Liquid Fill-Finish Platform
Pharma Equipment
- pharma equipment
- DISCOVER - R&D scale
- Liquid Fill-Finish Platform
Liquid Fill-Finish Platform
The Liquid Fill–Finish Platform is designed for research and small-scale manufacturing, offering a compact, GMP-compliant solution that fits seamlessly into existing isolators, RABS and biosafety cabinets. With its onboard pump and 100% fill-weight verification, it is the most space-efficient system available on the market today, helping you save valuable cleanroom space without sacrificing performance.
Engineered for precision, the system delivers accurate dosing through a closed-loop control that automatically compensates for pump drift, ensuring consistent batch quality. Adhering to first-air principles and fully compatible with 21 CFR Part 11 requirements, it provides both compliance and confidence in every run.
This platform goes beyond simple filling to deliver a complete end-to-end process. Servo-controlled bottom-up filling reduces splash and turbulence, while an integrated indexing mechanism transfers vials smoothly into the stoppering station. With the flexibility to accommodate both standard and vented stoppers, the system supports a wide range of container closure requirements within a single, streamlined process
Fill & Finish
Achieve a fully finished vial through a seamless, end-to-end automated process, eliminating the need for multiple machines and significantly reducing line complexity.
• Servo-controlled bottom-up filling ensures precise liquid deposition while minimising splash and turbulence.
• Integrated indexing mechanism transfers vials smoothly to the stoppering station post-fill.
• Stoppering flexibility accommodates both standard and vented stoppers, ensuring compatibility with various container closure systems.
Scalable for total-lifecycle support
All of our core technology is scalable, ensuring that your early-stage clinical processes can be scaled up for commercial production. This means you won't need to develop and validate costly new technologies with each scale-up.

