Organomation

The S-EVAP-RB series offers two options for large-scale solvent evaporation. The mechanical thermostat 8-position model (Cat# 12060) can evaporate up to 8 samples at once, each with a capacity of up to 250 ml (Cat# GS2162). Smaller glassware accommodating up to 125 ml (Cat# GS2161) is also compatible with the purchase of adapter rings (Cat# XA2286). Similarly, the digitally controlled 10-position model (Cat# 12090) can evaporate up to 10 samples concurrently, with the same capacity per sample position. Adapter rings (Cat# XA2286) allow for the use of smaller glassware (Cat# GS2161).

The S-EVAP-KD solvent evaporator series offers versatile options for large-scale sample evaporation. The mechanical thermostat 8-position model (Cat# 12027) accommodates up to 8 samples simultaneously, with each position capable of holding up to 250 ml. Glassware sets are available for both individual solvent collection (Cat# GS2152) and central solvent collection (Cat# GS2152-C with Cat# GS2156-C8). For more precise control, the digitally controlled 8-position model (Cat# 12018) can also handle 8 samples concurrently, with a larger capacity of up to 500 ml per position. Similarly, glassware sets are available for individual solvent collection (Cat# GS2153) or central solvent collection (Cat# GS2153-C with Cat# GS2158-C8). For those requiring a 10-position setup, the digitally controlled S-EVAP-KD (Cat# 12010) is an option, evaporating up to 10 samples at once with a capacity of 250 ml per position. Glassware sets for individual solvent collection (Cat# GS2152) or central solvent collection (Cat# GS2152-C with Cat# GS2158-C10) are also available, with adapter rings (Cat# XA2284) facilitating the use of smaller glassware.

Soxhlet extraction stands as an exemplary technique for isolating soluble analytes from solid samples by transferring them into an organic solvent. In contrast to traditional heating mechanisms like wire or sand baths, typically employed to elevate the temperature of receiving flasks, the ROT-X-TRACT-S introduces a novel approach with its utilization of a water steam bath. This innovation ensures that delicate samples are subjected to a gentle and uniform heating process, thereby optimizing the efficiency and consistency of the extraction procedure.