Laser Grading Equipment

If you require precise measurements and cutting on an athletic field, the CL252 Conical/Cone Laser is a great choice as it can adapt to a variety of shapes and sizes with its conical technology.

The Trimble UL633N can be the perfect addition for your construction projects as it controls the X and Y axis as well as “fan beam” technology to give you precise measurements.
 

The Trimble GL422N is our most durable and cost-effective laser, which makes it a fantastic addition to your rugged construction projects. Its automatic and self-leveling laser can cut down on the time and energy you spend on your work.

With a +/- 10% in the X axis grade range and -0.5 to +25% Y-axis grade range with high accuracy up to 3,000 foot (900 meter) diameter, the GL722 includes all the benefits of the full Radio Remote functions… plus Automatic Axis Alignment, Grade Match and PlaneLok capability. Ideal for general construction, site preparation and road construction. 

The Spectra Precision® LL300N fully automatic self-leveling capability provides fast, accurate setup. Rechargeable Ni-Cad battery pack or alkaline batteries keeps the unit working with no downtime due to power loss. Single cross-axis manual slope mode with cross-axis self-leveling allows grade matching for basic slope work, while maintaining accuracy in the cross-slope.

Can also come with a HR320 receiver.

High accuracy laser, 1/16 in per 100 ft (1.5 mm per 30 m) with temperature compensation provides highly stable, repeatable accuracy even under large temperature changes. Self-leveling with built-in ‘out-of-level’ shut off that maintains accuracy over the entire work area and minimizes errors, and visible ‘spotting’ beam for determining receiver mounting placement making it faster to find the on-grade position.

The Spectra Precision® Laser CR600 Receiver is ideal for contractors doing both site prep and general construction. The CR600 can be either rod or machine mounted, making it ideal for a wide range of applications. Using the magnetic mount, the CR600 receiver is easily moved between backhoes, small excavators, box blades or skid steer loaders.

MCRw receivers from Futtura are designed to adapt to any earth moving machine. The MCRw receivers work with rotating lasers. The laser provides a reference plane of laser light over the jobsite.  The receiver is initially set on-grade to a known desired elevation or benchmark. As the machine is used and the blade or bucket is moved, the operator is given a visual indication of which direction to move the blade or bucket to get to on-grade, effectively checking grade from the cab.

Same as MCR1w plus built-in Plumb & Tilt Indication.

Same as MCR2w plus Angle Compensation Mode.

The Futtura MC2E has grade LED’s on front of receiver. It has a 6.75 inch detection height, 360° Laser Reception with proportional electronic valve output, and a mini LED for easy set up.

 Enjoy the convenience of connecting wirelessly to a MCR1w, MCR2w or MCR3w receiver with the RD25. Also with the optional RAM mount, you can place the display anywhere in the cab. Features include an in-cab LED display, tilt and plumb indication, and it controls receiver functions offset capability.

The entry-level model MCB1 control box works with proportional time (bang-bang) valves only and is designed to work with the MCR1 receiver for slower moving applications such as trenchers and tile plows. 

The cab mounted MCB2 Control Box has 16 on-grade accuracy settings from 0 to 1.5 inches (38 mm). These provide optimum accuracy selections for various types of machinery and jobsite requirements. The MCB2 works with proportional time, proportional current, and proportional voltage hydraulic valves and is designed to be used with the MCR2E, MCR2 and MCR3 receivers. 

The MCB3 Dual Control box is designed to control both the lift and tilt of a dozer blade or two independent lift cylinders of a motorgrader blade for precise slope control applications. It is compatible with proportional time, proportional current and proportional voltage hydraulic valves and is designed to be used with the MCR2E, MCR2 and MCR3 receivers.