Introducing HyDefinition Plasma
If you need closer accuracy than traditional plasma cutting offers,
and you've been purchasing laser cut parts, you now have a lower
cost alternative.
Our HyDefinition System uses a process that super-restricts the
plasma jet to a density of 60,000 amps per square inch, leaving
a path of only .040" on 1/8" mild steel. Your edges
will be square, uniform and dross free. We can precision cut stainless,
aluminum and other non-ferrous metals as well. In the thicker
sizes, edge quality compares favorably to a laser cut.
Revolutionary Accuracy
Consider our cutting system a machine tool rather than a burning
table. In most cases, we can maintain accuracy within thousandths
of an inch.
Problem parts? No problem. Parts that cannot be stamped due to
large internal cutouts too close to the edge are burned accurately
and consistently. Intricate shapes that have required several
setups for each run can be programmed once, stored and recalled
time after time with no additional charge.
Flexibility
Peacock Industries offers a range of cutting capabilities from
27 gauge to 1/2" thickness in practically all metals. Our
CAD/CAM system will program, post process and nest intricate shapes.
One to thousands of parts can be cut with only a small setup charge,
or we can work from your CAD drawings as DXF files.
Maximum Profits
Since there are no tooling costs, you pay only for your parts,
plus a small one-time engineering charge. Cutting speeds up to
over 200"/minute in thin gauge material means more savings.
In most cases, parts you currently plasma-burn oversized for a
finish machining operation can be burned exactly to size, eliminating
the second step.
Quick Turnaround
Peacock Industries provides fast, efficient service; in some
cases, same day service is available. Need samples for your customers?
We can deliver parts quickly, and even incorporate dimensional
changes in the middle of a production run with no tooling costs.
Also, several different parts can be nested on the same sheet,
up to 60" x 120".
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