Sentence examples for manufacturing throughput from inspiring English sources

Multisite testing improves manufacturing throughput and reduces costs by applying simultaneous testing to products with multiple measurement instruments in parallel.

Although the efficiency of Cu(In, Ga Se2 (CIGS) solar cells have exceeded 22% for the absorber with thickness more than 2 µm, thinning the absorber thickness has attracted attention to save the material costs of indium and gallium as well as to increase manufacturing throughput.

As a result, two predictive models which focus on subsystems of the whole information system, link the physical servers' daily use to manufacturing variables such as level of production, manufacturing processes deployment and fabrication throughput.

By aerosolizing these materials in a predefined sequence, films can be rapidly assembled within hours onto a variety of possible substrates with uniquely tunable properties and invites its potential scalable fabrication for continuous high throughput manufacturing.

PET is chemically inert to most coatings, but atmospheric plasmas can modify the surface in a manner that is compatible with high throughput manufacturing.

However, although the logistic chain is shortened through manufacturing technology integration, throughput times might increase because of waiting times.

Abrupt interfaces, precise thickness and composition control, and uniformity are essential for high yield, high throughput manufacturing.

Furthermore, we demonstrate the potential of a high throughput manufacturing of liposomes using microfluidics with a four-fold increase in the volumetric flow rate, maintaining liposome characteristics.

These parameters must be tuned to print viable cell patterns with respect to cell-level histological organization, and to high throughput manufacturing.

However, with the emergence of ever more demanding medical and inspection techniques, including computed tomography and tomosynthesis, security inspection, high throughput manufacturing and radiotherapy, has resulted in a considerable level of interest in the development of new fabrication methods.

Current development of micro fabrication and microfluidic technology enables the digital microfluidic biochips (DMFB) to offer a platform for developing diagnostic applications with the advantages of portability, increased automation, low-power consumption, ease of mass manufacturing, and high throughput.