Robotic Flow Wrapping is developed for manufacturers looking for a cost-efficient and highly flexible packaging solution with advanced robotic product handling.
Instead of conventional mechanical infeed systems, pick & place robots transfer products into the infeed section of the flow wrapping machine with high accuracy and repeatability.
By adjusting the number and type of robots, the system can be configured according to product type, required speed, packaging format, and production layout.
Robotic Flow Wrapping improves packaging efficiency by combining accurate product picking, synchronized infeed, and reliable flow wrapping performance.
The system helps manufacturers handle different product types, reduce mechanical complexity, and adapt more easily to changing packaging requirements.
Pick & Place Robots
Accurate product handling and synchronized transfer.
Flexible Robot
Robot number and type can be adapted to production needs.
High Packaging Efficiency
Supports smooth product flow and consistent wrapping.
Wide Product Range
Designed for different products, formats, and applications.
Robotic Flow Wrapping is designed to support different product formats and packaging requirements with a flexible robotic infeed structure.
The combination of pick & place robots and flow wrapping technology enables manufacturers to package various products with high adaptability and reduced format limitations.
This makes the system especially useful for companies that need to manage product variety, frequent changeovers, and evolving consumer packaging expectations.
Robotic Flow Wrapping is built for manufacturers who need a more flexible and efficient alternative to conventional mechanical infeed systems.
With robotic product handling, the system can adapt to different product shapes, orientations, and packaging flows while maintaining precise placement into the wrapping process.
The result is a more scalable, configurable, and future-ready packaging solution for modern production lines.
Higher Flexibility
Adapts to different product types and packaging formats.
Scalable Performance
Capacity can be adjusted with robot quantity and configuration.
Robotic Flow Wrapping can be configured according to product type, size, orientation, speed requirement, and packaging format.
Its robotic infeed structure allows precise handling of products that may be difficult to feed with conventional mechanical systems.
Robotic Flow Wrapping is designed to simplify production control, product changeovers, and daily operation.
The system can be configured with user-friendly controls, recipe-based settings, and practical access points to support efficient operation and maintenance.
By reducing reliance on complex mechanical infeed adjustments, the robotic structure helps operators manage different products and formats more easily.
Tool-Less Changeover
Fast adjustment for different formats.
Open Machine Design
Easy access for cleaning and maintenance.
Pick & place robots provide precise, repeatable, and synchronized product handling before the flow wrapping process.
Each product is transferred into the flow wrapper infeed with controlled positioning, helping improve packaging consistency and reduce product misalignment.
This precision is especially valuable for products requiring careful orientation, accurate spacing, or flexible handling between different formats.
Robotic Flow Wrapping is suitable for manufacturers that need flexible and efficient packaging of different products across various industries.
The system can be adapted for consumer goods, hygiene products, food products, cosmetics, multipack items, and other products requiring accurate robotic feeding into a flow wrapping process.
Bakery
Chocolate
Beverages
Snacks
Wet Wipes
Pharma
Vegetables
Cosmetic
Coffee
Cheese
Fish
Pet Food
Frozen Food
Pasta
Powders
Supporting diverse industries with flexible production solutions
A quick overview of the main technical specifications, configuration options, and robotic packaging capabilities of the Robotic Flow Wrapping system.
Robotic Flow Wrapping can be configured according to the number of products, required speed, product orientation, robot layout, and downstream automation needs.