Key Product :

✔ Universal benchtop material testing machine for engineering laboratories
✔ Maximum test force capacity of 30 kN
✔ Performs tensile, compression, and bending tests
✔ Enables accurate recording of stress-strain diagrams
✔ Hand-operated hydraulic loading system – no electrical power required
✔ Heavy-duty cross-member frame with ground steel guide pillars
✔ Integrated dynamometer for precise load measurement
✔ Dial gauge for accurate elongation measurement
✔ Fast accessory exchange for multiple testing applications
✔ Optional PC-based data acquisition and evaluation system
✔ Suitable for educational, research, and vocational training laboratories

Experiment :

The SM-1410 allows users to conduct a comprehensive range of material testing experiments, including:

Standard Experiments

• Tensile Testing of Materials
• Compression Testing
• Bending Tests
• Stress-Strain Diagram Analysis
• Determination of Mechanical Properties of Engineering Materials
• Elastic and Plastic Deformation Studies
• Yield Strength and Ultimate Tensile Strength Measurement

Optional Experiments (with Additional Accessories)

• Cupping Tests
• Shear Tests
• Disc Spring Testing
• Helical Spring Testing
• Brinell Hardness Testing
• Comparative Hardness Evaluation of Different Materials

Technical Specifications

• Maximum Test Force: 30 kN
• Maximum Stroke: 45 mm
• Specimen Space: 165 × 65 mm

Dynamometer

• Measuring Range: 0 – 100 bar
• Graduation: 2 bar

Dial Gauge

• Measuring Range: 0 – 50 mm
• Graduation: 0.01 mm

Optional Load Cell

• Range: 0 – 30 kN
• Resolution: 0.001 kN

Test Specimens

The system supports testing of various engineering materials, including:

• Aluminum (Al)
• Copper (Cu)
• Steel (St)
• Brass (CuZn)

Optional Brinell hardness test specimens are also available for comparative material analysis.

Applications

The SM-1410 Universal Testing Machine is ideal for:

• Strength of Materials Laboratories
• Mechanical Engineering Departments
• Technical and Vocational Training Institutes
• Materials Science Education
• Research and Development Centers
• Industrial Training Facilities

This robust and user-friendly testing system provides a complete solution for studying material behavior under different loading conditions, helping students gain practical understanding of mechanical properties and structural performance through hands-on experimentation.