Quick overview: Straight stylus with M3 thread, ruby ball Ø4 mm, stainless steel stem Ø2.5 mm, length 31 mm. For use on coordinate measuring machines (CMM).
Quick overview: Straight stylus with Ø2 mm, ruby ball Ø2 mm, stepped tungsten carbide stem Ø1.5/2 mm, length 22 mm. For use on coordinate measuring machines (CMM).
Stylus holder made of stainless steel with M5 thread for mounting on accessories for the scanning probes HP‑S‑X3 and HP‑S‑X5. It enables the use of a threadless stylus (Ø 2 mm), mounted at a 90° offset and at a distance of 90 mm from the standard M5 mounting interface.
Quick overview: Straight stylus with M3 thread, ruby ball Ø4 mm, tungsten carbide stem Ø2 mm, length 50 mm. For use on coordinate measuring machines (CMM).
Quick overview: Straight stylus with M3 thread, ruby ball Ø2 mm, tungsten carbide stem Ø1.3 mm, length 30 mm. For use on coordinate measuring machines (CMM).
Quick overview: Straight stylus with M3 thread, ruby ball Ø3 mm, stainless steel stem Ø1.5 mm, length 21 mm. For use on coordinate measuring machines (CMM).
Quick overview: Straight stylus with M3 thread, ruby ball Ø2 mm, stainless steel stem (stepped) Ø1/2 mm, length 39.5 mm. For use on coordinate measuring machines (CMM).
Quick overview: Straight stylus with M3 thread, ruby ball Ø6 mm, carbon fibre stem Ø4 mm, length 75 mm. For use on coordinate measuring machines (CMM).
Quick overview: Pillars are used to horizontally mount Swift-Fix elements. It adds both stability and height and can be fixed to either the base plate or the machine table. Delivery without pillar base plate (FX-PR30PLATE).
Quick overview: Pillars are used to horizontally mount Swift-Fix elements. It adds both stability and height and can be fixed to either the base plate or the machine table.
Quick overview: Standoff made of aluminium, with M8 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height.
Quick overview: The kinematic base plate remains on the machine and ensures accurate, fast and highly repeatable placement of kinematic fixture plates without manual alignment.
