Over the years, color quality control has evolved significantly, driven by advances in technology and changing industry needs.

Accurate quality assessment is crucial for manufacturers aiming to deliver products that meet or exceed customer expectations. However, ensuring precise measurements within a manufacturing process can be challenging.

Imagine your task for this week is to develop a hand tool gaging solution for a large rotor with an ID of nearly 400mm. Given the size and the large diameter, it is unlikely the part can be brought to a gage or even a CMM for an in-process check.

What level of quality do you feel is required in orthopedic implants, pacemakers and other critical, life-sustaining medical devices? The highest quality, of course!

How can aerospace parts manufacturers meet demands for lightweight, precise parts and components that are durable and temperature-resistant while complying with stringent regulatory requirements? High-quality aerospace parts need high-quality industrial metrology solutions.

Manufacturers have big expectations for electrical connectors — they want devices with even smaller, more complex and custom-tailored features. Why has this transformation accelerated over the last decade?

In order to determine which type of gage is best for shaft inspection, various aspects of shaft production and features need to be considered.

>Manufacturers want more data in the product development process to create better products, and they need solutions that can perform in any condition, especially when running field testing.

In order for a measurement to be valid, i.e., to have measurement (metrological) traceability, it must be stated with its associated measurement uncertainty.

When it comes to selecting inspection and measurement software, getting it right is important.