The Gocator 2D Smart Camera Series builds on LMI’s Gocator platform, delivering high-performance 2D machine vision with AI-powered edge inspection in a compact, all-in-one form factor. As a result, these sensors combine high-resolution imaging, onboard processing, and on-device deep learning to enable fast, reliable 2D inspection and measurement without external PCs or cloud dependency.

Features:

• High-resolution 2D imaging delivers accurate detection, measurement, and verification
• On-device AI processing using an NVIDIA Jetson GPU enables real-time inspection at the edge
• AI and traditional inspection tools support edge, blob, OCR, geometric, and anomaly detection
• On-device AI training and inference eliminate the need for cloud connectivity
• Fast inspection speeds support in-line inspection in high-throughput production environments
• Compact, industrial-grade design simplifies mechanical integration and reduces overall system footprint
• Browser-based user interface allows fast setup, tuning, and system monitoring
• Industrial protocol support enables seamless PLC and factory automation integration

When starting a new 2D vision project, In-Position Technologies engineers first review application requirements to confirm a Gocator 2D Smart Camera is the right fit. Next, we evaluate performance to ensure the camera meets accuracy, speed, and reliability requirements.

This includes:

• Determining required measurements and inspection criteria
• Confirming field of view, resolution, and working distance
• Verifying inspection speed and throughput requirements
• Evaluating mounting, lighting, and environmental considerations
• Specifying cables, brackets, and accessories

When ordering Gocator 2D Smart Cameras as part of a complete system, IP Tech engineers also perform a full solution review to ensure success. Specifically, we verify that:

• All required components are included for a fully functional system
• Hardware, software, and accessories are compatible and validated
• The final configuration meets performance and reliability expectations