Application: Precision Machining

Leveraging modern metrology solutions and digital design techniques are key factors to success in the precision & CNC machining industry. Having access to accurate tools enabling you to measure quality and obtain full field 3D CAD data will help you optimise your processes and ensure you are meeting your tolerance & quality objectives.


In the page below you will see how Scan-Xpress can help precision machining and CNC manufacturers design new components more efficiently, save money and time throughout the product lifecycle, and improve machined part final quality.

Use 3D scanning to capture accurate digital twins of prototypes or precision parts, compare to or reverse engineer CAD data, and quickly perform quality checks or design iterations. Optical metrology coupled with ZEISS RE or Geomagic Design X software offers benefits in time savings throughout your engineering process.

Precision and CNC machining manufacturing requires high throughput and reliable processes that enable you to meet tolerance requirement consistently. Respond to these challenges using GOM 3D scanners and ATOS automation tools which provide you with a solution for fast and efficient quality inspection of precision machined parts.

Use ZEISS coordinate measurement machines (CMMs) to perform precise quality checks for low tolerance CNC machined components. Benefit from best-in-class optical and contact sensors, shop floor capable machines and automation integration.

Use GOM Inspect to perform fast inspection, design automatic quality pass/fail gates and report templates, compare to CAD, and much more! Results are fully digital and traceable for great repeatability and customer reporting.

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Featured Precision & CNC Machining Applications

CMMs for Precision Machining Quality Inspection

Basin Precision Machining improves productivity of complex, high-precision parts with several lab-based and shop-floor ZEISS CMMs. ZEISS inspection solutions range from shopfloor DuraMax CMMs to a large CONTURA CMM.

Reverse Engineering CNC Parts for Production

Using 3D scanning, we performed a CNC component redesign project by accurately creating a digital twin and reverse engineering for production. We used our latest scanning solution – the GOM Scan 1 – to perform this project.

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