Laser scanning is a fast, safe and powerful way to capture complete, accurate as-built data in manufacturing plants. These videos provide a glimpse of the benefits.
Tag: plant retrofit
Key Benefits of a Plant Digital Twin
An article from the Manufacturing Leadership Council details how a digital twin empowers manufacturers to be fast, agile and resilient.
In Food Processing, the Data is in the Details
Laser scanning offers an easy and affordable way to meet documentation requirements in food and beverage processing without slowing down production.
This Technology Provides the Essential Ingredient for Food Processing Sustainability
Sustainable, reliable food production requires agile, automated processing plants—a goal that can only be achieved by starting with laser scanning.
The Quickest Route to ROI in a Food & Beverage Automation Project
Starting with accurate, comprehensive digital as-built documentation on your existing facility can give you the solid foundation you need to build a successful future.
How to Keep Your Food & Beverage Plants Ahead of the Next Change
Thanks to technology advances, solutions now exist to make the transformation to automation and digitization fast, easy and cost-effective.
Quadruped-Mounted Laser Scanner Expedites Auto Plant Redesign
A robot dog and a high-speed laser scanner are helping Ford capture accurate as-built documentation on its facilities in a matter of hours instead of weeks.
How to Achieve Perfect-Fit Piping Systems
3D laser scanning streamlines retrofits, reduces shutdowns, minimizes rework and provides high-value data for digital twins, augmented reality and beyond.
The Best Way to Enable an Agile Manufacturing Transformation
If you haven’t yet been able to make the changes in your industrial plant that you know are needed, try starting with the data.
Why Digital Data is the New Currency in Food & Beverage Processing
Laser scanning your equipment and facilities can provide the data you need to support any project you can think of in your food and beverage operations.