Videos
Precise Pin Tip Detection in Connector Manufacturing
Recognising connector pin tips is a challenge with conventional image processing. This process is simplified with the Vision AI software Neuralyze®. Images of connector pins can be added to the smart labelling tool with just a few mouse clicks. Around 100 examples are sufficient to ensure that individual pins are later found in the images with a sufficiently accurate boundary - even with strongly fluctuating contrast, asymmetrical reflection or slightly varying pin sizes.
ROI Calculator
Discover the potential cost savings of robotic automation over a 20-year system life
This calculator compares your current manual labor costs against the total cost of owning and operating a robotic system over its 20-year lifespan.
senswork GmbH
senswork is an expert in machine vision systems and specializes in optical inspection, industrial image processing and testing equipment manufacturing. Our ready-to-use camera technologies for automation and quality assurance are used every day by our renowned customers in numerous industries.
Discover how senswork GmbH can support your automation journey with their complete range of solutions and expertise.
Visit Company Website
senswork is an expert in machine vision systems and specializes in optical inspection, industrial image processing and testing equipment manufacturing. Our ready-to-use camera technologies for automation and quality assurance are used every day by our renowned customers in numerous industries.
Deep Learning Dominates at Automate
The major theme among this year’s announcements? Software developers are making the technology more accessible for more users.
Turnkey Manual Test Station Inspects Fakra Connector Assembly
Turnkey test station inspects Fakra connectors with high-resolution cameras, adjustable views, and modular design.
Apera AI Accelerates 4D Vision Deployments with Launch of Apera Vue 9.52 and 4X Faster Apera Forge AI Training
The newest Apera Vue 9.52 release introduces Programmable Autopilot for optimal multi-step collision-free path planning, Range Finding for unstructured de-racking,