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Diamond Cutting Blade Saw for Metallographic Cutting Machine
Diamond Cutting Blade Saw for Metallographic Cutting Machine
Diamond Cutting Blade Saw for Metallographic Cutting Machine

Diamond Cutting Blade Saw for Metallographic Cutting Machine

Metal bond diamond cutting blades

– precision cutting hard materials, ceramic and petrographic samples, semiconductor, composites, glass, quartz, crystal, metallography, photonics, semiconductor, etc

Type: 1a1r diamond cutting blades


Product Details

The premise of metallographic analysis is to prepare better metallographic sample products. At present, metallographic samples are mainly prepared by diamond and cbn cutting discs. Therefore, it is particularly important to choose high-quality metallographic cutting wheels. Diamond blade is a saw blade which has diamonds fixed on its edge for cutting hard or abrasive materials. Cutting precision 0.01mm.

Diamond Cutting Blade Saw for Metallographic Cutting Machine Diamond Cutting Blade Saw for Metallographic Cutting Machine Diamond Cutting Blade Saw for Metallographic Cutting Machine Diamond Cutting Blade Saw for Metallographic Cutting Machine

Applications of Diamond Cutting Blade Saw
Precision cutting hard materials, ceramic and petrographic samples, plastics and polymers, steel, non-metallic material, circuit board, semiconductor, composites,glass,quartz, crystal, metallography, photonics, semiconductor, etc

Cutting machine: cutting OM (optical microscope), SEM (scanning electron microscope), and even TEM (transmission electron microscope) specimen.

metallographic diamond cutting saw blades metallographic diamond cutting saw blades

The main features of metallographic diamond cutting saw blades
1. Cutting disc thickness: Metallographic cutting discs are thinner than general wet grinding wheel discs. For example, the thickness of 300mm diameter alumina general disc is 3.2-3.8mm thick, and the thickness of gold photo is 1.5-2mm. The thinner is for better control of cutting. The plastic deformation of the material structure caused by the cutting stress during the cutting process can also better control the accuracy of the cutting position
2. The slit is narrow, which can greatly increase the utilization rate of valuable raw materials
3. High efficiency, sharp cutting, no need for frequent tool changes
4. High rigidity, high strength, long service life

Drawing&Specification

The sizes of diamond cutting blades

Product Specification(mm) Product Number Applicable Materials
100X12.7X0.3 DIA-100 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
127X12.7X0.4 DIA-125 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
150X12.7X0.4 DIA-150 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
175X12.7X0.8 DIA-175 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
200X25.4X0.8 DIA-200 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
230X12.7X1 DIA-230 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
250X32X1 DIA-250 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
300X32X1.8 DIA-300 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
350X32X2 DIA-350 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy
400X32X2.5 DIA-400 Glass,Quartz,Polycrystalline Silicon,Ceramic,Hard Alloy

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