GoPxL® is our next generation software application for creating end-to-end, web-based inline measurement and inspection solutions deployed on Gocator® 3D Smart Sensors and Gocator® 2D Smart Cameras.Â
Vision engineers can use GoPxL® to solve a wide range of industrial inspection tasks, leveraging a combination of on-device measurement filters and tools that run directly on Gocator’s industry-leading vision hardware.
GoPxL runs on LMI Technologies' industry-leading smart 3D laser, snapshot, line confocal, and 2D smart camera technologies. Simply enter the sensor’s IP address in a web browser to access the GoPxL user interface and set up your application to begin image acquisition.
Easily align single and multi-sensor systems for accurate and repeatable measurement. For applications requiring greater scan coverage, native multi-sensor networking allows you to capture and generate merged surface data, minimize or remove occlusions, or scan targets with 360º scanning capability.
Acquire and perform measurements directly from the sensor leveraging built-in tools that can be applied to multi-dimensional data: 3D profiles, 3D surfaces, and 2D intensity images. Array support helps simplify complex measurement applications.
Connect measurements and decisions to PLCs using standard industrial protocols including EtherNet/IP, Modbus, PROFINET, and ASCII. GoPxL includes a versatile "readprop" command in ASCII and a comprehensive REST API that enable efficient access to a wide range of sensor data. Communication with the factory is low latency and leverages a real-time operating system.
With GoPxL, data processing can be accelerated for single or multiple Gocator sensors using a GoMax® embedded hardware device or desktop PC to scale up system size and improve overall inspection performance in data-heavy applications.
Using GoHMI, create a custom end-user interface connected to Gocator® sensor outputs that is easily deployed on the production floor and accessed using a web browser on PC, touchscreen, or mobile device.
GoPxL 1.5 introduces structured tool grouping for cleaner, more manageable inspection jobs. Users can group and collapse tool chains, accelerate edits with rename/duplicate/move/delete actions, and preserve organization directly within the job file. Improves readability, reduces setup complexity, and simplifies maintenance of large inspection workflows.
GoPxL 1.5 expands modular 2D inspection capabilities with support for AVT Alvium GigE cameras. Users can deploy interchangeable optics and centralized processing on GoMax® or PC while leveraging GoPxL utilities, industrial protocols, Python integration, and AI-enabled Pro Tools workflows. Supports scalable multi-camera 2D inspection architectures beyond edge-native smart cameras.
A new AI-driven object detection tool enables reliable object localization, counting, and downstream processing within complex 2D inspection workflows. Outputs object counts, confidence scores, and bounding boxes for advanced automation tasks—even when object shapes or orientations vary in production environments.
The new Image Line Count Tool provides fast analysis of repetitive edges and structures within configurable regions of interest. Automatically detects and counts edge transitions while returning precise line positions for verification and measurement applications. Ideal for connectors, fins, threads, and multi-edge components.
Measurement values can now be displayed directly within the Data Viewer for faster tuning and troubleshooting, with auto-merged labels for improved readability. GoPxL 1.5 also introduces password-protected tool locking to prevent unintended modifications, protect proprietary inspection logic, and improve control across shared inspection environments.
The upgraded Gocator Emulator now supports multi-sensor workflows, accelerated sensors, and simplified support-file handling directly within GoPxL Manager. Additional platform improvements include refreshed acquisition workflows, expanded traceability controls, improved data storage naming options, MODBUS and Ethernet ASCII user data input support, reduced-size PROFINET modules, and HMI string support.