tensile testing machine Digital Cum Computerised
Tensile Testing Machine Manufacturer in India
Model ELI- TTMDCC
A tensile testing machine is a special tool that pulls on a material to see how strong it is and how much it stretches before breaking. This helps us figure out important things about the material, like how strong it is, how flexible it is, and how much it can stretch before it breaks.
In simple terms, a universal tensile testing machine works like this: A piece of material is held in place by grips on both ends. One end is pulled while the other stays still. As the pulling force increases, the material stretches until it breaks. The machine measures how much force is applied and how much the material stretches during this process.
Working Process of Tensile Strength Tester
- Specimen Preparation: First, a sample of the material, called a specimen, is prepared according to specific dimensions and requirements. This might involve cutting or shaping the material to the desired size and shape, ensuring it fits the specifications of the tensile test equipment.
- Mounting the Specimen: Next, the specimen is securely placed between the grips of the tensile strength tester. These grips ensure that the specimen stays in place during the test, allowing for accurate measurement of the tensile strength of fabric.
- Applying Load: Then, a controlled force is applied to one end of the specimen while the other end remains stationary. As the force increases gradually, the specimen starts to deform.
- Measurement and Data Collection: Throughout the test, the tensile machine continuously measures the applied force and the resulting elongation or strain of the specimen. This information is recorded and used to create a stress-strain curve, which shows how the material behaves when subjected to tension.
When it comes to buying a tensile test universal testing machine price in India
The price can vary based on factors like the model, features, and manufacturer, which is important to consider when researching tensile strength tester prices. If you’re looking for the best one in Faridabad, India, take your time to check out different suppliers and manufacturers to find what fits your needs. Generally, these machines cost between 100,000 INR to 350,000 INR. Remember, prices may change depending on specs,
extra features, and warranty options. Additionally, a tensile test can be performed on various materials, including metals, plastics, rubbers, and composites.
So, it’s crucial to consider your needs and budget before making a choice, especially when selecting from various options provided by a tensile strength tester supplier and manufacturer. especially when selecting from various options provided by digital tensile testing machine manufacturers.
- Speed Control: Variable Frequency Drive automation controlled via a Graphic User Interface PC.
- High Sensitivity Load Sensor: Features a highly sensitive load sensor with linearity and repeatability.
- Cross-Head Travel Length: Offers an 800 mm travel length without grips for flexibility.
- Twin Column Structure: Provides a rugged twin-column structure for stability.
- Safety Features: Includes safety limit switches for over-travel protection.
- Frictionless Movement: Employs hardened lead screws/ball screws for smooth and frictionless movement.
- Calibrated Load Cell: Load cell calibrated by NABL approved proving ring/dynamometers for accuracy.
- Advanced Navigation: Incorporates an advanced navigation system for easy operation.
- Micro-Controller Based Controls: High-accuracy micro-controller-based system controls with integrated software.
- User-Friendly Software: Features user-friendly software with intuitive icons and robust architecture.
- Data Management: Easy data management with user-programmable product identification, lot number, specimen shape, company name, operator details, etc.
- USB Compatibility: USB compatible for high-speed data transfer.
- Test Report Export: Allows exporting test reports in Excel format.
- Print Preview: Provides print preview of test reports with zoom feature.
- Online Test Status: Online test run status can be viewed graphically or in raw data form.
- Key Protection Feature: Secured working with key protection feature.
- Ease of Use: Features such as graph setup, test control wizard, formula/result calculations, reports, live test panel for ease of use.
- Graph Setup: User-defined graph scale/range with graph title.
- Test Control Wizard: Set test parameters like tension, compression, changeable units in Kgs/N/lbs or cm/mm/inch.
- Automatic Test Completion: Automatically ends test and returns to home position through software interface after completion.
- Immediate Result Analysis: Immediate analysis of results after the test with complete accuracy and precision.
- Email Test Reports: Option to email test reports.
- Single-Click Test Start: Start single test with one-click mouse entry.
Display | Graphical with test data output through Inbuilt Software |
Power | 220V, Single / Three phase, 50 Hz |
Accuracy | ± 2% at Full Load (with master load) |
Standard Speed | 50-500 mm/min *Optional through computer software |
Grip to Grip Separation | Min 25mm and Max. 700mm (applicable only with vice type standard grip) |
Digital load indicator | 7 segment LED Display (optional as per request) |
Drive Mechanism | Variable Frequency AC Drive |
Safety | Yes |
Grippers (optional added based on requirement) | Vice Type (Standard Gripper), Flexural Compression Plate, Wedge Type, Roller Type |
Communication Converter | USB / RS 485 |
Material | Mild Steel |
Finish | Powder coated Havel Gray & Blue combination finish and bright chrome / zinc plating for corrosion resistant finish |
Dimensions | 1125 x 650 x 1550 mm (as per load cell range) |
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FAQ's
A tensile strength tester is a special machine that pulls materials to measure how strong they are.
It holds one end of a material and pulls the other end while measuring how much force it takes and how much the material stretches.
They’re used in many industries to check how strong materials like metal, plastic, rubber, and fabric is.
Accuracy can be affected by how the sample is prepared, how it’s held, how fast it’s pulled, and the conditions like temperature and humidity.
Look at what materials you’re testing, how much force you need, how fast you need to test, and how accurate you need the results. Then pick a machine that fits those needs and your budget.