Synton-MDP LTD

Helmstrasse 1
2560 Nidau
Switzerland


Phone +41 32'332'91'00
Fax +41 32'332'91'01
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Nanoindentertip

Nanoindentertips are small tips in diamond. These are used in measuring instruments, which analyze the material properties of a work piece.

Berkovich

Number of facets   3
Face angle   65.03°
Material of the tip   diamond (standard), electrical conductive diamond, sapphire, ruby, CBN
Indentationdepth   20um (standard)
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
Remarks   This version is less often used than the Berkovich modified
   

Berkovich-Modified

Number of facets   3
Face angle   65.27°
Material of the tip   diamond (standard), electrical conductive diamond, sapphire, ruby, CBN
Indentationdepth   20um (Standard)
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
Remarks   This version is preferred to the Berkovich
   

Vickers

Number of facets   4
Face angle   68°
Material of the tip   diamond (standard), electrical conductive diamond, sapphire, ruby, CBN
Indentationdepth   20um (Standard)
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
   

Cubecorner

Number of facets   3
Face angle   35.26°
Material of the tip   diamond (standard), electrical conductive diamond, sapphire, ruby, CBN
Indentationdepth   20um (Standard)
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
   

Knoop

Number of facets   4
Face angle   2x86°, 2x65°
Material of the tip   diamond (standard), electrical conductive diamond
Indentationdepth   custom specific
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
   

Flattop (Flatpunch)

Konus   40°, 60°, 90°
Durchmesser   ≥2um
Material of the tip   diamond (standard), electrical conductive diamond, sapphire, ruby
Indentationdepth   20um (Standard)
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
   

Knife

Winkel   60°, 90°
Radius   scharf, 5um, 10um
Messerlänge   10…1500um
Material of the tip   diamond (standard), electrical conductive diamond, sapphire, ruby
Indentationdepth   custom specific
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
   

Spherical

Winkel   40…140°
Radius   1...800um
Material of the tip   diamond (standard), electrical conductive diamond, sapphire (limited radius), ruby (limited radius),tungsten carbide (limited radius)
Indentationdepth   20um at 1...25um, other custom specific
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
Diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
   

Ball

Durchmesser   ≥130…3000um
Material of the tip   rubin (standard), sapphire, diamond (only 1000um und 3000um)
Material of the holder   titanium, stainless steel, ceramic, macor, brass, plastic, molybdenum, tungsten carbide
diameter of the holder   0.4…2.5mm (custom made possible)
Length of the holder   1…15mm (custom made possible)
Indentationdepth   radius * 0.4