There are many high quality laser profilers on the market, but integrating them into your process can still be challenging. Linear scanning systems from MAS provide highly accurate 3D scanning by taking proven laser profilers, pairing them with precision motion axes, and extending their functionality with our QC Plus™ software. Like all of our systems, these linear systems are made up of configurable components which can be combined in many ways to quickly create a system to meet your needs.
MAS can help you configure a linear system for many different applications from stationary linear scanning to single axis scanning to 3 axis scanning. We partner with trusted sensor companies to offer a variety of scanner types and sizes to suit different materials and inspection needs.
Great for defect detection
All of the QC Plus™ machines are powered by our QC Plus™ Core software. Use a single interface to manage your entire measurement process: motion control, data capture, analysis, and reporting. QC Plus™ Core is built with automation in mind—setup a recipe once and then measure parts again and again with one click.
Looking for a 3D measurement system quickly? If you don’t want to configure a custom system MAS offers pre-configured bundles that fit many common applications. This makes it easy to deploy high precision measurement systems without custom design.
Everything you need for sing axis 3D scanning with a laser profiler. This system is ideal for integration with conveyors or other existing equipment and is quick and easy to mount.
Features a heavy-duty base frame, topped with a precision granite surface to offer you the highest accuracy for your measurement. This turnkey 3 axis measurement gauge enables any operator to take highly precise measurements with just the push of a button.
MAS has pre-designed components which can be combined in a variety of ways to create a system unique to your needs—all powered by the powerful features of our QC Plus™ software. Contact a member of our sales team to configure your system today.