Pouches
Automated Handling Systems for Pouches
Pouches are efficient, flexible, and widely used across modern packaging operations — but their advantages can also make them difficult to automate. Unlike rigid cases, cartons, bottles, or containers, pouches can bend, shift, wrinkle, settle, or lose orientation as they move through the line. Their flexible shape, lightweight construction, sealed edges, and variable fill levels all affect how they should be picked, conveyed, packed, palletized, and secured.
Kaufman Engineered Systems designs, builds, and integrates automated systems for handling products in pouches with the accuracy, speed, and care required for reliable packaging and end-of-line operations. Whether the application involves pouch picking, robotic case or tray packing, palletizing, depalletizing, conveying, or load securing, our team engineers automation around the way the pouch actually behaves in production.
Clamp EOAT customized for picking and placing mid-sized pouches containing snack food into trays with precision while protecting the product from any damage.
Using FANUC robots, KPac robotic case packing systems, custom end-of-arm tooling, engineered conveying, pallet handling, and integrated stretch wrapping systems, Kaufman helps manufacturers move pouch products through the packaging process with greater consistency, reduced manual labor, and improved line efficiency.
Understanding the Challenges of Packaging Pouches
Pouches can create unique automation challenges because they do not behave like rigid products. They may flex during picking, shift during conveying, resist consistent stacking, or become damaged if handled with the wrong amount of force. The system must control the pouch without crushing, tearing, wrinkling, misorienting, or destabilizing the finished package.
Product Presentation & Orientation
Pouch automation often begins with presentation. For reliable robotic picking, pouches must be delivered to the robot in a way that supports accurate detection, grip, and placement. Product spacing, orientation, pouch shape, seal location, surface finish, and fill distribution can all affect how consistently the robot can pick and place each pouch.
Kaufman systems are engineered to manage product flow, orientation, and infeed presentation so pouches can be handled accurately at production speeds.
Conveying and Transfers
Conveying pouches requires careful attention to speed, spacing, transitions, and product control. Pouches can shift, overlap, wrinkle, or become misoriented at transfer points if the conveyor system is not properly designed.
Kaufman integrates conveying and product-handling systems to control pouch flow through picking, packing, palletizing, depalletizing, labeling, sealing, wrapping, and other downstream operations.
Palletizing and Load Stability
Pouches may be palletized as individual products, in trays, in cartons, in cases, or as part of a larger packed format. Because flexible products can settle, compress, and shift, pallet pattern design and load securing are important to finished-load stability.
For pouch applications, the system must consider product format, case or tray support, pallet pattern, stack height, load containment, and downstream wrapping requirements.
Securing Without Damage
Pouches need to be protected during storage and shipment, but excessive pressure can damage flexible packaging, distort the product, or compromise package appearance. Insufficient containment can allow loads to shift during movement or transport.
Kaufman considers the full end-of-line process, including how pouches are packed, conveyed, palletized, sheeted, wrapped, staged, and moved out of production.
Our Solutions
Kaufman Engineered Systems provides more than robotic motion. We engineer pouch handling systems that account for product presentation, pouch behavior, tooling, packing requirements, conveying, palletizing, controls, safety, and downstream load containment.
Our systems may include:
- Robotic pouch picking and placing
- KPac robotic case packing systems
- Pouch loading into open cartons
- Pouch tray packing
- Product orienting and grouping
- Custom end-of-arm tooling
- Vacuum, clamp, support, or hybrid handling tools
- Engineered conveyor systems
- Robotic palletizing and depalletizing
- Pallet handling and load transport
- Slip sheet, tier sheet, or top sheet placement
- Stretch wrapping and load securing
- Integrated controls and safety systems
- System installation, training, service, and support
Every application is evaluated based on the product, pouch material, pouch size, fill level, presentation, production rate, packing pattern, footprint, palletizing requirements, and downstream goals. The result is an automation system designed to improve efficiency while protecting the quality of flexible packaging and finished products.
Robotic Pouch Packing, Palletizing & Depalletizing
Robotic palletizing and depalletizing are especially valuable for bundled products because they provide repeatable handling, precise placement, and reliable operation across high-volume production environments.
For soft bundles and paper products, the system must handle product gently while still maintaining the control needed for speed and accuracy. For shrink-wrapped multi-packs, club packs, or mixed bundle formats, the system may need to manage multiple product sizes, packaging variations, pattern changes, and infeed configurations.
Kaufman designs each robotic system around the full application, including product presentation, tooling, robot selection, infeed layout, pallet pattern, stack height, safety requirements, and downstream wrapping or securing.
Benefits include:
- Accurate pouch placement into cartons or trays
- Consistent pack patterns
- Better control of flexible products
- Reduced pouch damage, wrinkling, and misorientation
- Smooth transition from packing to palletizing
- Reliable finished case or tray handling
- Consistent pallet patterns
- Improved finished-load stability
- Reduced manual labor requirements
- Increased throughput
- Improved workplace safety
- Better consistency across shifts
- Flexibility for pouch size, pack pattern, product, or SKU changes
Custom End-of-Arm Tooling for Pouch Applications
The end-of-arm tool is critical in pouch automation because flexible products often require more than a standard grip. The tool may need to pick pouches from a moving conveyor, support the product during transfer, manage flexible edges, accommodate different fill levels, or place the pouch precisely into a carton or tray.
Kaufman designs and builds custom end-of-arm tooling in-house to match the specific requirements of each pouch handling application. This allows the robot to move product efficiently while maintaining placement accuracy, package integrity, and finished-pack quality.
The right tooling can help accommodate:
- Flexible pouch materials
- Lightweight or unstable pouches
- Dense or unevenly filled pouches
- Pouches with changing orientation
- Pouch loading into open cartons
- Pouch tray packing
- Single-product or multi-product picks
- Applications requiring gentle support
- Products requiring repeatable orientation
- Frequent product, pouch size, or SKU changes
Integrated Conveying
A reliable pouch automation system depends on the full movement of product through the line. Product conveyors, laners, transfers, accumulation, carton or tray handling, case conveying, pallet movement, sheet placement, wrapping, and load securing all affect system performance.
Kaufman integrates the supporting equipment needed to create a complete, dependable process. This may include product infeed conveyors, laning systems, carton or tray handling, case conveyors, pallet conveyors, transfer systems, pallet dispensers, sheet placement equipment, stretch wrapping, and other end-of-line components required to move and stabilize products.
For pouch applications, proper integration helps maintain product flow from flexible package handling through packing, palletizing, and final load preparation. The result is a system that reduces downtime, improves consistency, protects product, and creates finished loads that are ready for storage or shipment.
Videos
View our Channel
Demo of FANUC Robots Utilized in Our KPic SystemsClick Here to Open Full Screen
KPac with Custom Clamp EOAT to Pack Pouches Into Trays – Full VideoClick Here to Open Full Screen
Choosing Kaufman means working with an experienced automation partner that understands how flexible products move through the complete end-of-line process. Our team looks beyond a single robot to evaluate how pouches are received, conveyed, picked, oriented, packed, palletized, wrapped, and transported through the facility.
Kaufman brings together FANUC robotic integration for KPal palletizing & depalletizing, KPac robotic case packing, custom tooling, conveyor design, controls, pallet handling, sheet placement, stretch wrapping, and load securing into systems built for performance, durability, and long-term reliability.
Manufacturers choose Kaufman for:
- Decades of automation experience
- FANUC robotic integration
- KPac robotic case packing systems
- Custom end-of-arm tooling designed in-house
- Systems engineered around product-specific requirements
- Experience with flexible, lightweight, and orientation-sensitive products
- Robotic pouch packing, palletizing, depalletizing, and handling capabilities
- Complete end-of-line automation capabilities
- Durable conveyor and material handling systems
- Improved productivity, safety, and consistency
- Long-term service, training, and support
Whether you are loading pouches into open cartons, packing pouches into trays, conveying flexible products, palletizing finished cases, or integrating the full process from pouch handling to load securing, Kaufman can help engineer the right automation solution.
Product Types
Kaufman Engineered Systems designs, manufactures, and integrates solutions to handle an almost limitless range of products.