On-Demand Live Stream Replay
Flat Floors in Minutes: How to Optimize Your Floor Flatness & Levelness QA Workflow With the GLS-2000 & Rithm
Watch our team of industry professionals as they perform a Floor Flatness and Levelness (FF/FL) analysis in minutes using laser scanning technology—streamed LIVE from Old Town Manassas, VA!
If you have ever dealt with an unlevel concrete slab, you know how costly and time-consuming rework can be. Fortunately, current FF/FL QA workflow solutions like the GLS and Rithm for Navisworks let you identify and fix mistakes faster, and deliver industry compliant ASTM E1155 reports in minutes!
Yeah, in minutes. Typical workflows take an entire day at a minimum, so this is a pivotal change for our industry! Sounds hard to believe? Join Trevor McGough, Senior Applications Specialist, and James Norris, VP of Industry Strategy of ClearEdge as they put this workflow to the test. Will they create an FF/FL report in under 60 minutes? Join the live stream to find out!
During the live stream demo, you’ll learn how to easily implement this end-to-end QA workflow solution for FF/FL in-house, enhance your data collection and processing for flooring analyses, and more—so your projects stay on schedule!
Here are just a few things you’ll learn during the session:
Scan concrete slabs effectively and obtain high quality long-range data
How you can scan wet concrete to identify and fix flooring mistakes before the slab sets—with actionable QA visualizations
Easily implement a reliable and cost-effective FF/FL QA workflow in-house
Generate ASTM E1155 compliant report in less time in minutes, instead of days
Don’t miss the chance to learn how you can leverage these advanced FF/FL technologies to increase your project ROI—reducing your FF/FL QA workflows from weeks to a few minutes!
Fill out the form below to watch the replay!
Presenter and Host Information:
Trevor McGough
Senior Applications Specialist
ClearEdge3D
James Norris
VP of Industry Strategy
ClearEdge3D
Zachary Whiting
Applications Engineer
ClearEdge3D