iVicker-1000T Touch Screen Digital Automatic Turret Micro Vickers Hardness Tester

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https://mikrosize.com/product/ivicker-1000t-touch-screen-digital-automatic-turret-micro-vickers-hardness-tester/

Product Features：

• Adopts LCD touch screen with clear display and convenient operation.
• Weight loading structure ensures accurate test force.
• 8 grades of test force: 0.01kgf; 0.025kgf; 0.05kgf; 0.1kgf; 0.2kgf; 0.3 kgf; 0.5 kgf; 1 kgf.
• Automatic loading, dwell holding and unloading of test force.
• Supports 2 measurement modes: Micro Vickers (standard configuration) and Knoop (optional accessory).
• Supports hardness scale conversion.
• Automatic turret equipped with 1 indenter and 2 objectives (10X, 40X), automatic switching between indenter and objectives.
• Halogen light source with high brightness.
• 10X micrometer eyepiece.
• X-Y specimen stage: dimension 100100mm, travel range 2525mm, resolution 0.01mm.
• Elevating Column adopts worm & worm gear design for stable lifting, fine adjustment facilitates focusing.
• Max. specimen height: 110mm; Distance from indenter center to machine wall: 110mm.
• Built-in printer for instant output of test data.
• Equipped with RS232 interface and USB interface.
• Compliant with standards: ISO 6507; ASTM E384; JIS Z2244; GB/T 4340.

Product Applications：

• Specially designed for accurate hardness testing of surface hardened layers, electroplated layers, nitrided layers, oxide thin films of workpieces; micron-scale indentations can independently characterize surface layer performance.
• Compatible with ultra-thin metal sheets, fine metal wires, tiny precision components, tool cutting edges and other miniature specimens; tiny indentations will not damage finished product appearance.
• Capable of testing various hard and soft materials including stainless steel, cemented carbide, ceramics and coated materials; wide testing coverage via switchable micro low force ranges.
• Matched with metallographic specimen analysis for heat treatment process research and hardness gradient testing of material metallographic structures, meeting high-precision laboratory testing requirements.