The rotor filter is a cutting-edge solution designed to prevent membrane fouling in filtration systems.
Using Taylor vortices for turbulence and centrifugal forces, it efficiently filters solids without settling.
Widely used in animal cell cultivation, this filter supports various production processes with different
design variations.
Rotor Filtration System
Features and benefits
Design
Cylindrical stainless-steel sieve with mesh sizes ranging from 2 to 60 µm.
01
Flow Rate Stability
Maintains stable flow rates as required
03
Working Volume Exchange
Achieves high cell densities by exchanging the working volume 1 to 2 times per day.
05
Effective Filtration
Retains up to 90% of cells (5 to 10 µm in diameter) using a 20 µm mesh at 1000 rpm (cylinder diameter: 100 mm).
02
Cell Density
Supports animal cell culture densities of up to 10⁷ cells per millilitre.
04
Sieve Area Efficiency
Reasonable sieve areas per reactor volume, ranging from 0.3 to 2 m²·m⁻³.
06
Design
Cylindrical stainless-steel sieve with mesh sizes ranging from 2 to 60 µm.
01
Effective Filtration
Retains up to 90% of cells (5 to 10 µm in diameter) using a 20 µm mesh at 1000 rpm (cylinder diameter: 100 mm).
02
Flow Rate Stability
Maintains stable flow rates as required
03
Cell Density
Supports animal cell culture densities of up to 10⁷ cells per millilitre.
04
Working Volume Exchange
Achieves high cell densities by exchanging the working volume 1 to 2 times per day.
05
Sieve Area Efficiency
Reasonable sieve areas per reactor volume, ranging from 0.3 to 2 m²·m⁻³.