The phrase "allow for scale" is correct and usable in written English.
It can be used when discussing the capacity or flexibility of a system, process, or design to accommodate growth or change.
Example: "The new software architecture is designed to allow for scale, ensuring it can handle increased user demand as the company grows."
Alternatives: "accommodate growth" or "enable scalability".
While manually manufacturing every item on demand allows for precise customization, it doesn't allow for scale or consistency.
4. If we want to reverse the upward trend in emissions, we should begin by thinking about what innovations/inventions (Schumpeter considered the latter more fundemental than the former) will allow for scale -up and cost reduction of the non-dispatchables (wind and solar) and of dispatchables (nuclear, geothermal).
The enduring trend for the past decade has been for firms to seek solutions that allow for scale without the need for expensive human capital.
Streamlining operations to allow for scale is a priority, as is building out a tech team to build a more robust sharing and streaming product for users.
The enduring trend for the past decade has been for firms to seek solutions that allow for scale without the need for expensive human capital.
Not only does this allow for scale (and a drastically improved user experience), but ORGANIZE's digital nature enables a world of much-needed behavioral science research, which had historically proved impossible at the DMV.
The significant improvements in reprogramming efficiency, brought about by the modifications described above, allow for scaling of the assay to multiple-well formats.
Ambulatory strategies and standardised treatment regimens should be considered to further simplify treatment delivery and allow for scale-up when needed.
Employing a micro-featured stamp roller pipelined with the necessary cooling apparatuses, phase-change resist patterning should allow for scaling of parallel patterning beyond what the current technologies offer.
This analysis provides a rationale for assigning safety factor values based on designing a robust process that allows for scale differences, process variability, data extrapolation, and process expansion.
The evaluation allows for scale, Yes/No and free form text.
