Laboratory and Industry Automation
Bellco Glass, Inc. Metric Condenser Assembly , 15L 18mm Port
Stainless steal condenser mounted externally has internal baffle for efficient condensation of vapor into liquid for return to bioreactor vessel. Fits 18mm port on 3L metric headplate. 316L Stainless Steel Construction Ra 32 Finish Or Better. MADE IN THE USA
Julabo USA Inc Each, EasyTemp Professional control software
Bath Accessories, Julabo, EasyTemp Professional control software. Enables control of up to 24 JULABO devices with data recording, ramp programming, formula implementation and loops.
Austin Air Systems 5 Stage / Bedroom Filter White
5 Stage Bedroom Replacement Filter W. White Prefilter Included
Alkali Scientific AP1016 IsoPure Mini Automated
Automated System for Magnetic Bead-Based Purification Fast reliable and reproducible results Compatible with all popular magnetic bead kits Compact (8 x 10 inch footprint) Process up to 16 samples Programable with PC software or Android App Sample volume 50 l 1000 l The Alkali Scientific AP1016 IsoPureMini Automated Purification System is a Magnetic bead-based Automated Purification has become the preferred method for isolating DNA RNA and other target molecules from a variety of biological sample types The quality and quantity of the extracted molecules can be significantly higher than other methods such as spin columns while the cost per sample can be lower The IsoPureMini from Alkali Scientific Instruments is a compact automated purification system that improves efficiency and reproducibility using the magnetic bead-based method Capable of processing up to 16 samples at one time the instrument is easy to set up program and operate Mixing magnetic bead transfer washing and
Sartorius Octet AR2G Biosensors / Case
The Octet Amine Reactive 2nd-Generation AR2G Biosensors are coated with a newly engineered biocompatible surface matrix and are designed for kinetic characterization of interactions between purified proteins peptides or other primary amines and target analytes. Immobilization of proteins is achieved through standard EDC-catalyzed amide bond formation to create a covalent bond between a reactive amine on the protein and the carboxy-terminated biosensor surface. The AR2G biosensors deliver enhanced performance and great signal intensity during both loading ligand immobilization and association analyte detection steps of an assay while delivering reliable kinetic values. The AR2G Biosensors’ surface chemistry makes it amenable to a wide range of pH and salt conditions providing robustness and flexibility during the development of regeneration conditions for higher throughput applications.