Automated Single-Use Systems

When implementing a single-use bioprocessing solution, various levels of automation are available eliminating the need for constant monitoring. Parker incorporates SciLog technology within scalable, bioprocessing systems for upstream and downstream applications configured for your manual, semi-automated or fully automated processes.

SciLog® WeighStation™ Family

The SciLog WeighStation Family is a range of mobile, single-use bioprocessing container holders with integrated scales for gravimetric fluid handling.

Semi-automated Bioprocessing System: SciLog® NFF

The SciLog NFF is a configurable semi-automated single-use bioprocessing system for normal flow filtration for use in discovery to production scale operations.

Automated Bioprocessing System for Bulk Filtration and Dispense - SciLog FD

The SciLog® FD System is an automated single-use system for the final bulk filtration and dispense of biopharmaceutical products into either bags or bottles.

Automated Bioprocessing System for Buffer Production - SciLog Single-Use Inline Dilution (ILD)

Parker’s SciLog® Single-Use Inline Dilution (ILD) System is designed to offer a compact solution for point-of-use buffer needs.

Fully Automated GMP Bioprocessing System – SciLog TFF Standard

The SciLog TFF Standard is a fully automated tangential flow filtration system with a pre-configured design to fit within a set range of process specifications.

Automated Bioprocessing System for Bulk Filtration and Dispense - SciLog Filter and Dispense (Bag)

Parker's SciLog® Filter & Dispense Bag System is a bulk filtration and bag filler designed to fill up to twelve 20 L bags accurately and aseptically in an automated fashion, and perform in-line pre and post use integrity tests.

Automated Bioprocessing System for Bulk Filtration and Dispense - SciLog Filter and Dispense (Bottle)

Parker's SciLog® Filter & Dispense Bottle System is a continuous bulk filtration and bottle filler designed to fill up to 1000 bottles accurately and aseptically in an automated fashion, with limited manifold changes.