Home Search Results Material Testing Universal Testing Machines INSIZE USA UTM-E300 Digital Universal Testing Machine – 300 kN Capacity for Tensile, Compression & Flexural Tests | ASTM E4 / ISO 7500-1 Compliant
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INSIZE USA UTM-E300 Digital Universal Testing Machine – 300 kN Capacity for Tensile, Compression & Flexural Tests | ASTM E4 / ISO 7500-1 Compliant

Material Testing
Universal Testing Machines
₹2,180,000
2026

INSIZE USA UTM-E300 Digital Universal Testing Machine 

Overview

The INSIZE USA UTM-E300 is a high-performance digital universal testing machine engineered for precise mechanical testing of metals, plastics, composites, rubber, and construction materials. With a 300 kN (30-ton) load capacity, it supports tensile, compression, bending (flexural), and shear tests—making it ideal for industrial quality control, R&D laboratories, and certified testing facilities requiring reliable, repeatable results under international standards.

Key Features

  • Load Capacity: 300 kN (30,000 kgf)
  • Precision Grade: Class 1 per ISO 7500-1 and compliant with ASTM E4
  • Digital Control System: Touchscreen interface with real-time force/displacement curves
  • Test Modes: Tensile, compression, flexural, peel, and custom cycle testing
  • Automatic Data Logging: Stores test reports with peak load, yield point, elongation, and modulus
  • Safety Features: Emergency stop, overload protection, and adjustable crosshead limits
  • Software Compatibility: Optional PC software for advanced analysis (e.g., stress-strain graphs, SPC)

Technical Specifications

  • Load Accuracy: ±0.5% of reading
  • Displacement Resolution: 0.001 mm
  • Crosshead Speed Range: 0.001–500 mm/min (servo-controlled)
  • Power Supply: 220V / 230V AC, 50Hz, 3-phase (standard in India)
  • Machine Dimensions: Approx. 980 × 650 × 2100 mm
  • Weight: 950 kglisted in kg (not tons)
  • Grips & Fixtures: Includes standard wedge grips; optional accessories for specialized tests

Ideal Applications

  • Material certification in metal & polymer manufacturing
  • Quality assurance in automotive, aerospace, and construction sectors
  • R&D validation of new alloys, composites, or elastomers
  • Educational institutions with advanced engineering labs
  • Third-party testing labs (NABL-accredited setups)

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