Laser Receiver Platform

Laser workflow

A transmitter establishes the reference plane; the receiver detects machine position relative to that plane. The target grade still comes from the project or land-management plan.

Mounting

Mast rigidity, receiver visibility, vibration, protection and repeatable setup are important platform considerations.

Laser receiver workflow

Laser grading can use a transmitter reference and one or more compatible receivers depending on the selected control system. Mast position, adjustment, line of sight, calibration and the required plane or slope all matter.

Transmitter

Establish the reference plane/slope for the job.

Receiver

Mount rigidly and protect the receiver while maintaining useful line of sight.

Verification

Check calibration and finished levels rather than assuming the control system alone proves the result.

Laser reference, receiver and calibration workflow

A laser grading system normally establishes a reference plane or slope with a transmitter and detects that reference with a machine-mounted receiver. The receiver/platform arrangement must remain compatible with the chosen system and grading geometry.

Reference setup

Transmitter position, benchmark, single- or dual-slope settings, range and line of sight affect the usable reference across the site.

Machine setup

Receiver mast position, height, rigidity, control box, wiring and hydraulic response should be calibrated as a complete system rather than as isolated components.

Field checks

Obstructions, transmitter disturbance, changing machine conditions and site geometry can introduce errors. Independent checks of the finished surface remain important.

Laser provides the reference; the landforming, drainage or construction plan defines the desired surface; the scraper performs the physical grading work.