United States Robotic Software Platforms Industry to Rise due to Increasing Demand for Service Robots in Medical Applications

MarketResearchReports.biz has added the report ‘United States Robotic Software Platforms Industry 2016 Market Research Report’ to its offering. This is a comprehensive piece of work and presents a complete evaluation on the United States (U.S.) robotic software platforms industry in the forecast period 2011 to 2016. An in-depth overview of the industry has been provided by considering all the prime market dynamics, trends, and competitive scenario. The recent developments taking place in the market and the way these developments will influence the growth of this market also form a key part of this report.

The study also helps in determining the potential within the U.S. robotic software platform industry. It also helps the players to recognize the merger and acquisition opportunities through the presentation of vendors with the most lucrative product pipelines. The first section of the report presents the specifications and definition of robotic software platforms. Additionally, the classification and applications of robotic software platforms have also been covered under this section of the study.

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A robotic software platform is defined as a software package utilized for simplifying various types of programming in robotic devices. The increasing utilization of robots by a number of end-use industries within the U.S. is predicted to fuel the demand for robotic software platforms. Robotic software platforms are being highly demanded as they enable easy reprogramming of machines for industries within the U.S.

In addition, industries are able to frequently test and modify their robots as per varied application demands. Robotic software platforms feature various benefits such as reducing equipment and production downtime and easy offline programming owing to which they are being highly demanded within the U.S.

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In the next part of the report, an analysis of the manufacturing cost structure of robotic software platforms is provided. This section encapsulates the labor cost evaluation, bill of materials (BOM), and BOM price evaluation of robotic software platforms. In addition, the cost and gross analysis of robotic software platforms within the U.S. in the period 2011 to 2016 have also been presented under this section of the report.

The factors propelling the development of the robotic software platforms market in the U.S. come next in the report. Service robots’ demand for medical applications is a prime factor stimulating the growth of the robotic software platforms market in the U.S. In addition, the increasing wages of labor within the U.S. is also positively impacting the development of the market.

The last section of the report throws light on the major manufacturers operating in the United States robotic software platforms market. These manufacturers have been studied on their chief attributes such as company profile, product specification and picture, price, revenue, gross, production, and contact information. The names of some of these manufacturers are iRobot, ABB. Fanuc, KUKA, Cyberbotics, Skilligent, Brain Corporation, The Orocos Project, Energid Technologies, and Siemens, among others.

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