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- Blister Packaging Machines for OSD
Blister packaging machines for OSD
Achieve efficiency and predictable quality, with blister packaging machines for oral solid doses that combine data-driven quality control with modular upgradeability.

Our machines’ stable performance and high throughput help you to tackle short production times, changing product demands, and stringent regulatory requirements.
Our Blister packaging machines
The BE blister platform helps you achieve higher efficiency, predictable quality, and lower operational risk. Standardize your network on a platform that handles everything from high-mix production to high-speed campaigns.
BE4
This blister machine is engineered for medium-sized batches, combining flexibility and high performance with a user-friendly and compact design.
BE6
The BE6 (6-lane) is a high-speed blister machines for large-scale production, delivering maximum output and efficiency for solid dose products.
Benefits
Scalable performance
Expand your future capacity, from 300 blisters per minute up to 800 blisters per minute, without switching technology platforms.
Consistent, data-driven quality
Patented sealing, shrinkage control, and forming-force monitoring deliver repeatable sealing and forming results across all speeds.
Faster & safer changeovers
Reduce downtime and operator dependency using tool-free or ultra-light format parts, magnetic clamping, and standardized guided workflows.
Stable production
Manage SKUs with ease, controlled forming and sealing behavior that remains consistent during speed changes and long production runs.
Reduced OEE risk
Enjoy up to 80 percent faster format changeovers with tool-free parts, magnetic clamping, and guided workflows that reduce downtime.
Seamless processes
Modular scalability to future-proof your operations
Our BE-series blister platform combines process stability, digital readiness, and modular scalability into one harmonized machine family.
Unlike solutions that force trade-offs between flexibility, speed, and compliance, we deliver a pharma-grade platform designed to reduce risk and increase performance over the full lifecycle.
Enjoy platform consistency across the full performance range, which enables easier training, faster adoption, and smoother multi-site standardization.
Configurable architecture lets you adapt and scale over time, without disrupting standardized operations.

Seamless processes
An end-to-end solution
- Smooth upstream integration: Connect easily with upstream feeding and dosing systems to maintain a continuous, stable product flow across your primary packaging line.
- Stable primary packaging: Reliable forming, sealing, and transfer stability help to reduce interruptions and protect pack integrity during the core blister packaging step.
- Downstream efficiency:Balanced line and reliable transfer stability enhance your downstream cartoning, inspection, and serialization steps.
- Clean digital connectivity: Integrate smoothly into MES, ERP, and OEE systems, with standard interfaces that enable transparency and data-driven operations.
Industry challenges
Innovative blister line packaging
Learn how our BE-series solves common manufacturing challenges and delivers flexible, stable, and digitally ready production.
Rising SKU complexity
More variants, languages, and market requirements are driving frequent format changes and smaller batch sizes. With our BE platform you can achieve up to 80 percent faster changeovers, maintaining reliability in high-mix environments.
Expectations for higher quality
Quality monitors are under pressure to detect issues earlier and strengthen process transparency. Built-in process control and monitored sealing principles support repeatable pack integrity and reduce variability across batches.
Cost pressure & OEE
Micro-stops, scrap, and slow recovery after interruptions become major profit drains. With its uptime-oriented design choices, stable foil handling, and adaptive behavior after stops, our BE solutions deliver predictable line performance and fewer interruptions.
Material variability
Packaging materials vary across regions, which means you need lines that stay stable across different films and lidding foils. Maintain consistent output without constant re-tuning by using controlled forming settings that adapt to different foil types.

Features
BE series: A unified platform for scalable blister production
Our BE-series stands out by combining process stability, digital readiness, and modular scalability into one harmonized machine family.
- Engineered to keep lines running predictably, and to recover quickly after interruptions, the platform reduces micro-stops, and improves planning reliability.
- A consistent operating experience across the full performance range enables easier training, faster adoption, and smoother standardization across multiple global sites.
- Configurable and upgradeable architecture allows you to expand capabilities over time without replacing the entire platform.
Blister lines packaging solutions
The modular blister packaging ecosystem

Blister lines for oral solids (tablets and capsules)
For high-speed efficiency, process stability, and quick changeovers for the most common medication forms (making up over 60% of dosages).

Blister lines for medical products (parenterals & devices)
For deep-draw applications and gentle handling for sensitive, complex geometries like syringes, ampoules, vials, or medical devices.

Additional solutions
Add-ons for blister packaging machines
- Universal Feeding Systems: Engineered to accommodate demanding tablet geometries, integrating natively with both continuous and intermittent blister machines.
- Containment & Safety: Protects operators and prevents cross-contamination for highly active oral solids through fully automatic negative pressure controls and hygienic dosing zones.
- Late Stage Customization (LSC®): Boosts OEE for small batches by using a BIB-BOB module to collect unprinted blisters, allowing country-specific information to be applied at the last possible moment.
- Dosing & Sampling Tests: Utilizing state-of-the-art laboratory testing to verify high machinability and dosing accuracy before full-scale production.
