Abrasive Blades
For Precision Saws With 0.5 Inch Arbor (Spindle)
$227.00
- Precision Sawing of non-ferrous and ferrous components
- Suit many materials, titanium alloys for medical and QC applications
- 0.5″ ID to suit ULTRASLICE and other precision saws
Description
For Precision Saws with 0.5 inch arbor (spindle)
Abrasive (not diamond) blades for use on non-ferrous metals and materials. Available in a standard 0.025″ thickness, and a thinner 0.012″ thickness for low kerf applications.
Specifications
| ORDER CODE | O.D. Inches | Application | Blade Thickness (inches) |
|---|---|---|---|
| 7825.1 | 4 | Non-Ferrous metals | 0.025″ |
| 7812.1 | 4 | Non Ferrous metals | 0.012″ |
| 7825.2 | 4 | Steels | 0.025″ |
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- Long Cuts & Dicing – The large work-table andl layout of the machine allows for long cuts to be achieved – perfect for failure analysis, and QA applications such as longitudinal sectioning of components. Sectioned workpieces may be an end in themselves, or the starting point for lapping and polishing
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Related products
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ULTRASLICE Macrotome
Low Cost Sectioning System For Mobile Chips, Devices & Industry SamplesLearn More $5,695.00 Select options- Suits Low Budgets
- Manual Crank Table Feed, with motor option
- Z-Spindle Option adds easy ability to adapt to sample height
- Chip-Off for Digital Forensics
- Fish & Game Samples
- Industrial Samples
-
ULTRASLICE Compact
Versatile Precision Saw for Small workspaces & small budgetsLearn More Quote Select options- Versatility – The system handles samples of most shapes, sizes and orientations.
- Cutting Accuracy – precision lead screws on all feed directions
- Long Cuts & Dicing – A large work-table and ‘open’ system design allows for longitudinal sectioning and dicing
- Sectioned workpieces may be an end in themselves, or the starting point for lapping and polishing
- Most Blade Types – a wide range of diamond and abrasive blades is available.
-
ULTRASLICE
Versatile Precision Saw with Z-SpindleLearn More Quote Select options- Z-Spindle – Allows for cutting depth to be altered even during operation
- Versatility – The system may be readily converted to handle sample cutting requirements of most shapes, sizes and applications.
- Cutting Accuracy – The use of precision lead screws on all sample feeds means cuts may be positioned accurately
- Long Cuts & Dicing – The large work-table andl layout of the machine allows for long cuts to be achieved – perfect for failure analysis, and QA applications such as longitudinal sectioning of components. Sectioned workpieces may be an end in themselves, or the starting point for lapping and polishing
- Most Blade Types – The system accepts a wide range of O.D. diamond and abrasive blades for standard cutting, and is readily adaptable to accept special ‘dicing’ blades for the smallest kerf.