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Home: Kühlkörper Flossen schälen
Heat-Sink Fin-Skiving Technology
Heat sink fin skiving technology
Skived Fins Benefits Advantages
Choosing Copper or Aluminium for your heat sink?
Applications Skived Fins Heat Sinks
Our Heat sink Fin Skiving Machines
Overview fin skiving Machines
PSF-Series - Flat Table type continue Fin Skiving Machine
PSF-DS-Series - Flat bed Dual side Fin Skiving Machine
PSFS-Series - Slant table type Flexible Fin Skiving Machine
PSFSB-Series - Slant table type Flexible Fin Skiving Machine
PSFSB-HP Series - High Precision Slant table type Flexible Fin Skiving Machine
In Need of a skived Heatsink?
Fin-Skived Heat Sink Industries applications
Overview skived fin heat sink applications
Hochleistungs-CPU-Kühlkörper
Base Plate Products
5G Telecom Heat Sinks
Skived Fins Heat Sink Markets
Herstellungs verfahren Lamellen kühlkörpern
Übersicht Kühlkörperherstellungstechnologie
Design und Auswahl des Kühlkörpers
Extrudierte Kühlkörper
Kühlkörper mit geklebten Lamellen
Crimp-Lamellen-Kühlkörper - Gepresste Lamellen-Kühlkörper
Gesenkte Kühlkörper
Gestapelter Lamellenkühlkörper
Kühlkörper mit geschälte rippen
High Density Skived Fin Heat sinks
Forged heat Sinks
Stamped heat Sinks
Folded heat Sinks
Friction Stir Welded heat sinks
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Heat Sink Fin Skiving production explained on an old uncovered machines.
How do they make Skived Fin heat sinks?
120 mm high fins skived for high power railway appplications
High Power cooling heat sink production
High speed skiving of copper CPU heat sinks
Skiving of fins of 0,08 mm or smaller
