BendPak Unveils OctaFlex Series

BendPak Inc. has unveiled its OctaFlex Series, a next-generation, two-post lift.

BendPak Inc. has unveiled its OctaFlex Series, a next-generation, two-post lift.

According to BendPak officials, the lift "dramatically improves bay productivity, technician ergonomics and operational precision. OctaFlex makes cab-off repairs, EV battery replacement and other demanding tasks so much more efficient that it pays for itself. The BendPak OctaFlex 12DPS two-post lift is now shipping."

They add that BendPak "has spent the last two years refining it based on customer feedback and lab testing. The new OctaFlex 12DPS delivers all the functionality of a traditional 12,000 pound capacity two-post lift paired with a first-of-its-kind integrated 6,000 pound capacity lift-assist system.

"While the four primary arms support the vehicle, the four secondary arms can raise, lower or simply hold cabs, drivetrains, EV batteries, suspension assemblies and other heavy components without the need for additional equipment, helpers or bays. When they’re not required, the auxiliary arms can be moved up out of the way, so the lift can be used as a standard two-post model.

"Also unique to the patent-pending OctaFlex Series is a magnetic pendant controller with industry-first two-speed controls," say BendPak officials. "The pendant controller lets technicians stand back from the lift columns for enhanced visibility around the vehicle.

"Each set of arms can be operated independently at either 'normal' or new 'slow' speed — ideal for the fine alignment and controlled positioning required to install EV battery packs or single-handedly remove and realign cabs and chassis."

"As dealers and independent repair shops continue to struggle with an aging and shrinking technician workforce, they also face surging demand for labor-intensive tasks like cab-off repairs and EV service,” says Jeff Kritzer, BendPak president and CEO.

“OctaFlex eases the pressure by helping technicians handle complex jobs independently with greater efficiency and less physical strain, maximizing throughput and profit potential.”

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