This catalog covers scientific glassware for use in equipment manufactured by Organomation Associates Inc. OAI manufactures its own glassware to precise specifications. Each glassware design is engineered to fit into its respective instrument. Optimization of space, function, handling, service connections, cleaning, and ease of use are all important elements of the design. Our glassware is extremely durable, using heavier wall construction and quality ground glass joints for better fit and reduced leakage. Unlike most glass supply companies, OAI tests each of its designs in their respective instruments to ensure proper operation both physically and chemically. We warranty our glassware against defects in materials and construction. We also warrant all glass items against breakage for delivery to the customer. Our engineering department will gladly discuss any design change to meet your specific needs. Most items are stocked and readily available. OAI does not have any resale agreements with outside vendors and has not endorsed any other vendors products for use in our equipment. If it does not have the Organomation Logo, then it was not designed for use in our equipment.

Description by Type
Evaporation by Kuderna-Danish
A high speed evaporation glassware system designed to rapidly reduce large solvent volumes to endpoints of 110 ML. Glassware features solvent recovery and 3-ball Snyder column to remove micro droplet presence in the vapor stream. Very effective in retaining semivolitile presence in the concentrate.

Evaporation by traditional glassware
Similar to KID evaporation but uses flat bottom flasks and is designed to go to dryness. A gas injector can be used to automate this procedure. Solvent recovery is standard, Snyder column is optional. Meets a variety of procedures including US EPA Oil & Grease methods (1664).

Extraction by Solid / Liquid Soxhlet & evaporative Soxhlet
An effective method for removing organic materials from solid materials by continually immersing and removing the solid in an organic solvent. Through clever glassware design, the chamber containing the solid material is repeatedly flooded and drained until all trace organic materials are removed, without moving parts. A variant of this design allows a follow up evaporation to occur by opening a valve, without removing the glassware from the heating system.

Extraction by Liquid / Liquid
A procedure to remove trace organic materials from 1 liter water samples by continually dripping an immissable distilled solvent repeatedly through the sample water column until extracted to exhaustion. Variants of these designs include high accuracy extractors and extractors with evaporative capabilities. For evaporative design see ROT-X-TRACT-LC using an accelerated extractor.