Portable 3D Laser Tracker

Portable 3D Laser Tracker

Portable 3D Laser Trackers are advanced, high-accuracy measurement systems designed to capture 3D spatial coordinates of large-scale objects with extraordinary precision. These systems use laser interferometry or absolute distance measurement (ADM) technologies to track the position of a target reflector (such as a spherically mounted retroreflector, or SMR) in real time. Compact, highly mobile, and versatile, laser trackers are ideal for on-site inspection, alignment, calibration, and assembly of large components across diverse industries.

At Caliylark Technologies, our Portable 3D Laser Trackers offer seamless portability, fast setup, and superior range and accuracy. Whether you are inspecting an aircraft fuselage, aligning a large machine tool, or assembling wind turbine blades, our trackers provide reliable data and real-time feedback—right where the work is happening.

Portable 3D Laser Tracker Features

Technology

Follow a moving target, even behind obstructions, with the industry’s widest field of view.

Fast Data Acquisition

Capture data quickly for high-speed motion control and high-density scanning.

RemoteControls Workflow

Control the laser tracker with a mobile device.

Exceptional Portability

Use in any environment and ship easily.

Proven Resistance

Laser Trackers can withstand shock, vibration, temperature cycle and humidity.

Hot-Swappable Battery

Swap batteries to operate continuously.

Key Features:

Sub-millimeter accuracy over distances of up to 80 meters or more

Real-time 3D tracking with SMRs or wireless probes

Lightweight and portable design with battery-powered operation

Rapid setup and calibration with minimal downtime

Integration with metrology software for 3D analysis, CAD comparison, and reporting

Wireless operation and remote access for field flexibility

Benefits:

Portable 3D Laser Trackers bring laboratory-grade measurement precision directly to the shop floor or field environment. They significantly reduce the need for traditional jigs and fixtures, streamline alignment and inspection tasks, and support large-scale measurement activities with speed and reliability.