Filtri Pod con matrice Millistak+ HC

Innovative, leistungsstarke Pod-Filtermodule sind ideal für die primäre und sekundäre Klärfiltration im Labor-, Technikums- und Prozessmaßstab

Descrizione

La matrice Millistak+ HC è ora disponibile anche nell'innovativo formato dei Pod, filtri monouso che consentono la realizzazione di passaggi di scala semplici e lineari. I filtri Millistak+ HC combinano due distinte tecnologie di separazione in una matrice di profondità adsorbente, aumentando capacità e ritenzione complessive e riunendo in un solo efficiente passaggio numerosi stadi di filtrazione. Adatto per diverse applicazioni e per volumi variabili dalla scala pilota a quella di processo, questo nuovo formato offre maggiore flessibilità grazie al design modulare unico nel suo genere.

I filtri Pod Millistak+ HC sono ideali per una gran varietà di applicazioni di chiarifica primaria e secondaria, tra cui colture cellulari, lisati di lievito e di E. coli dopo la centrifugazione, pool di proteine ripiegate di E. coli, terreni di coltura, vaccini, proteine plasmatiche e siero.

Benefits

   • Low hold-up volume for greater product yield
   • Broad range of 23 media types offered in single and multilayer products
   • Millistak+ HC dual-action media improves prefiltration and compresses clarification
   • Flexible, modular format offers scalability from 5 to 12,000 liters or more
   • Patented disposable design eliminates need for housing, CIP or cleaning validation
   • Disposable Pod system protects operators from exposure to biohazards
   • Robust construction is easy to use and set up
   • Smaller footprint facilitates use in tight spaces

Passaggi di scala lineari

Millipore’s innovative Pod filter system consists of seven filter sizes and two expandable holders. No matter what size Pod filter you choose, the same flow path and configuration ensures a linearly scalable solution from bench to process scale.

Semplicità d’impiego

With the compact, modular design of Millipore’s new Pod system, you can increase productivity and shorten cycle times.

Installation and set-up of the Pod system is simple and straightforward. The unique design of the disposable adapters makes it easy to connect the Pods to the process piping. The self-contained and disposable nature of the system protects operators from exposure to biohazards and eliminates maintenance as well as cleaning validation requirements.

Configurations

   • Millistak+ DE and CE media — 0.11 m², 0.77 m², or 1.4 m² filtration area.
   • Millistak+ HC media — 0.11, 0.55, or 1.1 m² filtration area.
   • Lab scale Pod – 0.027 m², 0.054 m²
   • Pilot scale holder — accommodates up to two full size Pods for configurations from 0.11 m² to 2.8 m² depending on media type. An optional accessory kit expands capacity to 5 full scale Pods.
   • Process scale holder — accepts from five to ten Pods per rack. Up to three racks can be stacked for process flexibility.
   • Disposable adapters — connect Pods to process piping, creating disposable flow path.
   • Disposable diverter plates — enable more than one media grade on a single rack

Milistak+ Depth Filter Media

Available in three media series, the proven filtration performance of Millistak+ filter media in the popular Pod format provides greater flexibility and reduced cycle times. Millistak+ Pod filters incorporate multiple graded-density layers and adsorptive, positively-charged filter media. Composed of select grade cellulose fiber and diatomaceous earth, the Millistak+ DE series not only improves the manufacturing process but also increases contaminant holding. In addition, the Millistak+CE series consists of single layer media with cellulose fibers that are suitable for coarse filtration applications.

The Millistak+ HC series is dedicated to improving productivity by combining two distinct technologies that enhance filter capacity and retention. Multiple filtration stages downstream of the bioreactor are compressed into one efficient step.

Specifiche (tornare in alto alla pagina)

Permeabilità all'acqua

Pod grado A1HC

Pod grado B1HC

Pod grado C0HC

Pod grado D0HC