Whether your focus is to meet increasing throughput demand, reduce cost per order, better track inventory, or alleviate labour shortages, our low-cost cable robot technology is the solution you seek.
The Rocap can boost productivity by automating hazardous and labor-intensive operations such as case picking and palletizing. Its unique overhead design enables 3-dimensional movement, maximizing building height utilization while reducing impact on floor operations.
Our overhead configuration
leverages aerial space to minimize impact on conventional operations.
Receive it in the morning, use it in the afternoon.
Can be installed to existing structure/racking in less than a day.
Quick and low-cost scalability.
Scale at your own pace with little to no additional fixed costs.
Programmed to engage brakes in the advent of any security hazard.
Custom handling tool.
We customize your case picking tool for optimal performance.
Store it in the air.
When you are done for the day, simply move the Rocap up to the ceiling and turn off the lights.
AUTOMATED CASE PICKING IN CONVENTIONAL RACKING
Using our proprietary cable-robot technology, we designed an overhead solution to automate case picking for clients desiring to benefit from automation without reinventing their entire operation.
Unlike most solutions available on the market, the Rocap is installed directly to existing storage, transforming your current equipment into a low-cost ASRS system. Additionally, the Rocap picks items from the entire height of the racking, reducing the storage footprint required. It also clears the racking height, enabling conventional operations with forklifts.
The Rocap can be utilized in automated palletizing applications, especially for products that are heavy and difficult to handle such as doors, and car tires. The Rocap, equipped with a specialized pneumatic gripper, can precisely grasp and manipulate objects of varying shapes, sizes, and weights. Using its cable-based movement and positioning capabilities, the robot can accurately place the objects onto pallets according to pre-defined patterns or configurations.