KSF3
Spring-loaded 2-jaw clamping force blocks
Spring-operated 2-jaw clamping force block of the 3rd. generation in a compact design with a high clamping force and new technical highlights. The clamping force blocks are available with standard jaw stroke, long stroke or fixed jaw.
Description
Advantages – Your benefits
- Spring-loaded Clamping Force Blocks
Media-independent workpiece clamping, especially for tower or storage applications - Patented monitoring of the base jaw position via dynamic pressure
Know whether the vise is open or clamped - Workpiece presence control through the base jaw
Enables automated loading of the clamping force block - Precision wedge hook clamping force block for top-quality demands
Allows excellent machining processes - Square design with ideal outside contour
Ideal for 6-sided machining in two set-ups with great lateral accessibility - High efficiency of the wedge hook system
Process-reliable clamping due to high clamping forces - Base jaws with tongue and groove or fine serration as standard
High flexibility of system jaws - Optimal jaw support due to the use of a very long base jaw guidance
Allows high clamping forces at a long service life - All functional parts are ground and hardened
Ensures a long life span
Options and special information
- Spring-loaded powerhouses for tombstone and storage solutions
TANDEM KSF3 stands for high-performance, spring-loaded clamping force blocks that are clamped via integrated spring assemblies and opened pneumatically. Due to the spring clamping, however, they are only suitable for O.D. clamping. The clamping force blocks are mainly used in tombstone and storage solutions, as the clamping force is fully maintained even after the compressed air has been removed. In the third generation, the vises can now also be equipped with pneumatic monitoring, which further increases the range of applications. - An important aspect in the further development was compatibility, with the result that existing KSF plus vises can be replaced 1:1 by the new KSF3 vises. The tried and tested geometry enables optimal accessibility of the machine spindle to the workpiece.