One of our most significant contributions to the CRO industry is the The Bio-eVAP Nitrogen Evaporator, an innovative approach to process large number of small volume samples. With number of samples ranging from 100 to 144, this is designed for bio-analytical studies requiring simultaneous and similar process for reproducibility.
With changing demands in the laboratory and some projects requiring to process ultra-low sample sample volume, we have on offer the Duo-eVap and SpeedoVap 96WP (96 Well-plate) Nitrogen Evaporator. An alternative to the water-bath evaporator, the 96 well-plate evaporator uses heated dry air to evaporate the solvent.
Solid phase extraction is a chromatographic technique used to prepare samples for subsequent analysis by removing interfering substances that may be present. This is done either by retaining the substance of interest and washing off everything else or by retaining the interfering substances and eluting the product of interest.
The Multi-Tube Vortexer is designed for mechanical and chemical cell lysis, mixing suspensions, and general sample agitation. This vortex mixer gives a distinctly different motion than shaking a sample. With vortexing, greater shearing forces are placed on materials in the bottom of a tube, thus promoting either disruption or solubility.
The Multi-tube Mixer uses end-over-end rotation to achieve thorough, homogeneous mixing without introducing air bubbles or causing sedimentation. It is the preferred instrument wherever gentle, complete mixing is essential — blood samples, reagent preparation, bead-based assays, and overnight incubation reactions.
The Incubator Shaker combines shaking with a precisely controlled temperature environment in a single instrument. It is the standard platform for microbial culture growth, fermentation, enzyme kinetics, and biochemical assays that require both consistent agitation and a stable temperature throughout the run.
Customisable as per your application.
Generate Nitrogen when you need it from natural resource. Our atmosphere contains 78% nitrogen. With compressed air as the source, Nitrogen can be isolated using Pressure Swing Adsorption technology (PSA) up to the purity levels required.
