Precision Feeding, One Ring at a Time<\/p>\n
When your production line demands accuracy, consistency, and speed, you need automation you can trust. Our latest custom-built vibratory bowl feeder system is engineered to do exactly that \u2014 delivering single, perfectly oriented rings to your assembly process, every time.<\/p>\n
What You’re Looking At<\/p>\n
This compact, purpose-built system combines three key automation elements into one seamless unit:<\/p>\n
\ud83d\udd35 Vibratory Bowl Feeder<\/p>\n
The stainless steel bowl with green tooling track uses controlled vibration to sort, orient, and feed rings from a bulk hopper state into a single-file stream. The custom tooling ensures only correctly oriented parts make it through \u2014 no jams, no doubles, no rejects.<\/p>\n
\u2699\ufe0f Linear Vibrator<\/p>\n
From the bowl exit, parts are transferred along a precision linear track powered by a linear vibrator. This keeps parts moving smoothly and consistently toward the singulation point without operator intervention.<\/p>\n
\ud83d\udd29 Singulation & Push-Up Arrangement<\/p>\n
The heart of this system is the pneumatic singulation unit \u2014 a purpose-designed mechanism that isolates a single ring from the feed stream and presents it in a controlled, repeatable position. Whether you’re feeding into a press, a pick-and-place robot, or a manual assembly station, this ensures one part is ready exactly when and where you need it.<\/p>\n
Built for the Real World<\/p>\n
\u2705 All stainless and hard-anodised aluminium construction \u2014 washdown and production-floor ready<\/p>\n
\u2705 Modular baseplate design \u2014 easy integration into existing lines<\/p>\n
\u2705 Pneumatic actuation \u2014 fast cycle times with minimal maintenance<\/p>\n
\u2705 Compact footprint \u2014 maximises your floor space<\/p>\n
Why Choose a Custom Feeding Solution?<\/p>\n
Off-the-shelf feeders are built for average parts. Your parts aren’t average. Our engineers design every bowl, track, and tooling detail around your specific component geometry, material, and production rate \u2014 so you get a system that works from day one and keeps working.<\/p>\n