We use cookies to provide you with a better experience. By continuing to browse the site you are agreeing to our use of cookies in accordance with our Privacy Policy.
Home » Latest Advancement in Eagles Thread Verification System
Latest Advancement in Eagles Thread Verification System
April 20, 2006
Eagle Thread Verifier, makers of an automated thread gauge system, introduced a new higher torque spindle (24",model HT-100), for use in automotive, aircraft, and appliance
suppliers and various manufacturing facilities.
According to the companys press release, this next generation of Eagle Thread Verifier (ETV) will enable the use of a flexible chuck,designed to check threaded holes not perpendicular to the surface such as the case with projection welded nuts and weld splatter which can occur in the threads.
With Eagle Thread Verifiers expanded software within the controller, which operates the spindle, the system is able to precisely check the depth of a chamfer or a counterbore.
As with previous ETV models used for lower torque spindle work, the system checks the thread for pitch diameter (oversize / undersize), proper depth (minimum / maximum), missing holes, broken tap, proper depth of pipe tapped holes, and external threads. This gives ETV a larger range of information to stop production in seconds if a hole is not identified to the pre-established specification level. Checking for accurate threads saves countless man hours of sorting parts that are defective and repairing for final assembly.
"This new high torque ETV is going to give large-scale manufacturers the needed boost to improve the quality of their operations and eliminate
missing holes or broken taps right there on the machine line," stated Gordon Taylor, president of Eagle Thread Verifier.
The company says its still possible to check the smaller threaded holes in delicate materials such as aluminum with the original lower torque spindle (9" pounds, model LT-50).
The ETV spindle can be added to an existing cell or Eagle Thread Verifier engineers will design and build a manual or automatic load "turnkey" system to fit the application.