The new 329 page 3D Printing & Additive Manufacturing in the Aerospace & Defence Market report indicates that the additive manufacturing in the aerospace and defence market is set to be worth $920m in 2015, as high-demand continues for additive manufacturing processes.
The author of the report commented that: ‘“Additive manufacturing offers unique solutions for companies in aerospace and defence. Advantages such as low wastage and print speed in low volumes can help companies reduce their production costs. However, in its present form, additive manufacturing is far from a decisive revolution in manufacturing techniques. Those operating in this sector should become aware of this technology and acquaint themselves with it. It is crucial however, to measure ones expectations.”
The 328 page report contains 375 tables, charts and graphs that utilise visual representation in order to clarify trends and market projections within the additive manufacturing for aerospace and defence market. The report provides a range of forecasts for the period 2015-2025, as well as for 3 submarket sectors, prototyping, manufacturing and processes, and finished parts.
In addition, the 10 leading national markets are analysed over the period 2015-2025 (as well as an analysis of the ‘Rest of the World’ market). The report also provides profiles of 20 leading companies operating within the market, includes 3 exclusive expert interviews. Interviewees include IFS, as well as leading academics from De Montfort University and Cranfield University
The 3D Printing & Additive Manufacturing in the Aerospace & Defence Market report will be of impressive value to current, and future, investors into the aerospace and defence industry, as well as to companies and research centres who wish to broaden their knowledge of the additive manufacturing market. The report includes a focus on the nature and limitations of additive manufacturing in its present state, and the potential for this technology for aerospace and defence purposes.
Source: ASDReports - Market Research
Date: Jan 12, 2016