Product Overview
The horizontal continuous cartoning machine integrates carton erection, product insertion, and flap closure into a synchronized mechanical and servo-driven cycle. Unlike intermittent systems that pause during insertion, continuous-motion architecture maintains a steady product and carton flow, eliminating inertial shock at speeds up to 300 CPM (Cartons Per Minute). Built on a heavy-gauge welded steel chassis with modular guarding, it suits high-throughput secondary packaging environments requiring multi-shift reliability.
Machine Types & Configurations
HC-200 Standard Continuous Cartoner:
Optimized for straightforward blister packs, tubes, and bottles; mechanical cam-driven main transport with servo-controlled product insertion.
HCS-300 High-Speed Servo Cartoner:
Fully synchronized multi-axis servo architecture for complex geometries and rapid recipe changes.
HCI-R Robotic Integrated Cartoner:
Features integrated delta or articulated robots for erratic-flow or fragile product pick-and-place grouping prior to continuous insertion.
Working Principle / Packaging Process
Carton Magazine & Picking:
Rotary vacuum pick-off arms pull flat-folded blanks from an ergonomic low-level powered magazine.
Erection:
Mechanical opening blades and positive pre-breaking rails square the carton against vacuum-assisted transfer lugs.
Product Infeed:
Synchronized bucket chains or flight bars transport incoming products parallel to the erected carton path.
Insertion:
Mechanical or servo pusher arms transfer the product smoothly into the open carton sleeve without edge-folding or jamming.
Flap Closure:
Tucking arms fold dust flaps and major closure flaps; optional hot-melt glue systems apply adhesive beads for tamper-evident sealing.
Discharge & Rejection:
Completed cartons pass through an integrated vision/sensor check station; non-conforming packages are automatically diverted.
Multi-Axis Servo Synchronization: Eliminates mechanical linkage wear; independent drives control product pusher, carton chain, and rotary pick-off.
Toolless Quick-Change System: Quick-release guides, numbered scale indicators, and quick-disconnect pushers reduce format changeover times to under 20 minutes.
Overload Protection: Torque-limiting clutches on main drives and servo stall-detection instantly halt operations upon jam detection, preventing tooling damage.
Ergonomic Low-Level Magazine: Height-set at 850 mm for operator safety and reduced repetitive strain during blank replenishment.
Modular Safety Enclosures: Interlocked polycarbonate guarding complying with industrial safety standards; Category 4 safety circuits.
Technical Specifications
|
Technical Parameter |
Specification Range / Details |
|
Mechanical Speed |
Up to 300 cartons/minute (product-dependent) |
|
Carton Size Range (L x W x H) |
Min: 60 x 20 x 15 mm - Max: 250 x 120 x 100 mm (Customizable) |
|
Power Supply |
380V / 480V, 3-phase, 50/60Hz (configured to regional grid specs) |
|
Compressed Air |
6 bar, 200 L/min dry, filtered air |
|
PLC & HMI Platform |
High-performance industrial PLC controller; 12-inch color multi-touch HMI |
|
Drive Motors |
Servo motors with absolute encoders |
|
Chassis Material |
SS304 structural framework; anodized aluminum safety guards |
Product & Packaging Compatibility
Product Formats:
Blister strips, pharmaceutical/cosmetic bottles, collapsible metal/plastic tubes, pouches, sachets, and solid soap bars.
Carton Specifications:
Boxboard weight 250 to 450 gsm; SBS (Solid Bleached Sulfate) or recycled chipboard; tuck-in (reverse/straight) or glue-seal flap configurations.
Coding & Inspection Integration:
Direct mounting interfaces for thermal inkjet (TIJ) printers, laser coders, barcode verification, and OCR/OCV camera systems.
Applications
Pharmaceuticals:
Packaging blister packs, vials, ampoules, and medical device kits with serialized data printing.
Cosmetics & Personal Care:
Cartoning perfume bottles, jars, toothpaste tubes, and cosmetic sticks.
Food & Confectionery:
Enclosing energy bars, pillow pouches, tea bags, and small confectionery items.
Hardware & Automotive:
Boxing bearings, spark plugs, drill bits, and electronic components.
Manufacturing & Quality Control
Machining Precision:
Main chassis and timing plates machined on 5-axis CNC horizontal milling centers to maintain positional tolerances within plus-minus 0.02 mm.
Surface Treatment:
Aluminum components hard-anodized (50 micrometer thickness); stainless steel parts passivated and electropolished to Ra less than 0.8 micrometer.
Rigorous Testing Protocols:
Every machine undergoes a mandatory 72-hour dry-run endurance test and a 16-hour live-material test using client-supplied cartons and products prior to FAT sign-off.
Traceability:
Full material mill test certificates (MTC) provided for product-contact parts (SS316L).
Automation & Line Integration
01
Upstream/Downstream Handshake:
Industrial Ethernet protocols or hardwired potential-free contacts for line speed matching (synchronizing with blister packers, bottle counters, or case packers).
02
Zero-Pressure Accumulation:
Dynamic accumulation conveyors prevent backpressure damage during micro-stoppages.
03
SCADA / MES Connectivity:
Open standard server architecture enabled for remote operational data logging and OEE monitoring.
Customization & OEM
Infeed Customization:
Tailored star wheels, vibratory bowl feeders, or slug-loaders to match unique primary packaging outputs.
Extended Frames:
Expanded footprints to accommodate serialized printing, serialization track-and-trace, and tamper-evident labeling heads.
Custom Tooling:
Interchangeable pocket sets engineered via 3D CAD simulation based on physical sample geometries.
Selection Guide
Determine Output KPI:
Calculate required CPM based on peak upstream machine output plus a 15% buffer.
Evaluate Product Stability:
Choose continuous motion for high-speed rigid/semi-rigid items; select intermittent motion if products require long settling times or complex folding inserts.
Verify Size Envelope:
Ensure your smallest and largest carton dimensions fall well within the adjustment limits of the chosen machine frame.
Define Changeover Frequency:
If changing formats multiple times per shift, prioritize servo-driven toolless quick-change packages.
Procurement & Engineering FAQ
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