Punching and blanking runs are two entirely different processes. Using sheet metal to illustrate that assertion, two singular products pop out of the production line. Let’s start with the punching...
In punch machinery, maximising process efficiency takes more than the ability to squeeze multiple cut sites onto a single sheet of hardened metal. There are other ways to tighten the...
Before writing down a compelling argument, one that explains why punches and dies are formed from hardened super-alloys, we should talk a little about vacuum heat treatment. First and foremost,...
Made in Australia, toughened metal parts gain an edge when they’re coated in zinc. It’s true, a high-tensile support strut or hardened fastener will anchor a super-heavy load, but that...
There’s no need to get ahead of ourselves, no desire to put the proverbial cart before the horse, so let’s define an EDM Spark Eroding Machine before taking it apart...
Sophisticated punches and dies indent metal surfaces with clearly detailed outlines. The marks are precise, easy to identify, and they repeatedly stamp out identical tags. It seems like these hardened...
Tool steel has to be much tougher than a regular alloy. The materials are hard, abrasion and impact resistant, and they’re designed to defy wear. All things considered, then, machine...
CNC punching is a computer controlled means of indenting sheet metal. Instead of a manually held punch tool, it’s a punch pressing machine that carries out this automated process. Think...
Punches are indentation tools. If you strike the blunt head of this narrow shaft with a hammer, the opposing end of the tool creates an indented mark in a metal...
