Torsion Fatigue Testing Machine

Name: Torsion Fatigue Testing Machine
Brand: Sami Lab Tek
Price: 110000.0 INR
Availability: InStock

Price 110000.0 INR/ Unit

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MOQ : 1 Unit

Torsion Fatigue Testing Machine Specification

Data Output
USB/Printer Port

Accuracy
1%

Test Modes
Fatigue, Torsion, Repeated Reverse Torsion

Weight
Approx. 220 kg

Suitable Specimens
Metal, Alloy and Engineering Plastics

Safety Features
Overload Protection, Emergency Stop

Type of Display
Digital and Analog

Fixture Type
Heavy Duty Clamping Forks

Torsion Angle Range
0-9999 degrees

Control System
Microprocessor Based Control Panel

Ambient Temperature Range
5C to 45C

Applications
Material Science, Mechanical Testing, Research Laboratory

Dimensions (L x W x H)
Approx. 1200 x 600 x 1200 mm

Torsion Fatigue Testing Machine Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
10 Units Per Month

Delivery Time
7 Days

About Torsion Fatigue Testing Machine

A Torsion Fatigue Testing Machine is a precision material testing instrument used to evaluate the fatigue strength and endurance of materials under repeated torsional (twisting) loads. It determines how materials such as metals, alloys, wires, and shafts behave when subjected to cyclic torque until failure occurs.

This machine is widely used in mechanical engineering laboratories, automotive industries, aerospace sectors, research institutions, and quality control departments for studying material durability and life cycle performance.

Key Features

High-precision torque application system for cyclic loading
Adjustable speed for variable fatigue testing conditions
Digital counter for number of cycles
Rigid and vibration-free heavy-duty frame
Specimen holding chucks with strong grip mechanism
Forward and reverse torsional loading capability
Safety enclosure for operator protection
Suitable for long-duration endurance testing

Working Principle

The machine applies a repeated twisting (torsional) load on a specimen at a controlled speed. The material is subjected to continuous cyclic stress until it fails. The number of cycles endured before failure is recorded as the fatigue life of the material, helping determine its resistance to torsional stress over time.

Applications

Fatigue testing of shafts, rods, wires, and fasteners
Automotive component testing (drive shafts, axles)
Aerospace material evaluation
Mechanical component design validation
Research and development laboratories
Industrial quality assurance testing

Advantages

Accurately determines material fatigue life
Helps prevent failure in rotating machine components
Essential for design and safety analysis
Suitable for long-duration testing cycles
Reliable and repeatable test results

Technical Specifications (Typical)

Torque capacity: As per model (e.g., 10 Nm to 2000 Nm)
Speed range: Adjustable for fatigue cycles
Cycle counter: Digital display
Specimen type: Rods, wires, shafts, fasteners
Operation: Motorized continuous cyclic loading system
Frame: Heavy-duty steel construction

Advanced Control and Display Features

This machine integrates a microprocessor-based control panel with both digital and analog displays, providing users with clear, accurate readouts and efficient adjustment capabilities. The dual display system allows easy monitoring during torsion, fatigue, and reverse torsion testing processes, enhancing both precision and usability in laboratory environments.

Superior Testing Versatility and Safety

Engineered with heavy-duty clamping forks and multiple test modes-including fatigue, torsion, and repeated reverse torsion-the machine is extremely versatile. It features robust safety measures such as overload protection and an emergency stop button, safeguarding the operator and the sample throughout high-stress material experiments.

FAQ's of Torsion Fatigue Testing Machine:

Q: How does the Torsion Fatigue Testing Machine operate for different test modes?

A: The machine conducts three primary tests: fatigue, standard torsion, and repeated reverse torsion. By securely fixing the specimen in heavy-duty clamping forks, the operator selects the desired mode via the digital control panel. The microprocessor then administers controlled torsional cycles according to set parameters, capturing data for analysis.

Q: What types of specimens are compatible with this machine?

A: This testing machine is suitable for a wide range of specimens, including metal, alloy, and engineering plastics. Its robust fixture design supports diverse sizes and geometries commonly encountered in research and mechanical testing applications.

Q: When is it beneficial to use the USB or printer port data output?

A: The USB and printer port outputs are particularly useful for users who need to quickly store, archive, or print test data for documentation, further analysis, or regulatory compliance. These features streamline report creation and data sharing in lab and research environments.

Q: Where is this testing machine commonly utilized?

A: It is widely used in material science laboratories, mechanical testing centers, research and development facilities, and quality assurance departments-especially within industries focusing on metals, alloys, and advanced plastics.

Q: What is the process for ensuring operator safety during testing?

A: Before initiating testing, the operator engages the overload protection and ensures the emergency stop is accessible. The machine's built-in safety functions are activated throughout the test, automatically halting operation if unsafe loads or conditions are detected.

Q: How does the microprocessor-based control panel enhance testing?

A: The microprocessor-based panel allows precise setting of test cycles, angles (ranging from 0 to 9999 degrees), and modes while providing accurate feedback through digital and analog displays. This simplifies test repeatability and enhances data reliability.

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