S. B. Whistler & Sons, Inc.

Tooling System punches accurately.
Machinery & Machining Tools

Tooling System punches accurately.

XimmiX(R) heavy-duty H-Series tooling can punch up to 0.250 in. thick mild steel with hole location accuracy of +/-0.005 in. or better. Tooling operates on bump-die principle, so no die set or ram attachment is required. It is suitable for square sheared blanks or strip stock and is adaptable to coil-fed applications. Components such as corner posts and tool holders can be reused as new jobs are...

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Tooling System punches accurately.
Machinery & Machining Tools

Tooling System punches accurately.

XimmiX(R) heavy-duty H-Series tooling can punch up to 0.250 in. thick mild steel with hole location accuracy of +/-0.005 in. or better. Tooling operates on bump-die principle, so no die set or ram attachment is required. It is suitable for square sheared blanks or strip stock and is adaptable to coil-fed applications. Components such as corner posts and tool holders can be reused as new jobs are...

Read More »
Tooling System punches accurately.
Machinery & Machining Tools

Tooling System punches accurately.

XimmiX(R) heavy-duty H-Series tooling can punch up to 0.250 in. thick mild steel with hole location accuracy of +/-0.005 in. or better. Tooling operates on bump-die principle, so no die set or ram attachment is required. It is suitable for square sheared blanks or strip stock and is adaptable to coil-fed applications. Components such as corner posts and tool holders can be reused as new jobs are...

Read More »
Tooling System punches accurately.
Machinery & Machining Tools

Tooling System punches accurately.

XimmiX(R) heavy-duty H-Series tooling can punch up to 0.250 in. thick mild steel with hole location accuracy of +/-0.005 in. or better. Tooling operates on bump-die principle, so no die set or ram attachment is required. It is suitable for square sheared blanks or strip stock and is adaptable to coil-fed applications. Components such as corner posts and tool holders can be reused as new jobs are...

Read More »

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