iVicker-1000A Fully Automatic Micro hardness Tester

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https://mikrosize.com/product/ivicker-1000a-fully-automatic-micro-hardness-tester/

Product Features：

• LCD touch screen for clear display and easy operation.
• Equipped with software and a camera.
• Camera resolution: 1.3 megapixels, providing real-time display of indentation images.
• Weight-loaded system for precise test force application.
• 8 test force levels: 0.01 kgf, 0.025 kgf, 0.05 kgf, 0.1 kgf, 0.2 kgf, 0.3 kgf, 0.5 kgf, 1 kgf.
• Automatic loading, dwell, and unloading of test force.
• Supports two measurement modes: Micro‑Vickers (standard) and Knoop (optional).
• Supports scale conversion.
• Automatic turret with 1 indenter and 2 objectives (10×, 40×); automatic switching between indenter and objectives.
• Halogen lamp light source for high brightness.
• 10× micrometer eyepiece.
• Motorized X‑Y stage driven by stepper motor; stage size: 100 × 100 mm, travel: 50 × 50 mm.
• Supports path planning functions, including automatic indentation, automatic measurement, and automatic point positioning.
• Lifting column with worm‑gear design for smooth vertical movement and fine adjustment for easy focusing.
• Supports autofocus; fully automatic X‑Y‑Z three‑axis operation.
• Test reports generated via PC software.
• Maximum specimen height: 90 mm; distance from indenter center to machine wall: 110 mm.
• Equipped with RS232 and USB interfaces.
• Complies with standards: ISO 6507, ASTM E384, JIS Z2244, GB/T 4340.

Product Applications：

• Specifically designed for precise hardness testing of thin layers, such as surface hardened layers, electroplated coatings, nitrided layers, and oxide films on workpieces; micron‑scale indentations allow separate evaluation of surface properties.
• Suitable for miniature specimens, including ultra‑thin metal foils, fine wires, tiny precision components, and cutting tool edges; extremely small indentations do not impair the appearance of finished products.
• Capable of testing a wide range of materials, both soft and hard, such as stainless steel, cemented carbides, ceramics, and coated materials; multiple micro‑load settings provide broad testing coverage.
• In conjunction with metallographic specimen analysis, it is used for heat‑treatment process research and hardness‑gradient testing of material microstructures, meeting the high‑precision testing demands of laboratories.