Benefits
Videos
Enquiry form
Step Feeders
RNA Step feeders have been designed to be robust and reliable for handling bulky heavy components, oil and other harsh materials on the surface of the product are possible for feeding and orientation.
Downloads
RNA Offer
Standard feedersBespoke, customer-specific solutions
Suitable for Industrial, Pharmaceuticals, Medicals
The RNA step feeder is manufactured in such a way that the static hopper, which has a very low filling height, can be loaded manually. The components are collected from the hopper by elevating plates, pre-sorted and fed to the top without any further feeding technique until they reach the desired transfer height.
Key features of the RNA step feeder are that it operates quietly and without vibration.
Our experienced staff are available to provide advice and offer this system to you which can be adapted and integrated with multi-lane tracks to meet your requirements.
Standard Step Feeder hopper sizes range from 10 to 60 litres capacity and on request can be made to suit your individual requirements.
RNA Standard Range RNA provide standard and bespoke feeding systems.
Key Benefits
Low noise
Low maintenance
Metered feeding
Gentle vibration free feeding
Low load height
3/5
Metered feeding
Automatic metering of parts into the step feeder bin increasing bulk part storage capacity
Contact us
4/5
Gentle vibration free feeding
Little damage to parts to be handled due to no vibration
Contact us
Watch
Industrial Automation Solutions
Downloads
What is a step feeder
Downloads
What is a step feeder?
Step feeders work by raising steps which create an upwards waterfall effect. The component parts are transported into the rail of the singling mechanism through various steps. Vibration is only used in the vicinity of the rail to position the parts correctly for automatic feeding. The gentle part handling and low-friction feeding guarantees little damage to parts to be handled, and are well suited to industries with delicate products of gentle handling requirements.
Contact
Send your message to a member of our team
Read our Privacy Policy to learn how we manage and protect your submitted information.
