Stylus M3 diamond coated ball 0,5mm
carbide stem Ø1mm, stainless steel base Ø4,0mm, L21,75mm, ML 8,75mm, ML1 2,25mmItem number: K651748
Stylus M3 diamond coated ball 0,5mm
carbide stem Ø1mm, stainless steel base Ø4,0mm, L21,75mm, ML 8,75mm, ML1 2,25mmItem number: K651748
List Price
420.00 ex. VAT
DescriptionThe features of diamond coated styli are outstanding. While ruby and most other commonly used styli ball materials are exposed to and suffer from abrasive or adhesive wear, diamond coated balls offer advantage over all these styli ball materials. They will outlast ruby balls in everyday use and therefore pay off as a long term investment. Additionally they are not subject to the adhesion of material particles when scanning for e.g. aluminium components. When it comes to measure modern wear resistant coatings with a high surface hardness, diamond coated styli are essential to the success of the measurement, as ruby ball styli can already suffer massive wear in the first measurement cycle.
The features of diamond coated styli are outstanding. While ruby and most other commonly used styli ball materials are exposed to and suffer from abrasive or adhesive wear, diamond coated balls offer advantage over all these styli ball materials. They will outlast ruby balls in everyday use and therefore pay off as a long term investment. Additionally they are not subject to the adhesion of material particles when scanning for e.g. aluminium components. When it comes to measure modern wear resistant coatings with a high surface hardness, diamond coated styli are essential to the success of the measurement, as ruby ball styli can already suffer massive wear in the first measurement cycle.
Description protocol system: | 01-M3-DC0,5-L21,75-ML8,75/2,25-SWC1/0,3-BS4
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Thread: | M3
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Description: | The properties of diamond coated styli are outstanding. While ruby and most other commonly used styli ball materials are exposed to and suffer from abrasive or adhesive wear, diamond coated balls offer advantage over all these styli ball materials. They will outlast ruby balls in everyday use and therefore pay off as a long term investment. Additionally they are not subject to the adhesion of material particles when scanning for e.g. aluminium components. When it comes to measure modern wear resistant coatings with a high surface hardness, diamond coated styli are essential to the success of the measurement, as ruby ball styli can already suffer massive wear in the first measurement cycle.
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Description: | The properties of diamond coated styli are outstanding in regard of wear resistance and durability.
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Ball Material: | Diamond coated SiC
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Ball ø: | 0,5
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Ball Grade DIN 5401: | Grade 16
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Base material: | Stainless steel
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Mass: | 1,04
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Base Ø: | 4,0
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Shaft stem material: | Carbide
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Shaft ø: | 1
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Shaft Ø 1: | 0,30
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Length: | 21.75
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Effective length: | 8.75
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Effective length 1 mm: | 2,25
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xx | Mx | Rx | Lx | MLx/x | SWCx/x | Bx |
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Product Type | Thread | Tip Material / Ø/ | Total Length | ML/ML1 | Shaft material / ØDS/DS1 | Base material /Ø |
01: Straight Stylus | M2 | R: Ruby Ball | x length in mm | x length in mm | SWC: Wolfram Carbide | BS: Stainless Steel |
02: Cylinder Stylus | M3 | SiN: Silicon Nitride Ball | /x in case of ML1 | SCER: Ceramics | BAl: Aluminium | |
03: Disc Stylus | M4 | Z: Zirconia Ball | SCFC: carbon fibre composite | BTi: Titanium | ||
04: Multi way stylus | M5 | D: Diamond Ball | SS: Stainless steel | |||
05: Ball Disc Stylus | DC: Diamond Coated Ball | SAl: Aluminium | ||||
06 : Extension | RC: Ruby Cylinder | |||||
07 : Adapter | CC: Carbide Cylinder | x length in mm | X diameter in mm | |||
08 : Knuckle & Cube | SC: Stainless Steel Cylinder | /x in case of DS1 | ||||
09: Joint | BDC: Ball Disc Ceramic | |||||
10-X: Holder -X number of receiver positions | DR: Ruby Disc | |||||
11: Tool | DS: Steel Disc | |||||
12: Accessory |