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The high concentricity of the drive elements and the use of special saw blades means that hardly any burring occurs during machining. The cutting quality reaches peak-and-valley values of RZ 4-6 µm. This is smoother than fine milling! In other words: reworking of the cut surface is no longer necessary in many cases! This saves valuable working time.
Examples of applications: |
Cutting, milling, chamfering and scribing of PCB's |
Cutting out, notching and deburring of metal and plastic plates |
Cutting tubes, profiles and bars to length |
Cutting out test samples with high precision |
Cutting v-grooves with defined angles in test samples |
Test cutting for quality assurance in production and laboratory work |
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Further examples of applications
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Cutting process Movie download (1,9MB) |
Overview of cut-off saws: |
DIADISC 41OO / 42OO Cut-off saw for demanding laboratory work |
DIADISC 42OO R Precision cut-off saw for producing test samples |
DIADISC 52OO Large-scale cut-off saw for laboratory and continuous applications |
DIADISC 62OO High-performance production cut-off saw |
DIADISC 47OO Plate saw with automatic saw feed |
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