AL Series
Powered Autoloader
Maximize productivity with the AL Series Powered Autoloader. Designed to extend loading capacities and reduce manual reloading for high-speed applications, ensuring continuous operation and efficiency.
Technology Category
Feeding & Inserting
Feeding and inserting technologies separate, orient, present, and release individual products at the correct position and time for downstream operations. Pack-Smart Inc. engineers feeding around material behaviour, product geometry, speed, registration, and verification requirements.
Feeding & Inserting Technologies
Feeding and Inserting Technologies for Controlled Product Separation, Presentation, and Release
Every downstream operation depends on the feeder creating one controlled product event at the right position and time. Poor separation at the start of the line becomes variation everywhere else.
Pack-Smart integrates friction feeding, autoloading, magazine feeding, vacuum handling, pick-and-place, and application-specific insertion methods across packaging, personalization, finishing, kitting, and assembly systems. Feeding converts bulk or stacked product into repeatable presentation for the next operation.
The required method depends on product dimensions, thickness, stiffness, friction, static, surface sensitivity, geometry, stack pressure, orientation, target speed, and downstream registration. The feeder must separate products without doubles, damage, or unpredictable spacing, then release them into a controlled transport path.
Technology Category
Feeding & Inserting Technologies
Explore the Pack-Smart technologies assigned to this category. A category can include multiple technologies with different functions, configurations, and application requirements.
FF Series
Primary Friction Feeder
The FF Series Friction Feeder can handle the lightest paper and is equally at home when dealing with heavy stock materials when called upon.
SF Series
Secondary Friction Feeder
Reaching up to 600 products per minute, the SF Series is a perfect choice for handling light paper to heavy stock material.
Relevant Systems
Where this technology is used
The technologies in this category are used in the following Pack-Smart automated systems.
1-PAS
Card Personalization, Affixing and Secure Packaging System
The 1-PAS Inline Secure Card Packaging System personalizes, affixes, seals, batches, bundles, and packs out secure open and closed loop cards in one workflow. It supports 20,000 PPH, duplex personalization, 600 DPI UV DOD printing, ±0.5 mm affixing accuracy, and Delta-X reporting.
SC-500
Secure Card Packaging System
The SC-500 Secure Card Packaging System automates inline card-to-carrier affixing, booklet tipping, DOD personalization, folding, gluing, verification, and pack-out. Designed for SIM, phone, loyalty, gift, open loop, closed loop, and ID cards, it supports high-speed secure packaging with Delta-X traceability.
CP-250
Duplex Card Personalization System
The CP-250 Duplex Card Personalization System automates high-speed card printing, encoding, labeling, verification, and defect diversion for open loop, closed loop, and payment cards. It supports DOD personalization, barcode inspection, Delta-X tracking, 24/7 operation, and speeds up to 30,000 PPH.
FG-1500
Specialty Corrugated Folding and Finishing
The FG-1500 Specialty Corrugated Folder Gluer produces POP displays and reinforced corrugated packaging with integrated folding, gluing, affixing, and finishing. It processes E, B, C flute and double-wall corrugated board with up to 60-inch blank width, 2,500 PPH speeds, and ±0.5 mm affixing accuracy.
WA-800r
Rigid Window Affixing System
The WA-800r Rigid Window Affixing System applies rigid windows to high-value cartons and specialty packaging with scratch-free handling, servo-driven placement, and flexible inline finishing. It supports speeds up to 25,000 PPH, product widths up to 30 inches, and materials including PVC, PET, PLA, and polystyrene.
FG-800
Reinforced Carton Specialty Finishing System
The FG-800 Reinforced Carton Specialty Finishing System combines folding, gluing, affixing, personalization, and sorting for high-value cartons and auto-erect cartons. It supports speeds up to 10,000 PPH, carton widths up to 30 inches, and ±0.4 mm affixing accuracy.
Production Challenges
Where feeding and inserting lose product control
Reliable feeding depends on material behaviour, stack condition, separation method, product sensing, and the handoff into controlled transport.
Double feeds and product cling
Static, friction, thin materials, coatings, compression, or trapped air can cause two or more products to release together.
Skew and inconsistent leading edges
Curl, warped stacks, irregular geometry, or uneven friction can change product orientation before downstream registration.
Frequent manual reloading
Small magazines or unstable replenishment can interrupt production, introduce handling variability, and create inconsistent stack pressure.
Feeder speed disconnected from line demand
Without synchronization and buffering, feeding can starve downstream equipment, create excessive gaps, or overload accumulation.
Application Fit
Common feeding and inserting applications
The feeding method is selected around material behaviour, required orientation, target speed, product sensitivity, and the next production operation.
Primary product feeding
Separate cartons, cards, sheets, labels, inserts, carriers, or other flat products into a repeatable production stream.
Secondary component inserting
Feed inserts, booklets, cards, samples, or components into an existing product stream for assembly, kitting, or packaging.
Extended-capacity loading
Increase available product supply and reduce reload frequency where long production runs make manual replenishment a constraint.
Data- or inspection-controlled feeding
Coordinate component release with product identity, count state, machine vision, or job rules when the correct component must reach the correct product.
Frequently Asked Questions
Planning feeding & inserting integration
These are the questions manufacturers and production teams commonly ask when evaluating this application.
What products or materials can feeding & inserting support?
Feeding can be engineered around paper, board, cards, plastics, labels, booklets, inserts, flexible packets, and other components after size, thickness, stiffness, friction, static, surface, and stack behaviour are evaluated.
Can feeding & inserting be integrated into an existing production line?
Potentially. Integration depends on available space, product path, line controls, speed synchronization, guarding, utilities, and the upstream and downstream equipment. Pack-Smart evaluates the complete process before defining the interface.
How is feeding & inserting verified during production?
Product sensors, double-feed detection, barcode reading, machine vision, or downstream confirmation can be integrated where required to verify that the expected product was released and presented correctly.
What happens when the process falls outside the defined acceptance criteria?
The response is application-specific. The control system can identify the affected product or process state and trigger a controlled reject, alternate route, alarm, hold condition, or line stop when that response is required.
How are product or job changeovers managed?
Changeover requirements depend on product range and module configuration. Mechanical adjustments, recipes, guides, sensors, tooling, and control parameters can be designed around repeatable setup and clear line-clearance requirements.
What information is needed for an application assessment?
Provide representative products, size and thickness range, stack condition, orientation, surface restrictions, target output, allowable doubles or misses, reload requirements, downstream registration, and available footprint.
Technology Assessment
Define the product behaviour, separation method, and downstream presentation
Share representative products, dimensional range, stack condition, target output, orientation, and the next production operation. Pack-Smart can identify the feeding, autoloading, sensing, registration, and insertion approach required for controlled release.