A specialist website by Oxford Industrial Automation
UK robot & vision integration · 01865 416830
High-speed handling
Delta and parallel robots are designed for rapid overhead handling of suitable products across a conveyor work area. Camera detection, product tracking, grip time, robot scheduling and downstream placement set the achievable output.
Published robot cycle figures do not include image capture, product spacing, travel distance, gripping, placement, missed targets or product changeover. We model the real sequence and expected product distribution.
Vacuum response, product porosity, surface contamination, tool compliance and product acceleration all affect successful handling. Tool trials form part of the application proof.
System sequence
Every stage is tested against the product, timing, interfaces and agreed response.
Create sufficient separation and a visible gripping area.
Locate and classify each candidate within the image area.
Schedule reachable picks across the robot capacity.
Release accurately into the required pack, lane or pattern.
Typical applications
Final suitability and performance are confirmed only after review of the complete production application.
Application questions
These answers provide a starting point. Product trials and line data determine the project specification.
The practical rate depends on pick distance, product mass, grip time, placement pattern, product distribution and the proportion of usable targets. We confirm output from the complete application cycle.
Yes where vision can locate a usable pick point and the robot or tooling can create the required final orientation within the cycle.
Multiple robots may be used when one robot cannot cover the required throughput, pick window or destination mix. Product allocation and downstream capacity must be balanced across the line.
Connected capabilities
Explore the technologies that commonly work with this application.
Start with the production task
Use the project brief form, or email product photos or video with the target output, current layout and required decision. We will define the next technical step.