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New Punch Tap Technology Enables 75% Faster Threading



Emuge Punch Taps produce treads fast in a single synchronous helical movement of feed and rotation, creating a shortened toolpath.

Emuge Corp. has introduced its patented Punch Tap line in North America. "The Emuge Punch Tap is the first tool / technology of its kind for helical thread forming in cast and wrought aluminum alloys and similar lightweight materials," said an Emuge spokesperson. Emuge Punch Taps provide a new, shortened toolpath process for producing internal threads in under half a second, resulting in significantly less energy consumption during the machining process and a reduction in threading time by 75% compared to cold forming and conventional tapping. IMTS 2018 attendees are invited to see a live Punch Tap demonstration first-hand at the Emuge booth.

"Emuge originally partnered with Audi AG in Europe to develop the unique Punch Tap design and technology," said Bob Hellinger, President of Emuge Corp. "This revolutionary tool is exceptionally productive and we are thrilled to now offer the technology to our customers in North America." Due to its extremely fast threading capabilities, high volume applications such as in the automotive industry are suitable for the Punch Tap. Emuge Punch Taps provide an enhanced thread production solution for manufacturers who produce high volume parts and need to reduce cycle times.

Punch Taps are made from a special HSSE-PM alloy optimized for toughness and long wear, and have an exclusive design offering several benefits such as unique teeth geometry that produces threads in a single step. The Punch Tap features two rows of flutes off-set 180° from each other and extending in a helical curve all the way down to the usable application depth. "This design enables an efficient toolpath that is approximately 15 times shorter for a M6 thread with a depth of 15 mm compared to traditional cutting or cold-forming taps," said the spokesperson. The shortened toolpath facilitates a threading process that is completed in less than half a second.

Prior to the threading operation, the tool quickly punches into a pre-drilled hole and the first tooth of each flute produces a helical groove that assists in guiding the tap to the application depth. Once the depth is reached, threading commences by cold forming with a synchronous movement of feed and rotation. The thread is produced with a half left-turn in the pitch, and each tooth of the Emuge Punch Tap produces half a thread (approximately 180°). After the threads have been formed, the Punch Tap is retracted in a helical movement from the hole via the grooves. The finished cold-formed thread is interrupted by two helical grooves offset by 180°.

Thread strength is maintained and is comparable to conventionally machined threads from a depth of thread of 2xD. The Emuge Punch Taps, engineered and optimized for coatings and dimensions according to application requirements, are available by special order. Punch Taps are used for blind and through-holes, and can be used for the production of metric threads from M3 thru M10 with thread depths up to 2xD (inch sizes are also available from #8 through 5/16). Emuge Punch Taps have internal coolant supply capability using emulsion or minimum quantity lubrication (MQL). The taps are used on CNC machines programmed with a specialized punch tap cycle, available from machine tool and control unit manufacturers. Machine parameters, such as acceleration, will require adjustment for some applications.

For enhanced tool holding, an inclined clamping flat on the Punch Tap fits precisely with an Emuge PT-Synchro punch tap holder. Force-locked rigid clamping via a cylindrical ER collet offers a high torque, highly secure solution with enhanced run-out accuracy. To gauge the diameter of the helical thread, an Emuge Thread Plug Gage offers go / no-go inspection according to DIN ISO 1502.

For more information contact:

Emuge Corporation

1800 Century Drive

West Boylston, MA 01583-2121

800-323-3013

www.emuge.com

IMTS 2018 Level 3, Booth W-431536

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