Uploaded August 2026 | Updated September 2026, 2 weeks ago
🛠️ Computer vision workflows without code → pysource.com
👉 AI Vision courses + Community → skool.com/ai-vision-academy
In this video, I test SAM 3 for real-time industrial computer vision and conveyor-belt inspection.
SAM 3 can segment objects from a simple text prompt, without first collecting a dataset or training a custom model. I test it on several conveyor-belt scenarios, including:
• Packages
• Tomatoes
• Green tomatoes
• Lemons
• Palm fruit
• Rocks and mixed objects
The tests are performed inside VisoNode, my local no-code computer vision platform.
I also discuss:
• Text-prompt segmentation
• Real-time performance
• Confidence threshold adjustments
• Small-object detection
• Industrial inspection use cases
• GPU and CPU performance
• TensorRT optimization
• Using SAM 3 to prototype before training a production model
SAM 3 is a powerful option for quickly testing whether an industrial computer vision idea is feasible. For production deployment, it can then be used to help annotate data and train a smaller, faster custom model such as YOLO or RF-DETR.
🌐 Learn more about VisoNode → pysource.com
🌐 More Computer Vision Resources → pysource.com
#ComputerVision #SAM3 #IndustrialInspection #MachineVision #ArtificialIntelligence #ObjectSegmentation #VisoNode #NoCode #Manufacturing #OpenCV
🛠️ Computer vision workflows without code → pysource.com
👉 AI Vision courses + Community → skool.com/ai-vision-academy
In this video, I test SAM 3 for real-time industrial computer vision and conveyor-belt inspection.
SAM 3 can segment objects from a simple text prompt, without first collecting a dataset or training a custom model. I test it on several conveyor-belt scenarios, including:
• Packages
• Tomatoes
• Green tomatoes
• Lemons
• Palm fruit
• Rocks and mixed objects
The tests are performed inside VisoNode, my local no-code computer vision platform.
I also discuss:
• Text-prompt segmentation
• Real-time performance
• Confidence threshold adjustments
• Small-object detection
• Industrial inspection use cases
• GPU and CPU performance
• TensorRT optimization
• Using SAM 3 to prototype before training a production model
SAM 3 is a powerful option for quickly testing whether an industrial computer vision idea is feasible. For production deployment, it can then be used to help annotate data and train a smaller, faster custom model such as YOLO or RF-DETR.
🌐 Learn more about VisoNode → pysource.com
🌐 More Computer Vision Resources → pysource.com
#ComputerVision #SAM3 #IndustrialInspection #MachineVision #ArtificialIntelligence #ObjectSegmentation #VisoNode #NoCode #Manufacturing #OpenCV


![Day 5 - No-Code Computer Vision: Building the Platform Live
Learn how to build real-world AI vision systems → https://www.skool.com/ai-vision-academy
Local labeling and model training software → https://visolabel.com
💬 Ask questions in chat, I answer live.
#ComputerVision #AIVision #NoCode #VibeCoding #LiveCoding #ObjectDetection #AIWorkflow #LocalAI #Python #OpenCV #MachineLearning #Automation #aivisionacademy
[FREE] Vlog music|copyright free vlog music|non copyright music|Tropical House & Summer Vibes music
https://www.youtube.com/watch?v=c5bnjhc6oR0 Day 5 - No-Code Computer Vision: Building the Platform Live](https://i.ytimg.com/vi/EMRwKWRP13Y/mqdefault.jpg)







