Sentence examples for dispensing technology from inspiring English sources

Current dispensing technology, like faucets, is either manual or automatic.

For tissue engineering applications, considerable research has been devoted to extending the capability of dispensing technology to create artificial tissues or organs.

Positive-placement dispensing technology is being used widely because it allows for a high degree of controllability without requiring a complex dispensing system; however, adhesion and slip-related issues limit the performance of this technology.

While microfluidics was driven forward a lot from the engineering side, especially with respect to ink jet and dispensing technology, the initial push and interest from the analytical chemistry community was through the desire to develop miniaturized sensors, detectors, and, very early on, separation systems.

Despite the possible efficiency gains connected with these high-density formats, there are severe technical hurdles for their use in routine HTS assays, most importantly the adaptation of automated liquid handling and dispensing technology, which is better established for the bigger 96- and 384-well formats.

The dispensing technology is flexible to pattern various designs by simply controlling the position to dispense living cells in droplets from a nozzle.

"It is a fantastic company that uniquely brings together premium coffee brands and new beverage dispensing technologies like the famous Keurig single-serve machine".

Apart from these changes to existing fabrication technologies, various new techniques such as precision liquid handling and dispensing technologies and electropolymerization of conducting polymer membranes on electrode surfaces are also studied.

Quality assurance procedures for nanoliter and picoliter dispense technologies are critically important across many advanced and emerging applications.

Small volume dispense technologies are also used for precise and accurate delivery of fluid volumes in miniaturized analytical assays, microfluidic chips, 19) microelectromechanical system devices, 20) olfactometers, 21) vapor generators, 22) and trace reference materials.

What are the risks of having an automated technology dispensing what amounts to medical advice that may then be actioned by a human?