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Material Testing Machines

Spring Testing Machines

Spring Testing Machines
Spring Testing Machine
ASTM / ISO COMPLIANT

Spring Testing Machines

Spring Testing Machines

High precision Spring Testing Machine designed for tensile, compression, bend, peel, shear & tear testing applications as per international standards ASTM, ISO, IS and other international testing standards.

High Accuracy
Robust Design
Easy Operation
Reliable Results
Capacity 0.5 kN - 5 kN
Accuracy ± 0.5%
Speed 1000 mm/min
Test Space 1200 mm
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1 Year Warranty
Installation Support
AMC Available

Spring Testing Machines Overview

Spring Testing Machines are designed for accurate tensile, compression, bend, peel, shear and tear testing across a wide range of materials. The rigid dual-column frame provides enhanced stability and precise crosshead movement for laboratory, quality control and research testing applications.

  • Rigid dual-column construction for enhanced stability
  • Suitable for tensile, compression, bend and peel testing
  • Supports shear and tear testing applications
  • High-precision force and displacement measurement
  • Compatible with grips, fixtures and extensometers
Series Spring Testing Machine Series
Machine Type Spring Testing Machine
Testing Mode Compression & Extension
Frame Design Rigid Spring Testing
Testing Applications Compression, Extension & Spring Load Testing
Control Precision Digital Load & Displacement Control
Accessories Spring Fixtures, Grips & Displacement Sensors
Configuration Customizable to Spring Testing Requirements
  • Compression Spring Testing
  • Extension Spring Testing
  • Spring Load & Deflection Testing
  • Spring Rate Testing
  • Wire & Coil Spring Testing
  • Spring Force Testing
  • Spring Fatigue & Performance Testing
  • Metal Spring Testing
  • ASTM Spring Testing Standards
  • ISO Spring Testing Standards
  • Indian Standard Spring Testing Requirements
  • Force Measurement Verification
  • Displacement Measurement Verification
  • Load & Displacement Verification

Spring Test Types

Compression Spring Test
Extension Spring Test
Spring Rate Test
Load & Deflection Test
Spring Force Test
Spring Fatigue Test

System Highlights

Spring Testing Design

Rigid frame for improved spring testing stability

High Accuracy

Precise spring force and displacement measurement

Flexible Spring Testing

Supports multiple spring testing configurations

Spring Fixture Support

Compatible with spring grips and fixtures

MATERIAL TESTING MACHINES

Frequently Asked Questions

Find answers to common questions about Dual Column Universal Testing Machines, testing applications, standards, calibration and technical support.

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A Spring Testing Machine is a material testing system used to evaluate the tensile, compression, bend, peel, shear and tear properties of different materials under controlled testing conditions. Its rigid dual-column frame provides stability during testing and supports accurate force and displacement measurement.
Depending on the machine configuration and suitable fixtures, the system can be used for compression springs, extension springs, coil springs, wire springs and other engineered spring components.
The machine can evaluate the relationship between applied spring force and displacement during a defined test. Depending on the test setup, parameters such as spring load, deflection, spring rate, compression force, extension force and other spring characteristics may be evaluated.
Accurate testing helps determine material and component performance under specified loading conditions. It supports product development, quality control, validation, comparison testing and research applications.
These machines are used in spring manufacturing, automotive component testing, material testing laboratories, quality control facilities, research and development laboratories and product validation environments.
Yes. With appropriate spring fixtures, load cells, displacement sensors and test configurations, the machine can be adapted for different spring types, dimensions and testing methods according to the required test procedure.
The applicable standard depends on the spring type, specimen dimensions, test method and required procedure. The machine can be configured for relevant ASTM, ISO, Indian Standard and customer-specific spring testing requirements.
Yes. The testing configuration can be selected according to the required load range, test speed, displacement range, spring dimensions, fixtures, measurement requirements and applicable test procedure.
Calibration frequency depends on machine usage, applicable standards, laboratory procedures and manufacturer recommendations. A suitable calibration schedule should be established according to the spring testing requirements.
Depending on the machine and applicable procedure, calibration may include verification of force measurement, displacement measurement, crosshead movement or speed, and other relevant measurement parameters.
Yes. Installation, commissioning, technical guidance, maintenance and support can be provided according to the testing machine and project requirements.
Yes. Machine selection depends on the required spring load capacity, spring dimensions, test method, testing speed, displacement range, accuracy requirements, fixtures and applicable standards. TTS can help determine a suitable configuration based on these requirements.
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AZISTA
BHEL
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DRDO
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IGCAR
IIT HYDERABAD
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AZAD
AZISTA
BHEL
BRAHMOS
DRDO
HONEYWELL
IGCAR
IIT HYDERABAD
ISRO
L&T
MIDHANI
NIT WARANGAL
SKYROOT
ZUARI CEMENT
SAINT GOBAIN
NAL
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