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🔧 What are Testing Machines?
🔧 What are Testing Machines?
A testing machine is an instrument or device designed to measure, evaluate, and verify the mechanical, physical, or performance properties of materials, components, or products.
They simulate real-world conditions such as stress, pressure, heat, vibration, or wear to determine how an item will perform before it’s used in actual applications.
🔍 Why Do We Need Testing Machines?
1. Quality Assurance
1. Quality Assurance
Ensures that products meet industry standards
Detects defects or weaknesses before products reach customers.
2. Safety
2. Safety
Verifies that materials/components can handle expected loads and stresses without failing.
Critical in industries like aerospace, automotive, medical devices, and construction.
3. Research & Development (R&D)
3. Research & Development (R&D)
Helps engineers design better, stronger, and lighter products.
Provides data for material selection in new projects.
4. Regulatory Compliance
4. Regulatory Compliance
Many industries require mandatory testing for certification.
Example: Crash testing in automotive, load testing in construction.
5. Cost Savings
5. Cost Savings
Identifies problems early, reducing warranty claims and rework costs.
Prevents expensive product recalls.
6. Customer Trust
6. Customer Trust
Demonstrates commitment to quality.
Boosts brand reputation by delivering reliable products.
Digital Tensile tester with Computer Interface
Digital Tensile tester with Computer Interface
Purpose: For precise testing of tensile strength of various materials under controlled conditions.
📦Technical specifications
📦Technical specifications
Parameter Specification Model
JRI-TT
Type
Digital
Capacity Options
50, 100, 250, 500, 1000, 2000 & 5000 Kgf
Resolution
1/10,000 of the selected capacity
Accuracy
±0.5% of the test value (in the 10–100% capacity range)
Elongation Measurement
Up to 1000 mm
Least Count (Elongation)
0.1 mm
Display
16x2 Line LCD with Backlight
Key Features
Zeroing, Peak Hold, Overload & Overtravel Protection
Indication
Peak Load vs Elongation
Traverse Speed
50 to 500 mm/min (variable, with optional Variable Speed Drive)
Control Options
UP / DOWN / STOP Buttons
Grip Separation
Minimum: 25 mmMaximum: 800 mm
Power Supply
440 VAC ±10%, 50 Hz
Standard Attachments
1 Set of Grips
Overload Protection
Automatic cut-off at 95% of rated machine capacity
Digital Tensile Tester
Digital Tensile Tester
Bush Stiffness Testing Machine
Bush Stiffness Testing Machine
📦Technical specifications
📦Technical specifications
Specification
Details
Type
Servo Control Computerized
Capacity
5 kN / 10 kN / 20 kN / 50 kN
Least count (Force)
1 Newton
Max. Travel
± 200 mm
Least count (Travel)
1 Micron
Torque Range
5 / 10 / 20 & 50 Nm
Least count (Torque)
0.01 Nm
Accuracy
0.5% of the reading
Motor
Servo Motor
Make
Standard
PC Specs
HP, 1TB, 6 GB RAM
Software
Windows-based, user friendly
Measuring Parameters
Axial / Radial / Torsional / Conical / Stiffness / Play Vs Load / Angle / Graphical & Tabular Data with Report
Special Feature
Easy to mount component
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