CAM nMX High-Speed Automatic Blister Packaging Machine
The CAM nMX is a compact, high-speed automatic blister packaging machine engineered specifically for high-volume primary packaging in the pharmaceutical and nutraceutical industries. Utilizing an advanced intermittent mechanical stroke combined with continuous-motion material handling, the nMX series achieves throughput velocities reaching up to 600 blisters per minute. This robust system delivers exceptional forming depth accuracy and uniform hermetic sealing for a vast array of oral solid dose products, syringes, and ampoules.
Engineering & Design Advantages
- Full GMP Balcony Architecture: The structural frame separates the mechanical transmission compartment from the material transit and loading deck areas. This open balcony design guarantees immediate visibility, easy cleaning accessibility, and total prevention of cross-contamination.
- Uniform Intermittent Plate Sealing: Features a flat plate sealing station that delivers completely uniform pressure and load distribution across the entire blister surface. This ensures hermetic sealing integrity even when working with complex laminates or high-density push-through lidding foils.
- Unskilled Operator Changeover Logic: Engineered with a focus on maximizing line uptime, the nMX allows for fast, intuitive format change-overs utilizing easily replaceable, tool-less forming, sealing, and cutting plates.
- Motorized Material Unwinder: Equipped with an integrated forming reel spindle supporting diameters up to 600 mm, managed by an automatic motorized unwinder to maintain stable web tension throughout the cycle.
Multi-Material Thermoforming & Cold-Forming Versatility
Material variance and environmental humidity are constant challenges in pharmaceutical primary packaging. Mechanical web transfer and constant heat parameters allow the CAM nMX blister packer to transition smoothly between different forming films, ensuring deep-draw structural consistency and zero pocket collapse.
Universal Base Film Compatibility
The standard forming station layout handles both conventional thermo-plastic structures and high-barrier cold-form composites:
- Standard Polymers: Optimized for standard PVC, PVC-PVDC, Triplex, and PETG matrices, ensuring rapid thermal softening and clean pocket definition.
- High-Barrier Formulations: Effortlessly processes high-moisture-barrier materials like Aclar, COC, and heavy-gauge ALU-PE or ALU-PP laminates for aluminum-aluminum (Alu-Alu) clinical configurations.
Advanced Dedicated Feeding Integration
To support up to 600 packages per minute, product placement must be absolute. The nMX accommodates multiple synchronized upstream feeding systems:
- Universal Omnia Feeder: Utilizes specialized internal tracks and brush configurations for high-speed delivery of sorted hard/soft jelly capsules, coated tablets, and caplets into moving cavities.
- Robotized Dedicated Handlers: Can be configured with synchronized robotic pick-and-place systems to guarantee gentle, positive transfer of fragile pharmaceutical syringes and glass ampoules directly into deep-drawn plastic trays.
Quality Control Inspection & Downstream Line Synchronization
The CAM nMX is pre-engineered to act as the primary node of a fully automated turnkey packaging line, offering seamless structural matching with secondary systems:
- Vision Control Inspections: Pre-arranged housing compartments support the immediate integration of high-resolution color camera systems (such as Isoblister) to inspect for empty pockets, product chips, or color discrepancies, activating positive pneumatic reject gates.
- Lidding Foil Printing & Laser Marking: Dedicated frame allocations accept laser or thermal inkjet units to execute clean batch data, expiry marking, and online 2D DataMatrix printing directly onto lidding surfaces.
- Downstream Companion Linking: The mechanical exit path is structurally aligned to hand off compliant blisters smoothly into continuous horizontal cartoners (such as the CAM K0 or HV models) and downstream bundling assemblies.
Technical Data & Geometric Constraints
| Specification Parameter | Operational Performance Limits |
|---|---|
| Production Capacity | Up to 600 blisters per minute |
| Mechanical Stroke Rate | 16 to 60 strokes per minute |
| Maximum Web Width | 286 mm – 333 mm (Model dependent) |
| Maximum Forming Depth | Up to 12 mm / 26 mm (Deep-draw syringe/vial variants) |
| Maximum Forming Reel Diameter | 600 mm (Equipped with motorized unwinder) |
| Blister Layout Per Stroke | Up to 3 across the web / Up to 4 along the pitch (Max 12 blisters/stroke) |
| Total Power Absorption | Maximum 15 kW |