MBO CoBo-Stack 10i – Collaborative Robotic Arm Stacking System
MBO CoBo-Stack 10i is a palletizing solution based on a collaborative robotic arm that requires no protective cage. The solution is designed for print shops and production facilities looking to reduce the physical effort of their staff, improve ergonomics and achieve a steady, predictable production flow.
CoBo-Stack 10i combines modern robotic technology with collaborative safety, allowing direct integration into the production environment without complex protective installations. The system is designed to operate reliably alongside operators, optimizing the unloading and stacking processes of folded products.
Intelligent automation and high flexibility
The system uses a collaborative robot that automatically picks up the stacks of finished folded sheets and stacks them precisely on the pallet. The main features include:
- ✔ various gripping variants (XS, S, M, L),
- ✔ handling of a wide range of formats (brochures, folded book sheets),
- ✔ quick adaptation to different job formats,
- ✔ elimination of long setup times.
Constant productivity and improved ergonomics
CoBo-Stack 10i can handle up to 300 stacks per hour, ensuring a steady production pace. The operational benefits are:
- ✔ elimination of bottlenecks in the delivery area,
- ✔ reduced physical effort for operators,
- ✔ improved ergonomics and workplace safety,
- ✔ maintaining the stability and quality of finished products.
Main technical specifications
Product formats (depending on the gripper):
- ✔ XS: approx. 95×148 mm up to 160×280 mm
- ✔ S: approx. 95×210 mm up to 160×365 mm
- ✔ M: approx. 155×210 mm up to 235×365 mm
- ✔ L: approx. 180×210 mm up to 260×365 mm
Stacks and palletizing:
- ✔ Stack height: 60 – 150 mm
- ✔ Maximum stack weight: 6 kg
- ✔ Capacity: up to 300 stacks/hour
- ✔ Pallet height: 900 mm (optional 1,400 mm)
Integration and collaborative safety
CoBo-Stack 10i is designed for easy integration with MBO finishing equipment, featuring an adjustable feed height. Thanks to the collaborative concept, it operates in close proximity to operators without complex protective systems, offering an intuitive interface for easy control.
