"Spring Scales"

High resolution, durable aluminium spring balances are a great tool for accurately assessing the weight of an object in both grams and Newton's

With effective scale lengths of nearly nine inches, rotary scales offer greater accuracy than linear scales.

Matter has mass and takes up space. With this exciting kit, students explore the relationship of mass and volume using a spring scale and hook weights and observations.

A digital hanging scale with a built-in handle.

A high capacity digital hanging scale with stainless steel hooks.

High-resolution dynamometer with a capacity of 100 g/1N. Can measure both grams and Newtons. Ideal for laboratory experiments and measuring small forces.

Studying dynamic tension has never been easier with this simple form truss kit. The kit includes a half-meter truss with hooks on both sides, V-shaped clamp.Recommended stand and rod, item 470137-892 Required but not included are masses and spring scale.

Hooke's Law apparatus, includes weights for demonstration.

Students can gain an understanding of Hooke’s Law and of the significance of the spring constant with this versatile set.

These springs are an oversized demonstration of Hooke's Law.

Incredibly simple alternative to traditional force tables.

This sturdy Hooke's Law apparatus features a mirrored scale to eliminate parallax error.

These easy-to-read lecture scales are perfect for use during demonstrations.

Ideal for addition and resolution of forces, Newton's laws, and statics experiments.

Determine the spring constant of a spring-powered launcher by analyzing the work done on a system.

Demonstrate the relationship between force and elongation in a spring.