Akta 크로스플로우 여과 시스템Akta PD
Crossflow
Akta 크로스플로우 여과 시스템
Akta PD
Crossflow
상태
중고
위치
Duxford 

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기계 정보
가격 및 위치
- 위치:
- Duxford, UK

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제안 세부 정보
- 광고 ID:
- A20124380
- 참조 번호:
- 41683.1A
- 업데이트:
- 마지막 업데이트: 17.12.2025
설명
This listing is for the Akta crossflow filtration system
The unit is in full working condition and is ready for immediate use
An ÄKTA Crossflow filtration system is a type of tangential flow filtration (TFF) system developed by Cytiva (formerly GE Healthcare). It's used primarily in bioprocessing and biotechnology applications to concentrate, diafilter, or clarify biological samples such as proteins, viruses, plasmids, and other biomolecule
Core Functions:
Concentration – Reducing the volume of a sample while retaining the target biomolecule.
Diafiltration (Buffer Exchange) – Removing salts or changing the buffer environment by continuously adding a new buffer while removing permeate.
Clarification – Removing particulates or cells from process fluids
Key Components:
Pump Modules: Typically peristaltic pumps that manage flow rates precisely.
Filtration Cassettes: Hollow fiber or flat sheet membranes for ultrafiltration or microfiltration.
Pressure Sensors: To monitor and control transmembrane pressure (TMP).
Conductivity/pH/UV Detectors: For in-line monitoring of the filtrate and retentate.
Benefits:
Automation reduces operator error and variability.
Scalable design for seamless transition from lab to production.
Precise control of filtration parameters (flow rate, pressure, volume).
CIP (Clean-In-Place) capabilities for easy maintenance and compliance with GMP.
Common Applications:
Protein concentration and buffer exchange
Viral vector purification
Plasmid DNA purification
Lasdpfx Adjxhf A Rs Hjk
Cell harvest and clarification
The unit is in full working condition and is ready for immediate use
An ÄKTA Crossflow filtration system is a type of tangential flow filtration (TFF) system developed by Cytiva (formerly GE Healthcare). It's used primarily in bioprocessing and biotechnology applications to concentrate, diafilter, or clarify biological samples such as proteins, viruses, plasmids, and other biomolecule
Core Functions:
Concentration – Reducing the volume of a sample while retaining the target biomolecule.
Diafiltration (Buffer Exchange) – Removing salts or changing the buffer environment by continuously adding a new buffer while removing permeate.
Clarification – Removing particulates or cells from process fluids
Key Components:
Pump Modules: Typically peristaltic pumps that manage flow rates precisely.
Filtration Cassettes: Hollow fiber or flat sheet membranes for ultrafiltration or microfiltration.
Pressure Sensors: To monitor and control transmembrane pressure (TMP).
Conductivity/pH/UV Detectors: For in-line monitoring of the filtrate and retentate.
Benefits:
Automation reduces operator error and variability.
Scalable design for seamless transition from lab to production.
Precise control of filtration parameters (flow rate, pressure, volume).
CIP (Clean-In-Place) capabilities for easy maintenance and compliance with GMP.
Common Applications:
Protein concentration and buffer exchange
Viral vector purification
Plasmid DNA purification
Lasdpfx Adjxhf A Rs Hjk
Cell harvest and clarification
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