Get a deep dive into the development process and inner workings of the new AP20 AutoPole
Kick Your Building Construction Layouts and Topos Into High Gear
NATE BUSH
Sales Engineer, Building Construction Leica Geosystems
Innovation in your business is implemented one idea at a time. Creating safe, sustainable, profitable workflows that can meet today’s fast-paced construction demands requires the right tools—tools that help you do more with less and stay on schedule with confidence.
CONCRETE TOPO
You might think you have an efficient workflow to topo a freshly poured concrete slab, but how much faster would you be if you didn’t have to stop to plumb your rod? Nate shows how to get a slab topo in half the time—or less—with the Leica AP20 AutoPole.
NATE BUSH ON CONSTRUCTION INNOVATION
It’s no secret that building construction has a productivity problem. With 27 years of experience as a field engineer and line and grade manager in concrete construction, Nate is a recognized trailblazer in discovering solutions. Get new insights in this intriguing interview.
LEICA AP20 AUTOPOLE WHITE PAPER
PLAYBOOK FOR GROWTH-MINDED CONTRACTORS
Learn how digital technology acts as a force multiplier to help you accomplish more with less
AUTOMATED PRISM POLE SYSTEM CUTS CONCRETE LAYOUT TIME IN HALF
Concrete contractors looking for a way to gain efficiencies in layout have been testing a new prism pole system that promises significant time savings—and achieving extraordinary results.
BAKER CONCRETE CONSTRUCTION REVIEWS THE AP20 AUTOPOLE
Baker is always looking for new ways to accelerate productivity in concrete layout. Does the AP20 make an impact?
LEICA AP20 AUTOPOLE WHITE PAPER
This white paper introduces the latest pole-side innovation for automated total station workflows, the Leica AP20 AutoPole, and describes the technological background enabling three distinct functionalities: measurement with arbitrary tilted pole, automatic detection and recording of pole height changes in the field software, and total station search and lock only to the intended target.