This fixture base plate can be connected side-by-side with other base plates of the same size. 1/4"-20 threaded holes and alphanumeric identification enable quick and easy fixture setup and repeatable fixture assembly.
This fixture base plate can be connected side-by-side with other base plates of the same size. 1/4"-20 threaded holes and alphanumeric identification enable quick and easy fixture setup and repeatable fixture assembly.
Quick overview: Acrylic, transparent grid plate with M4 holes and magnetic mounting capability. For optical measuring systems to use on multisensor CMM.
Quick overview: Acrylic, transparent grid plate with M4 holes and magnetic mounting capability. For optical measuring systems to use on multisensor CMM.
Quick overview: Acrylic, transparent grid plate with M4 holes and magnetic mounting capability. For optical measuring systems to use on multisensor CMM.
This fixture base plate can be connected side-by-side with other base plates of the same size. M8 threaded holes and alphanumeric identification enable quick and easy fixture setup and repeatable fixture assembly.
This fixture base plate can be connected side-by-side with other base plates of the same size. M8 threaded holes and alphanumeric identification enable quick and easy fixture setup and repeatable fixture assembly.
This fixture base plate can be connected side-by-side with other base plates of the same size. M8 threaded holes and alphanumeric identification enable quick and easy fixture setup and repeatable fixture assembly.
This fixture base plate can be connected side-by-side with other base plates of the same size. M8 threaded holes and alphanumeric identification enable quick and easy fixture setup and repeatable fixture assembly.
This fixture base plate can be connected side-by-side with other base plates of the same size. M8 threaded holes and alphanumeric identification enable quick and easy fixture setup and repeatable fixture assembly.
Swift-Fix enables operators to securely fixture parts of varying shapes, sizes, and complexity. It helps reduce setup time, improve repeatability, and minimise the risk of measurement errors.