We utilize the Zeiss CMM coordinate measuring equipment (with complete
reverse engineering capabilities) to ensure all specifications meet your
requirements.
A CMM works in much the same way as your finger when it traces map
coordinates: its 3 axes form the machine's coordinate system. Instead of a
finger, the CMM uses a probe to measure points on a workpiece. Each
point on the workpiece is unique to the machine's coordinate system. The
CMM combines the measured points to form a feature than can now be
related to all other features.
The vast majority of workpieces are made up of simple geometric elements
created by machining or forming. These primary elements (planes, edges,
cylinders, spheres, cones, etc.) are called features. CMM can measure
these features directly by touching the surfaces that make up the feature
with a probe.
This is just one of the numerous methods Falcon uses to provide you with
superior quality components.
reverse engineering capabilities) to ensure all specifications meet your
requirements.
A CMM works in much the same way as your finger when it traces map
coordinates: its 3 axes form the machine's coordinate system. Instead of a
finger, the CMM uses a probe to measure points on a workpiece. Each
point on the workpiece is unique to the machine's coordinate system. The
CMM combines the measured points to form a feature than can now be
related to all other features.
The vast majority of workpieces are made up of simple geometric elements
created by machining or forming. These primary elements (planes, edges,
cylinders, spheres, cones, etc.) are called features. CMM can measure
these features directly by touching the surfaces that make up the feature
with a probe.
This is just one of the numerous methods Falcon uses to provide you with
superior quality components.
