• CFI60 Infinity Optics

• 40-1500x; 8-500x magnification for 35mm photomicrography

• Eyepiece tube: Binocular P-TB or Trinocular P-TT for polarized microscopy

• Built-in focusable Bertrand lens and removable analyzer; Interchangeable Conoscopic/Orthoscopic observations; Built-in analysis device: plate/compensator

• 360° rotatable stage: Minimum reading angle 0.1

- 50~600rpm rotation speed

- 20 cm diameter polishing and grinding discs

- 240 µm, 300 µm, 600 µm, 1200 µm Sandpaper

- Polishing with 9 µm, 6 µm, 3 µm, 1 µm Diamond Solution

- A head capable of processing three samples simultaneously.

• Vickers method

• 10x and 40x objectives

• Measurement range: 10-1000 grams, 0.98-9.807 Newton

• Obtaining a three-dimensional image with a stereo microscope.

• Capturing images in .jpeg and .tiff formats with a digital camera

Working principle:

- Color Corrected Infinity Optical System (CCIS®)

- Triple Nosepiece Rotatable 360º

- N-WF10X/20mm eyepiece with adjustable diopter, +/- 5 diopter

- Objectives: 5X/0.13 (WD 20.3mm), 10X/0.25 (WD 17.5mm), 20X/0.4 (WD 8.1mm), 50X/0.55 (WD 8.4mm)

- Thread W 4/5" x 1/36" (Standard RMS)

- Stage size: 180x140 mm

- Mechanical Stage X-Y range: 75x50 mm

- Z-axis movement: 30 mm

- Illumination: Epi-Illuminator 12V/50W Quartz Halogen or integrated field and aperture diaphragms with 3W LED diaphragms and external lamp housing

- Transformer: External

• 0-700 Hg
• Sample molding with epoxy resin.

Working principle:

- Max. sample: 25 kg/hour

- Inlet size: Max. 40 mm and below

- Outlet size: 500 microns and below

- Speed range: 550 - 950 rpm

- Jaw gap: 0-10 mm

- Jaw materials: Manganese steel, Stainless steel, Steel 1.1750, Tungsten Carbide, Zirconium oxide

- Power: 1100 W

- Feed Material: Medium-hard, Hard, Brittle, Fibrous

- Size Reduction Principle: Pressure and Friction

- Material Inlet Size: < 15 mm

- Output Size: < 20 µm

- Speed: Adjustable from 700-1500 rpm

- Grinding Materials: Hard steel and tungsten carbide

- Bowl Capacity: 50 ml

- Grinding Time: 00:01-99:59

- Motor Power: 1.5 kW

When excited by high-energy radiation like X-rays, it raises electrons in close orbits to higher energy levels. These X-ray-excited electrons, when they return to their initial energy levels, release the excess energy they gained in the form of X-rays with wavelengths between 0.1-50 Ångströms. This emission of X-rays upon return is called fluorescence radiation. Since the wavelength of fluorescence radiation is unique for each element, it is possible to determine the type of element in the analyzed material