Data Capture Review This guide covers the Data Capture Review feature, which enables a strict validation of inputs during data capture steps before progressing the assembly. A data capture step allows the operator to scan or manually enter data during an assembly (e.g. serial number, part number). By default, a data capture step will automatically …
Photographic Documentation: QA Dwell and Assembly AI Photo Review Photographic documentation is a critical component of modern manufacturing quality control. Ensuring that the system captures clear, representative images at every key juncture of your assembly not only provides a reliable audit trail but also empowers downstream traceability and continuous improvement. To best facilitate the capture …
Overview AssemblyAI is a position-independent part placement verification system. It uses AI-powered object detection to verify that parts are placed in the correct positions during assembly — regardless of where the assembly sits on the workbench or how it is oriented. AssemblyAI works by using anchor parts as spatial reference points. During training, a supervisor …
Rapta’s AI platform relies on accurate color representation from the camera to deliver reliable inspection and verification results. Over time, or after changes to the operating environment, the camera’s color balance may drift from its optimal settings. This can result in degraded AI performance particularly for applications that depend on color differentiation such as wire …
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The Rapta station comes with a default user name and password for accessing the supervisor menu. If you find yourself inadvertently locked out and you have not yet set your own user profile, you can enter supervisor mode with the following credentials First Name: default Last Name: user Password: [No password, do not enter anything …
When training your assembly steps in Rapta’s AI platform, you have access to powerful controls that let you optimize how the AI recognizes and validates each step. Two key settings—Min Prediction Threshold and Prediction Smoothing—give you the flexibility to balance speed and accuracy for your specific manufacturing environment. Min Prediction Threshold: Setting Your Confidence Bar …
Overview The Scan Region Action enables automated inspection of parts and assemblies through programmed camera scanning patterns. This powerful action type works with Rapta SuperPod and PrecisionPod positioning systems to execute complex multi-axis scanning sequences, capturing images at precise intervals to detect defects, foreign objects/debris (FOD), or parts across large or detailed surfaces. Version Support: …
Rapta SuperPod and PrecisionPod Overview Rapta SuperPod and PrecisionPod are intelligent camera positioning systems that dramatically expand inspection capabilities by providing automated, precise camera movement during assembly and quality inspection workflows. Unlike fixed camera arrays, these positioning systems enable your camera to move to optimal angles and positions for each step, reducing the number of …
Using the Auto-Adjust Camera Button to Debug Camera Issues The Auto-Adjust Camera button is a powerful troubleshooting tool in the Rapta system that can quickly resolve common camera and connectivity problems. This feature automatically calibrates camera settings to optimize image quality under current lighting conditions. When to Use Auto-Adjust The Auto-Adjust Camera button should be …
