AZA 1009 HYDRAULIC COMPUTERIZED UTM

  • AZA 1009 Hydraulic UTM: High-capacity Universal Testing Machine.
  • Servo-hydraulic system for precise force and displacement control.
  • Computerized control with comprehensive software.
  • Tests tensile, compression, bending, and shear strength.
  • Complies with ASTM and ISO standards.
  • Essential for testing large metallic specimens, concrete, and structural components.
  • Robust and reliable for demanding industrial applications.
  • Available in various force capacities

AZA 1010 TORSION TESTING MACHINE

  • AZA 1010 Torsion Testing Machine: Measures material response to twisting forces (torque).
  • Determines torsional strength, shear modulus, and ductility in torsion.
  • Features high-precision torque transducer and angle encoder.
  • Digital display for real-time torque and angle of twist readings.
  • Complies with ASTM E143, ASTM A938, ISO 7881 standards.
  • Essential for testing shafts, wires, fasteners, and other components under shear.
  • Robust construction with versatile gripping system.
  • Available in various torque capacities and test modes.

AZA 1011 ROCKWELL HARDNESS TESTER

Standard Rockwell / Brinell Machine The Hardness Testers have been designed and manufactured strictly conforming to IS. BS, ASTM, ISO and DIN Standards. Since 1966 for most exacting test requirements in the Laboratories and Workshops etc. These testers are designed and manufactured for measuring hardness of metals and alloys of all types, hard or soft, flat, round, tubular or irregular in shape. The testers are simple in design, easy to operate, yet very reliable and accurate. Standard Rockwell Method-Manual Operation AZA 1011A: With automatic zero setting dial guage and manual load selection. AZA 1011B: With automatic zero setting dial guage and Automatic load selection Standard Rockwell/Brinell Method-Manual Operation AZA 1011C: With automatic zero setting dial gauge device and automatic toad selection. Brinell Hardness Testing facility according to 30 F/D² ratio, with 187.5 kgf load and 2.5 mm dia ball indenter. AZA 10113D: Similar to AZA 1011C, but with additional test Ioad of 250 kgf and 5 mm dia ball indenter for, testing Brinell hardness of non-ferrous metals according to 10F/D ratio.

AZA 1012 BRINELL HARDNESS TESTER

  • AZA 1012 Brinell Hardness Tester: For accurate Brinell hardness measurement.
  • Robust design for reliable testing.
  • Wide force range and standard indenters.
  • Available with optical or digital indentation measurement.
  • Complies with IS 1500, ASTM E10, and ISO 6506-1.
  • Essential for quality control of metallic materials.
  • Suitable for testing non-homogeneous materials and large components.

AZA 1013 CHARPY IMPACT TESTER

  • AZA 1013 Charpy Impact Tester: Measures material toughness and resistance to brittle fracture.
  • Pendulum-type tester with robust construction for stability.
  • Available with high-resolution analog or digital energy display.
  • Complies with key Indian (IS 1757) and International (ASTM E23, ISO 148-1) standards.
  • Essential for quality control of metals, alloys, and critical components.
  • Features precise hammer, anvils, and safety braking system.
  • Helps assess ductile-to-brittle transition temperature.

AZA 1014 FATIGUE TESTING MACHINE

  • AZA 1014 Fatigue Testing Machine: Evaluates material resistance to cyclic loading.
  • Predicts component service life and prevents fatigue failures.
  • Features precise cyclic load application and high-frequency operation.
  • Advanced digital control and comprehensive data analysis software.
  • Complies with international standards like ASTM E466 and ISO 1143.
  • Essential for R&D, quality control, and failure analysis in various industries.
  • Robust construction ensures reliable and repeatable fatigue test results.
  • Available with various load capacities and test modes (axial, bending, torsion).

AZA 1015 TENSILE TESTING MACHINE

  • AZA 1015 Tensile Testing Machine: Advanced UTM for material characterization.
  • Precisely measures tensile strength, yield strength, and elongation.
  • Features high-precision load cell and digital control.
  • Variable crosshead speeds for diverse material testing.
  • Complies with major standards: IS 1608, ASTM E8, ISO 6892, etc.
  • Includes user-friendly software for data analysis and reporting.
  • Essential for quality control, R&D, and failure analysis across industries.
  • Robust construction ensures reliable and repeatable results.

AZA 1016 METALLURGICAL INVERTED MICROSCOPE

  • AZA 1016 Metallurgical Inverted Microscope: For precise inspection of opaque materials.
  • Inverted design ideal for large, heavy, or irregular samples.
  • High-quality infinity-corrected LWD metallurgical objectives (20x-1000x).
  • Powerful Epi-Illumination (Halogen/LED) with Koehler setup.
  • Robust mechanical stage and precise coaxial focusing.
  • Trinocular head for camera attachment, enabling image capture.
  • Essential for metallography, quality control, and R&D in materials science.
  • Manufactured with durable die-cast aluminum stand

AZA 1017 DOUBLE DISC POLISHING MACHINE

  • AZA 1017 Double Disc Polishing Machine: For superior metallurgical specimen finishing.
  • Features two independent polishing discs for efficiency.
  • Individual variable speed control for optimal results.
  • Robust, corrosion-resistant construction with integrated water cooling.
  • Achieves mirror-like, scratch-free surfaces for microstructural analysis.
  • Essential for quality control, R&D, and failure analysis in materials industries.
  • Enhances efficiency and reproducibility in sample preparation.

AZA 1018 SPECIMEN MOUNTING PRESS

  • AZA 1018 Specimen Mounting Press: Essential for metallographic sample preparation.
  • Robust manual hydraulic press for hot mounting.
  • Features integrated electrical heating (up to 200°C) and water cooling.
  • Digital temperature control for precise curing.
  • Compatible with various interchangeable mold sizes (e.g., 25mm, 30mm, 40mm).
  • Ensures consistent, void-free, and perfectly shaped mounts.
  • Crucial for quality control, failure analysis, and research in materials science.

Steel, alloy of iron and carbon in which the carbon content ranges up to 2 percent (with a higher carbon content, the material is defined as cast iron). By far the most widely used material for building the world’s infrastructure and industries, it is used to fabricate everything from sewing needles to oil tankers.