Aluminium tooling plate machining

Added by
at Penta Precision

Penta helps with an urgent request for a nozzle clamp to be manufactured in aluminium tooling plate for a manufacturer of food processing and packaging machinery systems for international, blue chip organisations.

Background

One of our largest customers is a manufacturer of food processing and packaging machinery systems for international, blue chip organisations. We regularly manufacturer both new build machine components and spare part requirements.

The Problem

On 12th December, Penta received an urgent request for a nozzle clamp to be manufactured in aluminium tooling plate. The part also required a hard anodise finish. The deadline for this order was less than eight standard working days. The aluminium machined nozzle clamp had to be packed in a suitcase for a flight out of the UK on 26th December.

Initial Assessment

We used our extensive aluminium tooling plate machining experience and knowledge of hard anodise plating allowances to quote on the items. Two days later on 14th December we received the go ahead, giving us only 4 working days to machine the item, allowing two days for the hard anodise finishing.

The Penta Solution

Due to the tight deadline, we had to make emergency adjustments to our production schedule. The parts were allocated to one of our highly skilled machinists who utilised their extensive experience to complete the part early, giving the plating company a vital extra half day to complete their process. The components made it into their suitcase and on to the flight.

See our Aluminium Machining page for more information on the services we offer.

Aluminium tooling plate machining

Common questions

No items found.

More resources

Guide

ABS vs Polycarbonate: Which is Better for Your Application

Discover the key differences between ABS and polycarbonate, including strength, heat resistance, cost, and applications, to choose the right material for your project.

Article

Additive vs. subtractive manufacturing: Key differences and use cases

Additive and subtractive manufacturing are two of the most important methods used to create parts today. As technology advances, more businesses are comparing these approaches to find the best fit for their projects. The choice you make can influence your lead times, costs, and design flexibility. In this guide, you'll learn how these manufacturing methods differ and when to use each one.

Article

4 reasons to change your CNC machining suppliers

If you're unhappy with your CNC machining supplier(s) then you don't need anyone to tell you it's time to look at other options. But if the jury is still out, this blog post (and free guide) will help you to review your options and decide on the best course of action. Here are the four most common reasons that procurement professionals – either buyers or specifiers – contact us because they're unhappy with their existing machining suppliers…