LMI Gocator 2D Smart Cameras - Industrial Vision with Edge AI

Industrial 2D vision with onboard AI. No PC. No cloud. No middleware. The Gocator 2D Smart Camera Series brings LMI's proven smart sensor platform to 2D inspection - high-speed imaging, deep edge AI, and the same GoPxL software that runs the entire 3D Gocator lineup, all in one IP67-rated industrial camera.

The Gocator 2D Smart Camera Series is LMI Technologies' newest product family - extending the Gocator platform from 3D-only into industrial 2D machine vision. Launched in January 2026, the 2D series is a fundamentally new category for LMI: high-resolution global shutter cameras paired with onboard NVIDIA Jetson Orin NX edge processing and the same GoPxL IIoT Vision Inspection Software that runs the rest of the Gocator portfolio. Four models cover 5 MP and 12 MP resolutions in both mono and color, capturing at up to 84 frames per second with sub-10 ms latency. Built in collaboration with Allied Vision (camera engineering) and Euresys (image acquisition), the 2D Smart Cameras eliminate the industrial PC, cloud dependency, and complex middleware that traditional machine vision systems require - inspection logic, AI inference, and PLC integration all run directly on the camera.

One Platform. 2D and 3D in the Same Software.

The defining strategic advantage of the Gocator 2D Smart Camera is that it shares the GoPxL software platform with every modern Gocator 3D sensor. Manufacturers already running Gocator laser line profilers, snapshot sensors, or line confocal sensors can add 2D vision to the same inspection stations without learning a new software tool. Same browser-based interface. Same drag-and-drop measurement tool building. Same industrial protocol integration. Same data model.

For new deployments, the platform unification means a single training investment covers both 2D and 3D inspection across the facility. Inspection engineers configure 2D and 3D sensors through identical workflows. Measurement results flow into the same PLC integration. Onboard AI models train on either 2D images or 3D point clouds using the same interface. For factories standardizing on a single vision platform across diverse inspection tasks, the unified Gocator approach reduces total cost of ownership versus mixing multiple vendors' vision systems.

Edge AI: Why It Runs on the Camera, Not a PC

Most industrial 2D vision systems split the work across two devices: a camera captures images, and a separate PC or industrial controller runs the inspection software. This architecture is increasingly problematic in modern factories:

Key Features

• 5 MP or 12 MP global shutter CMOS imager in mono or color configurations
• NVIDIA Jetson Orin NX GPU module for real-time on-device deep learning training and inference
• Up to 84 frames per second on the 5 MP models (burst, no processing)
• Up to 41 frames per second on the 12 MP models (burst, no processing)
• Sub-10 ms latency from image capture to inspection result
• GoPxL IIoT Vision Inspection Software onboard - the same platform that runs Gocator 3D sensors
• Combined traditional and AI vision toolset - rule-based alignment, edge detection, blob analysis, barcode reading, OCR, plus AI-based defect detection, anomaly identification, and classification - all in one device
• On-device AI training using real production data - no cloud dependency, no data egress, no subscription fees
• C-mount lens for flexible field-of-view and working distance configuration
• Integrated lighting control via I/O connector - drive external lights directly from the camera
• IP67 industrial housing with C-mount lens cover for factory floor durability
• Industrial M12 connectors for power, I/O, and Ethernet
• Industrial protocol support - EtherNet/IP, PROFINET, Modbus, MQTT, plus PC and FTP archival
• 2x opto-isolated inputs and 2x opto-isolated outputs for alignment, status, and PLC handshake signals
• Hardware trigger and strobe connections for synchronized capture and lighting
• Onboard GoHMI UI for operator-facing displays without external HMI hardware
• Python scripting support in GoPxL for advanced users and system integrators with custom workflow requirements
• Integrated checkerboard calibration for optical distortion and tilt correction
• Built in collaboration with Allied Vision (camera engineering) and Euresys (image acquisition) - industry leaders in industrial vision components

Gocator 2D Smart Camera Models

The series consists of four models in two resolutions and two color modes. All four share the NVIDIA Jetson Orin NX edge processor, the GoPxL software platform, and the same industrial form factor. They differ only in imager resolution and color capability.

Model selection guide:

Choose Mono (M) or Color (C): Mono cameras have higher light sensitivity, better low-light performance, and are the standard choice for measurement, dimensional gauging, and applications where the inspection target's information is in shape rather than color. Color cameras are required for color inspection, label and packaging verification, color-coded part identification, and any application where the defect signature includes color information.

Shared Specifications

Built-In Vision Toolset

The Gocator 2D Smart Camera combines traditional rule-based vision tools and AI-powered deep learning tools in one device, running in parallel through the GoPxL software:

Both toolsets run on the same NVIDIA Jetson Orin NX processor and can be combined in hybrid inspection workflows - for example, using traditional alignment and OCR for measurement, plus AI anomaly detection for surface defect identification, all in a single inspection cycle.

Industries and Applications

Why C-Mount Lens Matters

Many "smart cameras" come with a fixed integrated lens optimized for one specific focal length and working distance. This makes setup easy but constrains the camera to one inspection geometry - if the application changes, the camera is no longer useful.

The Gocator 2D Smart Camera uses a C-mount lens system - the industry standard interchangeable lens mount for industrial vision. This means you can pair the camera with the focal length that matches your specific application: a short focal length for close-range wide-area inspection, a longer focal length for far-range narrow-area inspection, a telecentric lens for precision dimensional measurement, or a macro lens for fine-feature work. As inspection requirements evolve, swap the lens without replacing the camera. The IP67 rating is maintained through a C-mount lens cover designed for industrial deployment.

Software, Integration, and Networking

• GoPxL IIoT Vision Inspection Software onboard - the unified vision platform that runs across the entire Gocator family. No separate vision software license required.
• Browser-based drag-and-drop workflow builder - design, validate, and deploy inspections in hours rather than weeks. No traditional vision programming required.
• Live debugging and replay-based validation - test inspection logic against recorded scenes before deploying to production. Verify AI model behavior with realistic data without disrupting the line.
• Onboard GoHMI UI - configure operator-facing displays directly on the camera without an external HMI device or separate licensing.
• Python scripting - extensible for advanced users and system integrators with custom workflow requirements. The platform stays open and accessible for specialized needs without sacrificing ease of use for standard applications.
• Industrial protocol support - native EtherNet/IP, PROFINET, Modbus, and MQTT for seamless PLC and IIoT integration.
• Unified Gocator data model - 2D Smart Cameras share the same data model as the rest of the Gocator portfolio. Multi-sensor inspection cells with 2D cameras and 3D sensors integrate cleanly.
• Free Gocator Emulator for offline development and validation in a virtual sensor environment.
• Cross-compatible with Gocator 3D sensors - GoPxL workflows transfer between 2D Smart Cameras and 3D sensors as inspection requirements evolve.

Compatible Accessories

Round out your Gocator 2D Smart Camera deployment with factory-correct hardware available through Automation Distribution: LMI Cordsets for power, I/O, and Ethernet (M12 industrial connectors); the LMI RMX140 industrial light for integrated lighting control; and C-mount industrial lenses sized for your specific working distance and field of view. For Gocator 3D pairing in unified 2D + 3D inspection cells, see the Gocator 2300, 2400, 2600, and 3500 Series sensors.

Frequently Asked Questions

What are Gocator 2D Smart Cameras used for?

Gocator 2D Smart Cameras are industrial machine vision cameras with onboard AI used for 2D inspection applications across automotive, medical device manufacturing, electronics, packaging, pharmaceutical, food and beverage, and general factory automation. Typical applications include part presence verification, dimensional measurement, OCR for traceability, barcode reading, label verification, AI-based surface defect detection, and robot guidance. The cameras eliminate the need for an industrial PC, cloud connectivity, or middleware - inspection logic, AI inference, and PLC integration all run directly on the camera. View the Gocator 2D Smart Camera Series at Automation Distribution.

When was the Gocator 2D Smart Camera released?

LMI Technologies officially launched the Gocator 2D Smart Camera Series in January 2026. This is LMI's newest product family and the first 2D vision system in the Gocator portfolio - extending the platform from 3D-only inspection into unified 2D and 3D vision on the same software platform.

Which Gocator 2D model should I order - 5 MP or 12 MP, mono or color?

Choose the 5 MP model (1050) when frame rate matters more than image resolution - 84 fps on the 5 MP versus 41 fps on the 12 MP. Choose the 12 MP model (1120) when you need the higher spatial resolution for fine feature detection, large field-of-view coverage in a single image, or improved AI defect detection accuracy on subtle defects. Choose mono (M suffix) for measurement, dimensional gauging, and applications where shape information matters more than color. Choose color (C suffix) when color inspection, color-coded part identification, or color-based defect detection is part of the application. Contact Automation Distribution at 1-888-600-3080 for application-specific recommendations.

Do I need a PC or cloud connection to use the Gocator 2D Smart Camera?

No. The Gocator 2D Smart Camera integrates the camera, processor, AI engine, and inspection software into one IP67-rated device. All inspection logic, traditional vision tools, AI training, and AI inference run on the camera. No external PC, cloud service, or middleware is required. The camera connects directly to your PLC, HMI, or factory network through industrial protocols (EtherNet/IP, PROFINET, Modbus, MQTT) over standard Gigabit Ethernet.

How does the Gocator 2D Smart Camera compare to traditional PC-based machine vision?

Traditional PC-based machine vision systems split the work across a camera, an industrial PC running vision software, a Windows or Linux operating system, and middleware to connect the layers. This creates ongoing maintenance burden (OS patching, antivirus, driver management), cybersecurity attack surface, and variable latency between camera and PC. The Gocator 2D Smart Camera consolidates all of this into a single dedicated appliance with no general-purpose OS, deterministic sub-10 ms latency, and a dramatically reduced cybersecurity footprint. For most single-camera and small multi-station applications, the Gocator 2D approach is significantly lower in total cost of ownership.

Can I use my own lens with the Gocator 2D Smart Camera?

Yes. The camera uses a C-mount lens system - the industry standard interchangeable lens mount for industrial machine vision. You can pair the camera with any C-mount lens appropriate to your application - short focal length for close-range wide-area inspection, longer focal length for far-range narrow-area inspection, telecentric for precision dimensional measurement, or macro for fine-feature work. The IP67 rating is maintained through a C-mount lens cover designed for industrial deployment. Automation Distribution can recommend specific lenses based on your application requirements.

Does the Gocator 2D Smart Camera integrate with Gocator 3D sensors?

Yes. The 2D Smart Camera shares the GoPxL software platform with every modern Gocator 3D sensor (laser line profilers, snapshot sensors, line confocal sensors). The cameras use the same browser-based configuration interface, the same drag-and-drop workflow builder, and the same data model as the 3D sensors. Multi-sensor inspection cells combining 2D cameras and 3D sensors integrate cleanly through GoPxL, and inspection workflows can transfer between 2D and 3D devices as application requirements evolve. For manufacturers already running Gocator 3D sensors, the 2D Smart Cameras require no new software training or integration tooling.

What is the difference between Gocator 2D AI and the GoPxL Anomaly Detector?

The Gocator 2D Smart Camera includes onboard AI tools (anomaly detection, classification) as part of the base GoPxL software running on the camera - no separate license required. The GoPxL Anomaly Detector is a separately licensed AI tool that runs on the GoMax Smart Vision Accelerator paired with Gocator 3D sensors (laser line profilers, snapshot sensors, line confocal sensors). Both deliver AI-based defect detection, but the 2D Smart Camera's AI is integrated into the camera hardware while the GoPxL Anomaly Detector requires the GoMax accelerator and a licensed dongle for 3D sensor deployments.

Is on-device AI training really free?

Yes. AI training and inference both run directly on the Gocator 2D Smart Camera's NVIDIA Jetson Orin NX processor using GoPxL's integrated training workflow. There is no cloud upload, no subscription fee, and no separate training license required. Engineers can train models on real production data, retrain anytime the process changes, and deploy updated models locally - all without external services or recurring costs.

Can I network multiple Gocator 2D Smart Cameras together?

Yes. Multiple cameras can be deployed for parallel multi-station inspection. Each camera operates as an independent device on the network with its own GoPxL software, but inspection logic and AI workflows can be transferred between cameras through GoPxL - useful for scaling from a pilot deployment on one station to factory-wide rollout. The cameras integrate over standard Gigabit Ethernet and support the standard industrial protocols required for multi-sensor PLC coordination.