Bending of Beam Apparatus, Koenig’s Method Manufacturer,Supplier and Exporter in India
Product Code : EL-M-11086
Quick Answer: The Bending of Beam Apparatus, Koenig’s Method finds Young’s modulus from beam deflection with an optical lever, using a 1000 mm brass beam of 9 mm x 9 mm square section and two tilting mirrors.
Last updated: October 2026
Key Features
- Machined brass beam, 1000 mm long
- 9 mm x 9 mm square cross-section
- Two table clamps with steel knife edges
- Central knife edge with mass hanger for loading
- Two tilting mirror assemblies for the optical lever
Technical Specifications
| Specification | Value |
|---|---|
| Specimen material | Machined brass |
| Cross-section | 9 mm x 9 mm square |
| Specimen length | 1000 mm |
| Supports | Two table clamps with steel knife edges |
| Loading | Central knife edge with mass hanger |
| Measurement | Two tilting mirror assemblies (optical lever) |
About This Product
The brass beam rests on steel knife edges held by two table clamps and is loaded at the centre through a knife edge carrying a mass hanger. Two tilting mirror assemblies form an optical lever, so the small angle through which the beam bends can be measured and Young’s modulus worked out. Schools, clinics and suppliers in Indonesia, Tunisia, Luxembourg, Panama, Lithuania and Equatorial Guinea can order the Bending of Beam Apparatus, Koenig’s Method from Science Lab Export.
Frequently Asked Questions
What does the apparatus measure?
Young’s modulus, found from the bending of the brass beam using the optical lever method with two tilting mirrors.
What size is the beam?
The machined brass beam is 1000 mm long with a 9 mm x 9 mm square cross-section.
Related: Mechanics, Torsion Apparatus Searle's Type, Torsion Apparatus/Barton's Apparatus (Vertical Pattern), Bifilar Pendulum and Weight Sets.
For a quotation on the Bending of Beam Apparatus, Koenig’s Method, contact Science Lab Export.
