Vision Based Sortation

Orientation of Difficult Parts, Packages, or Materials

Vision-based sortation is an advanced automation technology that integrates machine vision—cameras, lighting, and intelligent software—with a material handling system to identify, inspect, and physically sort parts, packages, or other items. Unlike purely mechanical systems that sort based on simple physical properties like size or weight, a vision system uses image analysis to make complex decisions in real-time. The core function is to capture an image of an object, analyze that image against a pre-programmed set of criteria, and then trigger a mechanical action to route the object accordingly. This capability provides a level of intelligence and flexibility that is indispensable in modern manufacturing.

One of the most powerful applications of vision-based sortation is the precise orientation of objects. Many automated processes, such as robotic assembly, laser marking, or final packaging, require parts to be presented in a specific, consistent orientation. Handling parts that are asymmetrical, delicate, or geometrically complex can be extremely challenging for traditional feeders.

A vision-based system solves this problem elegantly. As parts move along a conveyor like the Dyna-Slide, a camera captures an image of each one. The vision software instantly analyzes the image to identify a unique feature—such as a hole, a notch, a logo, or a specific edge profile—and determines the part's current rotational position. If the part is correctly oriented, it is allowed to proceed. If not, the system triggers an actuator (like a precise puff of air or a gentle mechanical guide) to rotate or reposition the part into the correct orientation. As noted in the Dyna-Slide description, this can even be done during a return loop, ensuring that parts are handled gently and given another chance to be presented correctly before being rejected. This function is critical for maintaining the high speed and reliability of downstream automation.

Inspection of Parts, Packages, or Materials

Beyond orientation, vision-based sortation is a cornerstone of modern quality control.Automating inspection ensures that 100% of products can be checked for compliance with quality standards, a task that is slow, costly, and prone to human error when done manually. As finished parts pass under the vision system, it performs a series of inspections in a fraction of a second

Dyna-Slide provides unique flexibility to evaluate parts, packages or materials at any stage in the manufacturing process. Using programmable vision technology entire families of parts can handled within a single system. This system uses vision to identify a part feature on finished machined parts, Non-conforming parts are returned in zero drop horizontal attitude and re-oriented during return to minimize recirculation of parts. For more information www.cds-lipe.com