LEICA DISTO X3
$380.00
The DISTO X3 is the laser device of choice by FSS. When designing the FSS Window Pro™ app we reviewed all the available products on the market. The demand for seamless Bluetooth integration, the highest levels of accuracy, and an easy user interface made the Leica DISTO X3 an easy choice.
The DISTO X3 has the same rugged design as the X310 (e7400x)—IP65, drop tested at 2 meters—and it has a rotatable display which makes taking awkward measurements easier and more ergonomic.
It also has greater range at 150m (490’), so it can go the distance.
This device provides the window treatment professional with:
Automatic rounding to 1/16 or 1/8-inch
XL Intelligent flip out endpiece
Solid rubber housing
Water and dust protected to IP 65 standards
Stores the last 20 values
Provides triangle (Pythagoras) function for indirect height and width measurements
REEKON T1 Tomahawk
$259.99
The T1 Tomahawk boasts a rugged design built for job site conditions—drop-tested to 1 meter and featuring rubber overmolding for impact protection. Its dual-display system, with an OLED screen for live measurements and an e-paper display for saved values, offers unparalleled versatility. This device provides professionals with:
Accuracy beyond 1/32" (0.5mm) with self-calibrating technology
E-paper display capable of storing over 1000 measurements
Integrated green laser for alignment and marking
Bluetooth connectivity for seamless data sharing via the ROCK Jobsite App (and the FSS Window Pro™)
Replaceable tape measure blades for extended longevity
Multiple measurement modes including internal (for Inside Mount measurements), relative (for Outside Mount measurements), and center-finding (for Arch measurements)
USB-C rechargeable battery with 15+ hours of continuous use
Versatile unit display options (inches, feet, millimeters, centimeters)
The T1 Tomahawk combines the familiarity of a traditional tape measure with advanced digital capabilities, making it an indispensable tool for professionals seeking to enhance accuracy and efficiency in their measurements.