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PROJECTION MICROSCOPES

Projection Microscope

MEDIMEAS with the close co-operation of M/s KYOWA - JAPAN offers a selected range of high quality Projection Microscopes suitable for measurements and group discussions.

MPM-Series Projection Microscopes incorporate the most advanced technical features to make it versatile for a wide range of applications in Research and Industries. The Din Standard Plan Achromatic Optics produces uniformly images and exceptionally sharp resolution over the entire screen.

The 195 mm round graduated screen made from the finest glass is rotate able in 360° on ball bearing and has a fresnel lens behind it for brilliant and uniform intensity of projection throughout the screen area. The Co-axial mechanical stage is attached for comfortable and convenient manipulation of slides for research works, like checking linear measurement and comparison of contours etc. A magnification correction knob is provided in the microscope on which a compensating eyepiece moves to attain exact magnification in different objectives.

Techinical Features

Optical System

:

Din Standard TC Series objectives, Optionally/Plan Optical System.

Main Body

:

A most durable, sturdy & elegant designed body for utmost convenience to use and to accept several optional accessories as a multipurpose system microscope.

Focussing

:

Coarse and fine focusing system. Coarse focus range 30mm and fine focusing reading to 0.002 mm.

Nose Piece

:

Revolving quadruple/quintuple nose piece with ball bearings for perfect alignment

Stage :

:

With Co-axial Mechanical Stage low drive control, travel area 75-50mm

Condenser :

:

Movable Abbe Condensor N.A. 1.25 with iris diaphrasm and filter holder.

Illuminator :

:

Halogen illumination system having 12V/100W Halogen lamp with variable lightcontrol.

Observation :

:

Observation on screen /optionally binocular head.

Magnification :

:

Range 100/125x to 1000x & also upto 1500x
 

 

  
Specifications for All Projection Microscopes
FIBER PRO

“THE CONCEPTUAL MODEL OF FIBERPRO SOFTWARE ORGANIZES THE WORKFLOW TO SUPPORT OPERATOR NEEDS AT EVERY STAGE OF INSPECTION PROCESS-MEASURING-RECORDING-ANALYZING REPORTING AND COMMUNICATING THE DIMENSIONAL DATA”

     
FIBER THICKNESS
STAPLE LENGTH
PACKING DENSITY

This tool can rapidly measure thickness and width of a sample at multiple positions . It provides a greater sample throughput capability and measurement repeatability.Fiber thickness can be measured by using the following three methods:

  • Pseudo Color Method
  • Parallel Line Method
  • Trace Method

Detailed results including mean, minimum and maximum widths are displayed.

Fiber Thickness

FIBER DIAMETER

This tool can measure upto 21 different parameters of a specific particle which is identified on the basis of its intensity range. The different parameters are:

Length

Area

Roundness

Box Area

Centroid Y

Orientation

Sphere Volume

Minor Axis

Thread Width

Min. Radius

Width

Aspect Ratio

Shape

Centroid X

Elongation

Diameter

Sphere Volume

Major Axis

Thread Length

Fiber Width

Min. Radius

The following set of measurements can be obtained using this tool:

  • Straight Length
  • Angle Curved
  • Length Width
  • Area Radius
  • Perimeter

Staple Length

PHASE SEGMENTATION

The tool is used for image partitioning based on the intensity /grayscale range. A phase is detected and its area is estimated on the basis of its intensity. A histogram of grayscale images is created where X-axis represents intensity scale between 0-255 and the Y-axis represents number of pixels in the image. Multiple phases are identified by colored overlays and can be simultaneously displayed in the same field of view. The results and images displayed get stored in the industrial standard automatically.

Phase Segmentation

PHYSICAL IDENTIFICATION OF FIBER

This tool compares the patterns in a crosssection with those in the database and displays the matching fiber type.

Physical Identification of Fiber

The tool can automatically identify pores in a fiber cross-section and can calculate the values of the following parameters:

  • Number of Pores
  • Pores Percentage
  • Maximum Parameter
  • Minimum Parameter
  • Maximum Area
  • Minimum Area

Packing Density

COUNT & CLASSIFICATION

It is used to automatically identify objects in an image, count them and classify them according to area or length. A maximum of four distribution ranges can be defined and can be easily distinguished through color coding.

Count & Classification

FIBER DENIER & MICRONAIRE VALUE

The tool can calculate fiber denier and micronaire value for a give fiber type and diameter.

Fiber Denier & Micronaire Value

Fiber Diameter
 
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