Electromech Engineers - Hardness Tester

• Wide Testing Range from Soft metal to medium hardness Steel.
• Motorized loading/unloading.
• Built in Projection Screen to get accurate Result

Features :

• Testing range is very wide, from soft metal such as lead, upto the hardest, like hard steel.
• Same hardness number is obtained on the same specimen, regardless of the load applied.
• The indication is tiny and allows testing of a precision finished part.
• Loading and unloading cycle is motorized.
• Thin sheet metal is perfectly tested because the load applied very small.
• Built-in projection screen to get accurate results.

Application

• Our Vickers Hardness Tester is a simple and accurate means to produce and measure the diamond indentation.
• These testers are suitable for measuring the hardness of precision metallic parts with wide testing range - from soft to hard and their accurate results are widely acclaimed.
• These testers strictly confirm to IS: 1501-2 and ISO 6507-2.

Construction

• The robust machine frame is designed to accommodate the high precision loading system and an optical projection screen.
• Specimen is placed on a testing table. The test cycle is fully automatic.
• The accurate load is applied on a diamond indenter by means of a lever and weights. After a specific laps of time, the load is removed automatically. The objective is indexed with the test piece and the diamond indentation is projected on the measuring screen.
• The diagonals of the indentation can be measured by means of the micrometer thimble of the projection screen.

• Wide Testing Range from Soft metal to medium hardness Steel.
• Motorized loading/unloading.
• High Accuracy & Repeatability of measurement at all loads.

Features :

• Computerized (PC based) Vickers Hardness Machine.
• Direct & accurate measurement of Vickers hardness number using "State of the art" image processing technology.
• Wide testing range: from soft metal up to hardest.
• High accuracy & repeatability of measurement at all loads.
• Faster measurement yielding to higher productivity.
• Small size of indentation makes it a non destructive testing on finished components.
• Motorized loading and unloading cycle.
• Small loads allow testing on thin sheet metals.

Machine designed with a hydraulic power pack and control circuit for effortless loading unloading operation. A dial gauge in front measure depth of ball penetration. This facilities production testing within tolerance limits by compression method.

Basic machine design & operation similar to B 3000 (H). in addition, ‘Optical Device’ with 14 x magnification provided in front of project dia of ball impression on glass screen with a micrometer measuring system with 0.01mm accuracy. The indenter swivels & projects dia of ball impression immediately after unloading operation which avoids additional time for measurement of ball impression.

Machine designed with a hydraulic power pack and control circuit for effortless loading unloading operation. A dial gauge in front measure depth of ball penetration. This facilities production testing within tolerance limits by compression method.

Basic machine design & operation similar to B 3000 (H). in addition, ‘Optical Device’ with 14 x magnification provided in front of project dia of ball impression on glass screen with a micrometer measuring system with 0.01mm accuracy. The indenter swivels & projects dia of ball impression immediately after unloading operation which avoids additional time for measurement of ball impression.

Machine designed with a hydraulic power pack and control circuit for effortless loading unloading operation. A dial gauge in front measure depth of ball penetration. This facilities production testing within tolerance limits by compression method.

Basic machine design & operation similar to B 3000 (H). in addition, ‘Optical Device’ with 14 x magnification provided in front of project dia of ball impression on glass screen with a micrometer measuring system with 0.01mm accuracy. The indenter swivels & projects dia of ball impression immediately after unloading operation which avoids additional time for measurement of ball impression.