Astro feeding system from United Components

With our Astro feeding systems your parts will have an optimal beginning of their journey through the production line

Exactly like this solution we have just delivered to a customer, that handles 4 different parts and will be part of a large production facility.

The feeding systems are separated into 2 independent units, each of which handles 1 part type at a time that is initially poured into its own hopper.

From here the hopper feeds a circular bowl that is custom made in a 5-axis machining center and mounted on a vibrator drive.
When the desired orientation of the part is achieved it is separated from here to a linear feeder which is also mounted on a vibrator drive.

The linear feeder is equipped with a sensor that checks the number of parts and makes sure to relieve any pressure from queuing. 

At the end of the linear feeder the parts are separated one by one and placed ready for removal in accordance with the customer’s wishes.

As can be seen in this video we have used a M0617 Doosan robot equipped with a collaborative gripper from Zimmer Group of the type HRC-03 to pick up and move the parts.
This gave us the opportunity to test the systems and since the collaborative Doosan robot simply moves the parts back into the bunkers, we were able to avoid any stops during testing.

See the feeding system in the video

Contact us today to find out how we can make a difference for you.

Contact us

UNITED COMPONENTS A/S
Korsholm Alle 21
5500 Middelfart
Denmark

Phone.: +45 64 40 09 70
Email: info@ucdk.com

VAT: 27154948

About us

We strive to be our customers’ preferred partner in Scandinavia. We achieve this with a unique range of high-end components which both individually and in combination with each other, guarantee our customers the best possible solution.

United Components was founded in 2003 by Niels H. Sørensen and is today headquartered in Middelfart, Denmark. In addition, we have a company in Sweden under the name UC United Components AB.

© 2025 United Components A/S – Developed by: René Sejling