SCHUNK,  Booth I26 / Hall 3
SCHUNK - Gripping and Clamping
468
Productos
FabricanteSCHUNK SE & Co. KG
Grupo de producto Sistema de sujeción | Sistemas de sujeción
Nombre del productoEinzelmodule NSE plus
Imágenes de productos
Description
Description Quick-change pallet system for general milling applications and heavy duty cutting made of stainless steel. Field of application 3-axis standard machining center 4-axis vertical machining center 4-axis horizontal machining center 5-axis machining center Advantages – Your benefits SCHUNK modular system Innumerable combinations of standard clamping devices suitable for different types of machines All pneumatic modules can be operated at a system pressure of 6 bar Additional pressure intensifiers are not required Positioning via short taper Very easy joining process at a repeat accuracy of < 0.005 mm Patented dual stroke system for highest pull-down forces Therefore extremely rigid clamping without vibrations Form-fit, self-retained locking Full pull-down force is maintained even in the event of a pressure drop The modules are stainless and completely sealed Long life time and maximum process reliability Turbo integrated by default Pull-down force increased by up to 300% for optimum use of the machine´s performance, hence high efficiency One consistent clamping pin size fits for all NSE plus modules No danger of confusion or incorrect operation Integrated slide monitoring Can be used in automated applications Welding certification with TüV (technical inspection association) certificate Functional earth can be directly grounded via the clamping module. Options and special information Positioning and clamping in one size operation – VERO-S gets to the heart of rationalization. The set-up time killer ensures higher machine running times and a more rational production from batch size 1. Particularly in small batch quantities and a comprehensive range of workpieces, very significant cost advantages can be achieved with the VERO-S system. SCHUNK thus supports the trend towards greater production variability.