Overhead Lift Turns Work Upside-Down
Customer retrofits an existing assembly line with an overhead lifting mechanism that provides variable vertical and lateral adjustment of the product being assembled, thereby improving worker productivity.
A major producer of hospital furniture was challenged with making their assembly process more ergonomically effective for employees by installing equipment that could vary the height of the product as it moved down the assembly line. There could be no major modifications to the overhead cranes system, and overhead space was limited. The ultimate equipment solution had to: 1) be low profile, 2) have two axes of movement (up-down, forward-reverse), 3) be cost effective.
The Autoquip Solution
An Autoquip technical salesperson discussed the application with the industrial engineers overseeing the factory re-design to review potential lifting solutions. Because of the low profile requirement, and the need to hold and stabilize the product from overhead, a scissors lift solution was chosen. To accomplish the controlled up and down movement of the product, double-acting hydraulic cylinders were used to actuate the scissors mechanism. And finally, to minimize the square-foot space requirement of the lift, a double-pantograph scissors design was specified as part of the lifting solution. Autoquip ultimately delivered a medium-travel, low capacity, low profile double-scissors lift with a small rail hoist attached to the platform (providing forward-reverse motion) and double-acting hydraulic circuit. This solution provided the least intrusive, most stable, and most cost-effective lifting solution for the application. The customer is completely satisfied with this overhead lifting solution, and worker productivity has been measurably higher as a result of keeping the work within the ergonomic “power zone” of the assembly personnel. Lift Specifications for this Unique Application:
Through the use of this customized scissor lift, the work station area has been cost-efficiently updated to include a vital worker productivity improvement with minimal overhead space consumed, and zero impact to the floor space required to perform the assembly process.