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principles for liquid handling tools – two principles that can’t be equally applied for all liquids. And the decision you’ve made governs how you’ll be able to clean and decontaminate your liquid handling tool. In addition, the design and properties of the pipette or dispenser you have selected will determine its resistance to the
Documenting procedures and results. Keeping comprehensive records is an essential part of the dispensing process. Records must be kept for a minimum of 2 years (ideally 5 years) and include the formula, the ingre-dients and quantities used, their sources, batch numbers and expiry date.
Overview of dispensing systems. Lab devices for the transport and preparation of liquid samples can be divided into single-function dispensing systems (manual piston stroke pipettes and dispensers) and multifunction dispensers (electronic pipettes and dispensers, Automated liquid handling systems) (Fig.5).
Dispensing Nozzle. It controls the flow of liquid, allowing precise dispensing and measurement. Its valve mechanism ensures uniform dispersion, and compatibility with different bottles, and prevents leaks, making it essential for accurate laboratory work. 4. Bottle Adapters.
This page covers all essential information regarding working with liquid handling instruments, including dispensers, burettes, and pipettes.
Options for fluid dispensing equipment include continuous dispensing, foot control, manual driven, multiple dispensing, power driven, programmable microprocessor, spray system, and suck back control. The dispenser can be capable of continuously supplying a media. This is not limited by a shot size.
The Atlas Copco pocket guide is a basic learning tool designed to help the reader gain an overall knowledge of bonding processes. Having laid the foundations with our first pocket guide, Adhesive Bonding, in our second guide, Dispensing Technique, we address dispensing of adhesives and sealants.
