PHD Releases Series PNC Pneumatic Identification Stamping Clamps

Oct. 27, 2017
PHD is proud to announce the release of the Series PNC Pneumatic Identification Stamping Clamps, also known as the Number Cruncher® Clamp, featuring a high clamp force to stamp characters in draw quality steel.

PHD is proud to announce the release of the Series PNC Pneumatic Identification Stamping Clamps, also known as the Number Cruncher® Clamp, featuring a high clamp force to stamp characters in draw quality steel. Available in three sizes, the largest produces up to 48,330 pounds (215 kN) of clamp force with 87 psi (6 bar) to effectively stamp dates, shift numbers, and model numbers into metal panels and other materials. Series PNC Clamps are ideal for identification stamping in a wide range of industries including assembly machine builders, automotive suppliers, and aerospace, but with custom tooling, they are cost-effective solutions to your stamping, staking, and crimping applications.

Major Benefits

• Provides cost-effective solution for identification stamping, staking, crimping, and forming
• High clamp force produces characters in draw quality steel at only 70 psi (4.8 bar)
• Eliminates downtime associated with changing or replacing characters
• Three sizes available to fit your application requirements
• Quiet operation

For more information, click here

Sponsored Recommendations

Inductive Automation offers multiple editions of Ignition created for specific use cases. See what differentiates Ignition, Ignition Edge, Ignition Cloud Edition, and Ignition...
Castle & Key brought new life to a historic Kentucky distillery by blending 140 years of heritage with cutting-edge automation. With help from Gray AES, they replaced outdated...
Learn how Inductive University can help you overcome today’s biggest roadblocks in SCADA training, such as prohibitive costs, gated software access, and more.
Forget complex programmingget smarter, faster automation with MOVI?C. With scalable performance, multibus flexibility, and safety built in, its control tech that adapts to ...