Home Equipment Bradman Lake Targets Compact-Line Efficiency With WR6X Robotic Case Packer

Bradman Lake Targets Compact-Line Efficiency With WR6X Robotic Case Packer

Bradman Lake has unveiled the WR6X Robotic Wraparound Case Packer, a compact, high-speed system designed to increase packaging throughput without requiring additional factory floor space. The British manufacturer of integrated packaging technology said the development was prompted by a request from a major UK food producer seeking a flexible solution to meet rising demand and the growing prevalence of shelf-ready packaging (SRP) formats.

The WR6X employs dual robotic arms working in tandem, enabling precise collation and case packing on both sides of the machine. Each side operates independently, allowing for the simultaneous handling of multiple SKUs—an advantage for manufacturers managing variable product portfolios.

Key features include low-level hoppers for easier replenishment, independent case management and sealing units for mixed SKU production, and the integration of labelling units to conserve space. The reduced footprint allows for integration into existing lines with minimal disruption.

The system was installed alongside a Bradman Lake SL Minior small-footprint, high-speed cartoning machine during a planned production shutdown. Enabling works were completed in advance to prepare the site, while seven other packaging machines at the facility were serviced under a preventative maintenance agreement.

Bradman Lake reports that the WR6X has already delivered higher throughput, greater operational flexibility through dual-SKU capability, and reduced downtime.

“The WR6X represents a significant step forward in packaging automation,” said Dan Lake, Head of Sales at Bradman Lake Group. “It combines cutting-edge robotics with intelligent design to deliver a solution that is not only fast and flexible but also space-conscious—something that’s increasingly vital in today’s manufacturing landscape.”

The company is promoting the WR6X to manufacturers globally as a way to optimise production efficiency within existing spatial constraints.