Quick overview: Standoff made of aluminium, with 1/4"-20 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height.
Quick overview: Standoff made of aluminium, with 1/4"-20 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height.
Quick overview: The support stop allows the user to apply a positive clamping force with variable pressure and can be used as a small Vee when the assembly is inverted.
Quick overview: Standoff made of aluminium, with 1/4"-20 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height.
Quick overview: Standoff made of aluminium, with 1/4"-20 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height.
Quick overview: Standoff made of aluminium, with 1/4"-20 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height.
Quick overview: The standoff magnet ensures the reliable and repeatable holding of parts made from ferromagnetic metals and alloys, all while maximising accessibility.
Quick overview: The 1/4"-20 Resting cone made of Delrin® is shaped to precisely position the part and to reduce the risk of any damage. This cone can be used on cylindrical or non-uniform surfaces to provide a single point of support.
Quick overview: Standoff made of aluminium, with 1/4"-20 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height. This part is used conjunction with FI-SLIDER it will then bring the height of the pillar back to a Nominal 1”
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 (FI-PR-PLATE).
Quick overview: Standoff made of aluminium, with 1/4"-20 thread. It is used for lifting parts or for attaching other Swift-Fix components to achieve the required height.