20kN in-situ stretching, compression, and torsion table (for synchrotron and X-ray CT)

20kNIn situ stretching, compression, and torsion table (used for synchrotron accelerators andX-ray CT）

CT20KFully open frame, tension, compression, and torsion test bench, designed specifically for synchrotron accelerators and room based testingXradialCTImaging System Design

The upper and lower fixtures contain independent high-resolution rotating mechanisms that allow for synchronized sample rotation. Torque can be applied by rotating one fixture further than another, with a maximum torsional load of100NmTensile or compressive loads can be applied simultaneously with torsion, and the load can be applied and maintained while the specimen rotates.

The rotation of the sample can be controlled in step or continuous mode through relevant imaging systems or provided control software.

Many different materials can be used in-20kNreach+20kNThe load and-100Nmreach+100NmConduct the test under the torque.

The optional heating furnace can be used to heat the sample to1000℃.

For system control, real-time data display, and force/The elongation curve recording provides acquisition software.

Deben20kNopen-shelfXX-ray tensile compression torsion testing machine

We are now able to assist youμXCTApplication provides integrated stretching/compress/Twist testing solution. Use with μXCTThe tensile test can clearly and intuitively explain the performance changes of materials and composite materials under different loading conditions. The design of these test benches allows them to work with high-resolution microsCTThe system is used together to provide a range of tension, compression, and torque up to20kNThe testing platform. The system is controlled by comprehensive micro testing stretching level control software, providing a wide range of control functions and real-time display of load and expansion, and is designed for specific μXCTThe system provides all necessary wiring and installation adapters. More details and prices can be found from yourmicro-CTSuppliers or directly obtained from Qinsi.

There are currently two versions availableCT20kNAvailable:

•CT20kNMaximum load20kN

•CT10kNMaximum load10kN

CT20kNGeneral specifications:

stayμXCTInstall modular tensile, compression, and torsion testing systems within the system

Stretching, compressing, and twisting fixtures (customizable according to customer specifications)

Rigid design allows for room basedCTConduct very high-precision testing in the middle

• Load cell for maximum linear load (tension and compression):+/-20kN

• Maximum torsional load:+/-100Nm

• Operation mode

• Torsion test

• Compression test (with or without torsion)

• Tensile test (with or without torsion)

• Rotating operation mode

Continuous step rotation (used forCTCollection)

Step resolution0.001^o

• Maximum180^o/sSuggest maximum20^o/s

Maximum rotation for each experiment1000

Fixture movement with load and displacement control

The linear travel between fixtures is50Millimeters; The minimum step size is100nanometer

Synchronous fixture speed up to15turn/Divide; Minimum step size0.001^o

• Detachable fixtures allow for different samples/application

Provide a set of standards for standard dumbbell samplesDEBENstretching/compress/Twist fixture

• Includes custom installation adapters

• Installation

• Includes sample stage controller and operating software, including6URack installation kit

• Provide a set10Rice cable

• Power requirements:230V 50 Hz 2400VAsingle-phase

• Approximately heavy120kgThe hanging ears on the frame are suitable forM10Eye bolt.

Not including manual operation equipment, but required.

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