V Series Robotic Case Loader
Vision-based robotic cell with single or multiple delta robots working in unison.
VISION-BASED PICK & PLACE CASE LOADER
Vision-based collation accepts random orientation of packages to accommodate your unique package sizes and pack patterns. Load at high speeds with single or multiple robots; high-speed case infeed runs up to 45 cartons per minute. The V Series loader combines perfectly with Dekor Trayfecta® forming and Delkor Capstone closing solutions.
PACK IT ANY WHICH WAY
The Delkor V Series uses vision-based technology to all for a variety of package sizes and pack patterns. Vision collation conveniently accepts any random orientation of your packages.
ROBOTIC PACKAGING OPTIONS
Our V Series robotically loads products into trays, cartons, or cases using vision to locate and pick random products from the infeed. Its high speed case infeed runs up to 45 cartons per minute.
THE PERFECT MATCH
The flexible loader combines perfectly with the Delkor Trayfecta® Forming and Delkor Capstone closing solutions.
A SINGLE SOURCE
Delkor offers a one-stop solution for your packaging system. Our lineup of over 40 models from formers to palletizers are all designed and built by Delkor and allows us to deliver seamless systems that are easier to install, operate, and maintain in your facility.
SPEED TO MATCH
Let us configure a multi-robot cell that meets your speed requirements. Single or multiple vision stations combine with options for reflex picking to reach very high speeds - matching up with the latest technology in upstream filling and wrapping equipment.
REFLEX-STYLE PICKING
Need to pick up the pace? Options for reflex-style picking allow the robots to pick up multiple products between each cycle to the carton. This can offer significantly higher speeds than single-pick robotic cells.
HIGH SPEEDS THROUGH ADVANCED ROBOTICS
Delkor utilizes FANUC robotic technology as part of our complete high-speed, advanced robotic packaging systems to achieve high picking & loading speeds with maximum reliability and operation uptime.
