Industrial Applications
Solve high-speed, high-mix inspection challenges across electronics, automotive, packaging, and more — powered by edge-native Gocator 2D cameras.
Tier 1 solution providers are looking for faster and better ways to solve applications such as barcode reading, part presence verification, weld inspection, and defect detection for components and assemblies in high-volume lines.
Industrial and medical device manufacturers are implementing more automated assembly to reduce labor burden by automating applications such as pin verification, solder inspection, contamination detection, feature inspection, and traceability for PCBs and high-density assemblies.
More and more warehousing companies are using 2D vision to automate label verification, part counting, color accuracy, and surface inspection for high-speed packaging, labeling, and assembly applications.
Manufacturers of composite flooring are actively adopting surface defect detection using AI-based algorithms.
Machines specializing in baking and meat processing include a pairing of 3D and 2D devices to evaluate surface texture, shape consistency, object count, color, and quality.
From microscopic PCB defects to barcode verification in automotive and inspection of reflective consumer goods, Gocator 2D offers robust, factory-ready performance where speed, accuracy, and traceability are essential. Its edge-native architecture runs deep learning AI inspection directly on-camera, cutting latency, simplifying deployment, and reducing total inspection cost.
Use Cases
Remove lens distortion and measure in world units
Correct for lens barrelling and tilt from mounting, output measurements in millimeters
Locate patterns and count objects
Use pattern, blob, or AI feature detection to locate pins, ports, threads or other features.
Read part labels and verify markings
Read markings with different backgrounds or fonts without adjusting the tool configuration.
Detect cosmetic and organic defects
Measure gaps, beads and pipes
Define a complex track for dimensioning and finding minimum and maximum sections for reject or further inspection.