Including:

  • #1 – 33 Turret Press
  • #1 – Trumpf 1000 Large Format Punch
  • Multiple Single Stage
  • Steel to 1/4”
  • Stainless to 3/16”
  • Aluminum to 1/4”
  • 5’ x 10’ Sheet Nesting Capability

Consistent, Repeatable Results

Punching is a critical fabrication process where a machine drives precision holes, slots, or cut shapes through sheet metal. At Allen Partners Fabrication, our punching operations give customers consistent, repeatable results across a spectrum of materials — including carbon steel, stainless steel, and aluminum — and a wide range of thicknesses.

Custom Layouts with Speed and Precision

Our punch presses are configured with tooling that can strike accurate patterns quickly, making them ideal for applications requiring multiple holes, louvers, notches, or other repetitive features. This capability enhances production efficiency by reducing secondary processing and improving part quality. Each punching job is programmed for exact tool paths, ensuring that hole placement, size, and edge quality meet strict engineering specifications every time.

Because the punching process is governed by computer control, Allen Partners can accommodate custom layouts and complex patterns with speed and precision. Punching also enables tight nesting of parts on sheet stock, minimizing waste and lowering material costs — a benefit that carries through every fabrication budget. Whether your project calls for simple perforations or intricate hole matrices, our punching department helps streamline manufacturing while maintaining dimensional integrity.

In combination with our other capabilities — such as laser cutting and metal forming — punching forms an integrated suite of fabrication options that provides design flexibility and shorter lead times. If part accuracy and production speed are priorities for your business, partnering with Allen Partners Fabrication for punching services will help you deliver dependable and cost-efficient outcomes.

Providing part accuracy and production speed while delivering dependable outcomes.