FullSharp built a steel frame carrying a 5T 200 kg rail with a Knight Global air balancer and a battery clamp for a line moving cells between stations a few meters apart. Each cell is clamped once, pushed along the rail and lowered directly at the next station, with no double handling on a cart and less risk of denting the casing.
Battery production lines must move cells back and forth between several workstations spaced a few meters apart. Using a cart means lifting each cell up and down twice, which is slow and risks denting the casing.
FullSharp built a steel frame carrying a 5T 200 kg rail running the length of that area, fitted with a Knight Global air balancer and a battery clamp tool. Each cell is clamped once, pushed along the rail to the next station, then lowered directly, with no intermediate placement.
Steel frame carrying a 5T rail with a Knight Global air balancer and battery clamp tool in the production area.
Each cell is clamped once and runs the length of the rail, cutting out the intermediate placement step.
The load stays suspended and lowers slowly, so the battery casing never hits the table edge or cart sides.
One worker can handle the entire lift, push, and place sequence.
A clamp tool on an air balancer holds the cell once, and the trolley carries it along the rail to the next station, so it is not set down and picked up again on a cart.
It keeps the cell suspended and raises or lowers with the operator's hand force. FullSharp checks cell weight and casing before building the clamp.
Columns and beams bolted to the floor carry the hanging load and push forces, so the rail does not depend on the roof structure.
FullSharp measures the distance between workstations, checks the floor and ceiling height before finalizing the frame dimensions. We calculate the rail length, balancer cable travel, and clamp type to match the exact cell type you produce.