High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

A Powerful Combination of High Speed and Wider FOV.

Gocator 2540/50 laser line profilers deliver the 2500 series’ signature blazing fast scan rates up to 10 kHz, with the added advantage of wider fields of view for greater scan coverage.

Deploy these compact smart sensors in your production line for high-speed 3D measurement and inspection of a variety of manufactured materials including shiny machined-metal EV batteries and consumer electronics assemblies, various web materials, hot-rolled rail track steel, as well as low contrast materials such as black rubber tires.

EV Battery Module Inspection

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

Gocator® 2540

Road Pavement Profiling

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

5x Gocator 2550 Multi-Sensor Network

Sheet Metal Inspection

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

Gocator® 2540

Gocator® 2540/50

Same Blazing Gocator 2500 Series Speed.
Even Wider Fields of View.
  • Up to 10,000 profiles per second including 3D measurement
  • Up to 518 mm field of view
  • Up to 0.064 mm X resolution
  • Up to 1.2 microns Z repeatability
  • Setup & control via web browser or SDK
  • On-board tools, no programming required
  • Native multi-sensor networking
  • Extend with GDK and GoMax NX 
High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

WIDER SCAN COVERAGE. SAME BLAZING SPEED.

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

High Speed Scanning and Inspection
WITH GREATER SCAN COVERAGE IN A SINGLE DEVICE

The powerful combination of fast scan rates (up to 10 kHz including 3D measurement) and wider fields of view address a number of higher-speed, larger-scale industrial inspection applications in EV battery, rubber & tire, road & rail, food processing, and many more.

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

Class 2 Blue Laser Profiling
GENERATES HIGH-QUALITY DATA ON SHINY SURFACES

Due to its shorter wavelength, blue laser generates “cleaner” profiles (i.e., less laser speckle) on shiny surfaces and achieves greater measurement accuracy as a result. For example in rail profiling applications, this allows Gocator® 2500 sensors to deliver high quality 3D data of the railhead in full sunlight and even generate complete profiles when the track ballast is wet.

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

Native Multi-Sensor Alignment and Networking Capability
FOR 360º SCANNING CAPABILITY

Gocator® offers native support for multi-sensor networks from 2 sensors up to 24, with on-sensor pairing, point-and-click alignment, and automatic image stitching. After scanning, Gocator® outputs a single, high-density 3D point cloud ready for measurement. Users can even capture 360º of a scan target, or multiple views, by mixing different 2500 sensor models that optimize for field of view and resolution.

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

Smart Sensor Design
FOR OPTIMAL PERFORMANCE AND COST-EFFICIENCY

Gocator® 2500 series sensors are built on LMI’s leading smart sensor design architecture, which includes an easy-to-use web-based interface, on-sensor measurement tools, data processing, I/O connectivity, native multi-sensor networking, and more. The result is the simplest, most cost-efficient 3D sensor solution on the market requiring the fewest number of sensors and no external controllers.

Explore The Benefits of
High-Speed Blue Laser Profiling

Learn about the design and performance advantages built into the Gocator 2500 series of high-speed laser profilers.

High-Speed Wider FOV 3D Laser Profile Sensors | Gocator 2500 Series | LMI Technologies

LET’S TALK ABOUT HOW HIGH-SPEED, WIDER FOV LASER PROFILING CAN BENEFIT YOUR PRODUCTION LINE.


Discover the power of high-speed, wider field of view laser inspection for a wide variety of manufactured assemblies and materials.