Product cycle time

Short production cycle time Seeds can be sprouted at a relatively high temperature, which reduces the production cycle time to only 2-5 days. This compares favorably to the growth of transgenic plants in open fields (months) or to the production of pharmaceuticals in mammalian cells (weeks). 

Of course, the first point refers to production cycle times, not development cycle times. One of the key challenges to the industry in adopting this new way of... 

The corresponding production cycle time and temperature control parameters that deliver subminimal specihcation conditions shall be utilized when conducting the challenge mns. 

Reducing production cycle times by using on-, in-, and/or at-line measurements and controls. 

Another important variable against which the industry should be measured is the product development time. Product cycle times in industries such as the car industry are measured in months, with consumers expecting annual improvements to whole ranges of a company s vehicles. In the Pharma industry the preclinical development time can be five to... 

Product Cycle time, rnin Basket load, lb Capacity, tons/hr... 

As a comparison of torque as a function of time (see Fig. 5) shows, addition crosslinking is around 2.5 to 5 times faster than radical polymerization. This has a significant effect, especially with thin molded articles, on the production cycle time because with thin parts the crosslinking rate is directly proportional to the quantity of catalyst. In articles with a thick wall, the effect of heat transmission, which because of the thermal insulation effect of polymers is known to be poor, is predominant. 

As a result, you are going to have to become quite adaptable, innovative, and agile in order to have a full and prosperous career. Product cycle times are coming down dramatically. Today they are measured in months, not years. And it wasn t so long ago that American business cycle times were operating in decades—in fact I was involved in one that took more than a decade. 

Cellular manufacturing, described in Section 28.5.2, is another example often implemented on the shop floor. Clustering unlike operations gives rapid feedback to workers on quality, cuts production cycle time, and enables companies to match production to actual demand, thereby eliminating dependence on forecasts. Integration in this case increases along all three dimensions. 

Raw material delivery cycle time and production cycle time are equal, i.e. lot-for-lot. 

In addition, most papers assume that the production cycle time is an integer multiple of the pre-specified cycle time of finished product delivery. In this case, the production cycle decision reduces to finding such an integer multiplier. 

Extensions of the basic model with multiple types of raw materials needed for producing a single product are studied by Sarker and Parija (1996) and Sarker and Khan (1999, 2001). Sarker and Parija give a closed-form solution for the problem under policy (b) and with the assumption that the production cycle time is an integer multiple of the pre-specified finished product delivery cycle. Sarker and Khan propose a heuristic for the problem under policies (a) and (c) and the assumption that delivery of final product to the customer is carried out in the end of the whole production lot. 

General iww material conversion rate. Production cycle time equal to integer multiple of finished product deliv-ery cycle time. 

Outstanding properties accelerates crystallization, improves physical and mechanical properties, improves resistance to heat deformation, impact resistance, shortens product cycle time and improves production efficiency... 

Product Cycle Time This is the time that elapses from the start of production of the item up to its conversion into a product that can be shipped to the customer. Clearly, longer cycle times can result in larger costs (e.g., labor costs and/or inventory holding costs). 

Shape weaving is the latest development in this area and provides a process that is automated and capable of large serial production. Cycle times of shell woven preforms are within some minutes. A textile design of the complicated 3D fabric construction needs to combine geometry and woven fabric requirements and is preferably done by special CAD software. Simulation software enables optimization of the woven 3D reinforcement according to stiffness requirements of a composite application. 

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