Discover your next big idea at PACK EXPO Las Vegas this September
Experience a breakthrough in packaging & processing and transform your business with solutions from 2,300 suppliers spanning all industries.
REGISTER NOW & SAVE

Automated Cap Chute Changeover

Fogg Filler offers an option for automated chute changeover for different caps.

Fogg

This content was written and submitted by the supplier. It has only been modified to comply with this publication’s space and style.

Change over between caps on a production line can be dangerous and time consuming. If you don't have room in your facility or are unable to spare the expense for a platform, employees may be forced to climb up on ladders and manually handle any chute change overs. This adds extra time to the daily routine as well as a risk factor with using a ladder on a potentially wet or uneven floor. Fogg, a manufacturer of rotary filling equipment, has engineered and created an alternative to this manual change over. You can now pick your cap on the HMI and pneumatic cylinders will extend or contract, pushing plates to allow access for only the correct cap. This option may be available on new machines or as a retrofit to your current machine. This feature is cap dependent, so talk to your salesman to see if you are eligible.

Fill out the form below to request more information about Automated Cap Chute Changeover
Coding, Marking, and Labeling Innovations Report
Explore our editor-curated report featuring cutting-edge coding, labeling, and RFID innovations from PACK EXPO 2024. Discover high-speed digital printing, sustainable label materials, automated labeling systems, and advanced traceability solutions that are transforming packaging operations across industries.
Access Report
Coding, Marking, and Labeling Innovations Report
Annual Outlook Report: Sustainability
The road ahead for CPGs in 2025 and beyond—<i>Packaging World</i> editors review key findings from a survey of 88 brand owners, CPG, and FMCG readers.
Download Now
Annual Outlook Report: Sustainability