Computerized Brinell Hardness Testing Machine (Model : HT-3000B)

Features :

The robust C- Type machine frame is designed to accommodate the high precision loading system and an optical device with CCD camera. Specimen is placed on a testing table. The test cycle is semi-automatic. The accurate load is applied on a ball indentor by means of a lever and weights. After a specific lapse of time. The load is removed. The image is digitized using a CCD camera fitted on the optical device and is captured by the PC. The diameter of the indentation is directly measured by PC to give the BrinellHardness Number directly.

Features :

• Fully Computerised (PC Based) Brinell Hardness Tester Direct and accurate measurement of BrinellHardnessnumber using "State of Art" image processing technology. High accuracy and repeatability of measurement at allloads Faster measurement yielding to higher productivity

Latest Software Features :

• User friendly software with all help files and Window Features.
• Online indentation setting and focusing on PC monitor.
• Advance image processing : Algorithms implemented for precise calculation of hardness numbers withvarious options to cover all ranges of specimen

Main Features :

Auto measurement: With a single click , system automatically measures the indentation and gives theBrinell hardness value. Hardness conversion: The measured Brinell Hardness value can be converted to other hardness scales such as HV, HK, HRC, HRB etc . Working Data saving and retrieval: Software can save and retrieve the hardness measurement data andimages in data files. Hardness Report: With a mouse click, the system automatically generates a Microsoft Word or Exceldocument to reports which contains the measurement data, statistical information, the measurement imagesand the hardness Curve graph. User may enter own additional information for reporting.

Standard Features :

Image/Video capturing: Software can capture and save images/videos on DirectShow compatible USB cameras. Geometry measurement: System provides the tools to draw and measure common geometric shapes such as lines, angles, rectangles, arcs/circles, ellipses, polygons, point-to-line, and point-to-arc etc. With a mouse click, system generates a Word document for the geometry measurements. Image processing: Software provides a rich set of image processing tools for advanced applications, which include adjusting Brightness, Contrast, Gamma, and Histogram Level, and the Sharpen, Smooth, Invert, and Convert to Grey functions.On grey scale images,system provides various advanced tools in filtering and finding edges, as well as some standard tools in morphological operations such as open, close, dilation,erosion,andflood fill etc.