Bio Logic Rapid Dynamics Analysis System

The rapid kinetic analysis system developed and produced by Bio Logic is an instrument of high quality and technological innovation, always keeping ahead of similar products. Its efforts have resulted in the world's first rapid filtration system and commercialized stepper motor-driven flow stop device.

The SFM-2000/3000/4000 series is the latest third-generation stop flow system launched by Bio Logic in 2011. It features a universal chassis, and the SFM-2000 can be easily upgraded to 3000 or 4000 units with smaller dead volume and better overall performance. With outstanding performance and unparalleled flexibility, the SFM-2000 series products have become the gold standard for rapid dynamic mixing in today's laboratories.

Product features

Each syringe is independently controlled by a stepper motor

Research on automatic concentration dependence

Using Bio Kin software, the mixing ratio is fully programmable and can be continuously adjusted from 1:1 to 1:100

The mixing ratio can be changed without replacing the syringe or other hardware

Micro liter level accuracy - no pressure artifacts

1200 μ s dead time

Dead volume as low as 88 μ l

Save samples

Scalable with multiple attachments, widely applicable in various fields

Can be used in conjunction with multiple spectrometers for detection

Optional mode

Rapid mixing temperature mutation mode

Titration mode

Quenching mode (chemical quenching, optical quenching)

Freeze quenching mode

Neutron dispersion stop flow mode

LEPR stop flow mode

Low temperature shutdown mode

Conductivity shutdown mode

Research on microgravity experimental modes, etc

Joint device

MOS-200/200M，MOS-450/AF-CDMOS-500, MOS-DA, MCS-200, MOS-LED, etc.

application

The applicable fields are quite extensive, including protein folding, protein conformation research, DNA/RNA reactions, enzyme kinetics, optical active substance purity measurement, drug quantitative analysis, natural organic chemistry and stereochemistry, physical chemistry, biochemistry and macroscopic macromolecules, metal complexes, polymer chemistry and other related scientific research.