Lasers
Some of the innovative features seen in Topcon construction lasers have their beginnings as a direct result of breakthroughs in products developed outside of the Construction Laser division. Many others were developed as a direct result of recognizing a need, and dedicating the resources to overcome it. We intend to continue on the path of innovation. And if you're thinking of purchasing a construction laser, we hope you recognize this fact and become a part of the Topcon revolution.
Rotating Lasers
Using infrared beams, general construction lasers are short to medium range (500' to 1000' radius) lasers used for exterior applications. Setting concrete forms, checking grade on flat pads, checking depth of footers and trenches, and even providing elevation indication for laser receivers mounted on excavators, backhoes, and the like are common applications for these lasers.
Interior Lasers
Using visible beams, Interior Lasers are used to hang ceiling grids, align and mount floor/ceiling brackets for walls, align studs and more.
Pipe Lasers
One of the earliest application of lasers in the construction industry occurred in the pipe laying market. Unlike the lasers in the previous categories, Pipe Lasers emit a stationary (non-rotating) beam of circular, visible laser light.
Slope Lasers
Perhaps the most advanced of all rotating construction lasers, Slope lasers use high power infrared or barely visible beam lasers that "broadcast" over long distances (1500' to 2500' or more) at extremely exacting slopes.
Machine Mounted Receivers
Every Topcon LS receiver is designed and built to be used on a wide variety of machines, with the least amount of hassle. They're cost effective. No one else can give you this level of technology for the money.
LS-B10
The LS-B10 series provides cost-effective solutions for grade control on small machines such as backhoes, mini-excavators, skid steer loaders, and other compact equipment.
LS-B10W
The advanced LS-B10W offers built-in wireless technology and CANopen (Controller Area Network) connectivity to provide the ultimate in communications flexibility.



