Robot End-Effector Market Insights with statistics and Growth Prediction 2025

Robot End-Effector Market Insights with statistics and Growth Prediction 2025

The robot end-effector market analysis document represents a detailed collection of prioritized market definitions, industry scope and reach, and pivotal industry insights. Information about the many pitfalls of the market as well as the frequent challenges encountered by core industry players have been summarized in the report. That apart, the document also endorses details about the numerous driving parameters impacting the revenue landscape of this vertical.

Global robot end-effector market is anticipated to expand at a considerable rate in the coming years, owing to the advent of the 4th industrial revolution, or industry 4.0, in the manufacturing industry. This includes technological trends such as automation, IoT, big data, cyber-physical systems, and cloud robotics.

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Automation plays a key role in the additive manufacturing (AM) industry to advance the technology’s industrialization. For instance, U.K.-based Renishaw has recently collaborated with Additive Automations to enhance the degree of automation in post-processing metals. Under the joint project known as SALSA (Separation of Additive-Layer Supports by Automation), the two companies seek to integrate advanced collaborative robots to extensively automate the removal process, which will lower the average cost per unit by 25%, making metal AM highly viable for large-volume production.

Proliferating presence of industry 4.0. has offered significant growth opportunities for various manufacturers in the robot end-effector market. For example, Comau and other organizations have implemented industry 4.0. technologies in the creation of Advanced Use Robotic Arm (AURA), collaborative robots. AURA consists of a sensor layer that is used for the detection of human movement.

Furthermore, considerable investments made by several companies in the research & development of these technologies to ensure a smart and efficient alignment with the consumers’ demands may boost the robot end-effector market share over the forecast spell.

The automotive sector holds around 35% of the overall robot end-effector market share. Deployment of robots has led to an increased output compared to the manual labor.

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On the regional front, the U.S. is witnessing a robust demand for smart automation. This rising demand, along with rapid delivery of cost-effective automated solutions, is projected to bolster the robot end-effector market growth over the estimated timeframe. In order to efficiently reduce costs and increase profit margins, the manufacturing sector has been proficiently ramping up in the EU and the U.S. by automating the facilities, which in turn, will fuel overall industry outlook in the coming years.

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