Sentence examples for production functionality from inspiring English sources

Convertibility is defined as the capability of a system to adjust production functionality, or change from one product to another.

These issues include the design of the product, the manufacturing process, safety, price, energy required for production, functionality, human ergonomic, toxicity, and the recyclability or life cycle assessment of the product at the end of its life.

Insulin production functionality is important in the evaluation of islets, especially isolated islets grown in vitro.

Naturally, an automation in automotive field includes an improvement of vehicle features that will become, in short time, normal production functionalities, since forever present on vehicles for users.

Significant environmental improvements can often be achieved by integrating environmental properties as an optimisation parameter in product development together with more traditional values such as production costs, functionality, aesthetics etc.

During the perfusion process, there was no influence of the PS beads on viability (glucose consumption and lactate production) and functionality (human chorionic gonadotropin and leptin secretion) of the placenta (see Supplemental Material, Figure S3C,D).

Even if this is true, we argue that the remaining function of M-type is an extremely important one (i.e., the contribution to gamete production and functionality), and a relaxed selection would affect gamete fitness.

The superior corrosion resistance and biocompatibility as well as the indigenous NO production bio-functionality of the Arg-Leu-PEUU copolymer family indicate their capability to offer a far better protection of the magnesium-based implantable cardiovascular stent and bring their application closer to clinical reality.

This approach is based upon grouping parts and machines together with respect to their similarities in production processes, functionalities, etc.

Reconfigurable manufacturing systems offer quick adjustment of production capacity and functionality in response to unpredictable market changes as being systems designed at the outset for rapid change in system configuration, its machines and controls.

Today's machining shop floors, characterized by a large variety of products in small batch sizes, require dynamic process planning capabilities that are responsive and adaptive to the rapid changes of production capacity and functionality.