Precision Inspection Services Tailored for Your Parts

With our advanced shop floor inspection system, your parts will be tested on the fast, accurate, and reliable Axiom too CNC CMM. It’s equipped with multiple probing options, including touch trigger probes, continuous contact scanning probes, or Aberlink’s revolutionary non-contact camera system, ensuring your parts are inspected with the most suitable technology.

The high-tech granite and aluminum table, originally developed for the optics industry, provides excellent natural damping of vibrations, ensuring precise measurements. The granite Y rail allows for pre-loading of the bridge air bearings in both directions, enhancing accuracy and stability throughout the inspection process.

By choosing our service, you’re ensuring that your parts are measured with precision and reliability, no matter the complexity or environment.

The Lubrispin EC500 Manual Swarf Centrifuge is an essential piece of equipment in CNC engineering used for efficiently managing and recycling metal swarf (metal chips or shavings) produced during machining processes.

What is a Swarf Centrifuge?

A swarf centrifuge is designed to separate coolant or cutting fluids from metal swarf. In CNC machining, swarf is generated as a byproduct when metal is cut, drilled, or milled. This swarf is often mixed with coolant, lubricants, or other fluids used to keep the machining process efficient and reduce tool wear. A manual swarf centrifuge works by spinning the swarf at high speeds to separate the fluids from the metal chips through centrifugal force.

Integrated CAD, CAM, and CAE Capabilities

Fusion 360 combines computer-aided design (CAD), computer-aided manufacturing (CAM), and computer-aided engineering (CAE) into a single platform. This allows our engineers to seamlessly transition from design to manufacturing, streamlining the entire process and ensuring that the designs are optimised for CNC machining from the start.

Efficient Prototyping and Design Validation

Fusion 360’s advanced simulation tools allow us to test and validate designs digitally before physical production begins. We can run stress analyses, evaluate performance under different conditions, and optimize material usage, all of which ensure that the final components meet both functional and durability requirements.

This cutting-edge technology allows us to efficiently finish small component parts to the highest standards, ensuring that every detail of your project is perfected.

The versatility of our vibratory finishing machine allows us to tailor the finishing process to suit the specific needs of each project. Whether it’s preparing parts for assembly or improving the aesthetic quality of finished components, our vibratory finishing process ensures precision, consistency, and high-quality results.

Atkinson Engineering is committed to delivering finished parts that not only perform to their specifications but also look and feel professionally crafted. By offering vibratory finishing in-house, we maintain complete control over the final quality of your components, saving time and ensuring a faster turnaround on your projects.

The Turbex AS series is specifically designed for cleaning components quickly and efficiently, without compromising on quality.

By using the Turbex AS series, Atkinson Engineering is able to deliver clean, high-quality components that are free from contaminants and ready for immediate use or further finishing. This process is essential for maintaining the high standards of performance and reliability our customers expect.

Whether it’s ensuring precision in aerospace parts, cleanliness in automotive components, or preparing materials for further processing, our Turbex parts cleaning service guarantees that your components leave our facility in top condition, every time.