3 POINT BENDING FIXTURE FOR UNIVERSAL TESTING MACHINES – BMT-BF
The 3 Point Bending Fixture is designed for accurate flexural testing of materials using Universal Testing Machines. With adjustable lower supports and a precision loading nose, it enables reliable determination of flexural strength and flexural modulus across a wide range of specimen types and dimensions.
Overview
The BESMAK 3 Point Bending Fixture is designed for accurate flexural strength and flexural modulus testing of a wide range of materials. Its adjustable support span accommodates different specimen sizes, while the robust construction ensures reliable and repeatable test results. An optional conversion kit allows the fixture to be easily adapted for 4-point bending tests, increasing testing flexibility.
Key Features
- Adjustable support span
- High-precision loading nose
- Durable steel construction
- Suitable for various specimen dimensions
- Accurate flexural strength and modulus measurements
- Optional conversion to 4-point bending configuration
Applications
- Plastic Testing
- Composite Material Testing
- Metal Testing
- Wood Testing
- Research Laboratories
- Quality Control Laboratories
Benefits of 3 Point Bending Fixture
The 3 Point Bending Fixture enables laboratories to perform consistent and repeatable flexural tests while complying with commonly used international testing standards. Its adjustable design improves testing flexibility, increases laboratory efficiency, and supports a wide range of specimen sizes and materials.
FAQ
What is a 3 Point Bending Fixture used for?
The 3 Point Bending Fixture is used to determine the flexural strength and flexural modulus of materials by applying a controlled bending load to a test specimen.
Can the support span be adjusted?
Yes. The fixture features adjustable support rollers that allow different specimen sizes and test configurations to be accommodated.
Can it be converted to a 4-point bending setup?
Yes. An optional conversion kit can be used to convert the fixture from a 3-point bending configuration to a 4-point bending configuration.
