fabrication costs

Fabrication costs are usually higher for engineered stone because it must be cut with diamond-edged tools.

These companies have such market dominance that they are able to afford fabrication costs and expenses, but for how long is left to speculation.

With proper design, parts assembled from several pieces can be molded as one part, eliminating high fabrication costs.

Multifunctional parts greatly reduce the assembly time required and also reduce fabrication costs.

The firm used the computer to streamline the design, reducing the variation in the stone shapes and thereby cutting fabrication costs.

This, too, increases fabrication costs.

A copying technique allows high quality replicas to be made from master gratings of either type, thereby lowering fabrication costs.

Because IC fabrication costs are extremely high, it makes sense to share mask and wafer resources to produce designs in low quantities.

To reduce fabrication costs, it was chemically designed to melt in a ladle (though with improved properties in a vacuum crucible).

To reduce fabrication costs, the ULTra uses largely off-the-shelf technologies, such as rubber tires running on an open guideway.

Resulting imprints replicate both layers with a single imprint step, which allows chip manufactures to reduce chip fabrication costs and improve product throughput.

Through meeting fabrication costs, and other additional costs (including installation and marketing), the Foundation funds artists to work on a very large scale making works several meters high.

When worst-case tolerancing is not a contract requirement, properly applied statistical tolerancing can ensure acceptable assembly yields with increased component tolerances and lower fabrication costs.

And there is room to improve efficiency, raising the power output of a cell of a given size, which would cut costs, he said; in addition, fabrication costs are falling with increasing automation.

The development of three-dimensional orientations arose from industry's need to reduce fabrication costs, to increase through-thickness mechanical properties, and to improve impact damage tolerance; all were problems associated with two dimensional fibre reinforced polymers.

Advantages in handling particles at such a small scale include lowering fluid volume consumption (lower reagents costs, less waste), increasing portability of the devices, increasing process control (due to quicker thermo-chemical reactions) and decreasing fabrication costs.

Microchip based electrophoresis is a promising alternative to capillary electrophoresis since it has the potential to provide rapid protein analysis, straightforward integration with other microfluidic unit operations, whole channel detection, smaller sample sizes and lower fabrication costs.

Hides come in many shapes and sizes, which effectively depend on certain factors, such as fabrication costs, the materials or know-how available for their construction, the function required of them, the setting in which they are to be used, the prevailing environmental conditions, the behavior of the target animals, etc.

Aluminum molds typically are ill-suited for high volume production or parts with narrow dimensional tolerances, as they have inferior mechanical properties and are more prone to wear, damage, and deformation during the injection and clamping cycles; but are cost effective in low volume applications as mold fabrication costs and time are considerably reduced.