measures up to 1 Newton or 100 grams, in increments of .02N / 2.0g. Perfect for laboratory and educational use.
• EASY ZERO CALIBRATION || Features a convenient twist zeroing screw for quick and simple calibration, ensuring accurate results every time.
• DURABLE CONSTRUCTION || Made from robust acrylic material, this scale is designed to withstand regular educational use without breaking.
• CLEAR READABILITY || Transparent tubular design allows for clear and easy reading of measurements, facilitating precise experiments and data collection. Mounting ring on top, mass hook on bottom.
• VERSATILE USE || Ideal for a variety of applications including physics experiments, classroom demonstrations, and light industrial measurements.

The Acrylic Tubular Spring Scale with a 1N / 100g capacity is an essential tool for any laboratory or educational setting. Designed for high precision, this scale accurately measures forces up to 1 Newton or weights up to 100 grams. It features an easy twist zeroing screw, allowing for quick and straightforward calibration to ensure your measurements are always accurate.

Constructed from sturdy acrylic material, this spring scale is built to last and resist damage from everyday use. The clear tubular design not only adds durability but also provides excellent visibility of the scale markings, making it easy to read and interpret results.

Measuring 24 mm in diameter, with a tube length of 6 inches and a total product length of 9.5 inches including the hooks, this spring scale is compact yet effective. It is lightweight and easy to handle without compromising on durability.

Whether you're conducting physics experiments, performing classroom demonstrations, or carrying out light industrial measurements, this versatile spring scale is an excellent choice. Its reliable performance and user-friendly design make it a valuable addition to any scientific toolkit.