Explore Physics with Transparent Precision Dynamometer 0.2N – Perfect for Students

Dive into the world of physics with our Transparent Precision Dynamometer 0.2N, designed for student use. This accurate dynamometer with a long Newton scale allows you to measure drag forces with precision. It’s the ideal tool for hands-on learning and understanding the principles of physics.

Key Features of the Transparent Precision Dynamometer 0.2N:

• Economic and Student-Friendly: Our Precision Dynamometer is designed with students in mind. It offers an affordable and budget-friendly option for educational institutions, allowing more students to access quality physics experiments.
• Accurate Measurement: The heart of this dynamometer lies in its precise measurement capabilities. The long Newton scale provides accurate readings, making it an excellent tool for experiments that require precision. Whether you’re investigating drag forces, Newton’s laws, or other physics concepts, this dynamometer delivers reliable results.
• Zero-Point Correction: To ensure the utmost accuracy, our dynamometer features zero-point correction. This means that before each experiment, you can reset the scale to a precise zero point. This correction feature is crucial for obtaining reliable measurements consistently.
• Safety Guard: Safety is a top priority, especially in educational environments. Our dynamometer includes a safety guard to prevent over-extension of the spring. This feature not only protects the equipment but also ensures the well-being of students during experiments.
• Transparent Case for Enhanced Learning: Learning is most effective when you can see the principles in action. The transparent case of this dynamometer allows students to observe the inner workings of the coil spring. This visual element enhances the educational experience, helping students better grasp the concepts behind the measurements they’re taking.
• Convenient Mounting: Setting up experiments should be straightforward. That’s why we’ve included hooks for easy mounting of the dynamometer and for suspending weights. This convenience simplifies the experimental setup process, allowing students to focus on learning and exploration.

Dimensions:

• Length of Scale: 100 mm
• Dynamometer Case: L = 215 mm
• Dimensions: D = 16 mm, total L = approx. 285 mm
• Reading: 0.002 N
• Color: Grey

Our Precision Dynamometer with a 0.2N capacity is the perfect tool for students to explore and understand the principles of physics. It offers accuracy, safety features, and affordability, making it an ideal choice for educational institutions.

Notes:

• Safety precautions should be followed while conducting experiments, especially in educational settings involving students.
• Adult supervision may be required, particularly when working with younger students