Global Robot End Effector Market Report and Forecast 2024-2032

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Global Robot End Effector Market Growth

The robot end effector is a functional device that is mounted at the end or wrist of the arm of a robot to perform activities. It is also called the last link of the robot. These end effectors help the robot interact with the working objects or environments.

The robot end effector market trends and dynamics are being driven by the tools attached at the end, which assist robots in tasks such as picking up objects, securing them, rotating, painting, drilling, and welding, among other functions.

Global Robot End Effector Market Analysis

The increased automation and the growing adoption of artificial intelligence (AI) across the globe are increasing the robotic density across sectors, which has been propelling the demand for robot end effector market. China, especially, has emerged as a major market for robot end effectors. China, with its Made in China Plan, is set to become a manufacturing hub and is expected to subsequently use automation for the same, making it a lucrative market for end effectors.

The region is projected to grow at a robust pace as compared to the more developed markets like North America and Europe. South Korea and Singapore are expected to play a major role in market growth, as both countries heavily utilise robots in their manufacturing processes, further accelerating the growth of the robot end effector industry.

Global Robot End Effector Industry Outlook

China has adopted several strategic initiatives to enhance its robotics industry, including the 14th 5-Year Strategy Plan 2021, the Key Special Program on Intelligent Robots in 2022, and the Robotics+ Application Action Plan 2023. With a significant investment of USD 43.5 million in 2022, these efforts target a variety of sectors such as manufacturing, agriculture, architecture, logistics, energy, healthcare, education, elderly services, commercial community service, and emergency and extreme environment applications.

Germany's initiatives to advance robotics and technology include AUTONOMIK (2009-2014) for R&D in manufacturing and logistics, the PAiCE Program for robotics platforms in services and logistics, and the High-Tech Strategy 2025 to enhance human-technology interaction. With USD 345.6 million allocated for 2021-2026, the investment covers sectors such as health, services, chemicals, Industry 4.0, infrastructure, agrifood, and mobility & autonomous vehicles. This broad focus on technological advancement is expected to boost robot end effector industry revenue, as enhanced end effector designs help lower operational costs by reducing errors, cutting manual labour, and streamlining workflows.

According to World Robotics, the global number of industrial robot installations increased from 391,000 units in 2019 to 517,000 units in 2021. This rise of 126,000 units translates to a growth rate of approximately 32.2%, demonstrating significant expansion in the adoption of industrial robots over this period. From 2019 to 2021, the global operational stock of industrial robots saw a substantial increase. The number of units rose from 2,740,000 in 2019 to 3,477,000 in 2021. The increase of 737,000 units, representing a significant rise of about 26.9%, highlights the swift global expansion of industrial robots, according to World Robotics. This growth drives robot end effector market revenue, as high-quality end effectors improve robot accuracy in complex tasks, leading to higher production rates and fewer errors.

As per the International Federation of Robotics, in 2021, the annual installations of industrial robots saw significant growth across all regions. Asia/Australia led with 381,000 units, up from 284,000 units in 2018, marking a 38% increase. Europe installed 84,000 units, an increase from 76,000 units in 2018, reflecting a 24% growth. This substantial growth highlights the rising global adoption of industrial robots, boosting the robot end effectors demand growth as advanced end effectors enable these robots to perform a variety of tasks such as gripping, handling, assembly, and welding.

Ongoing advancements in robotics and automation improve the performance and efficiency of robot end effectors, fuelling growth in the robot end effector market.

• End effectors are versatile, and used in diverse industries including manufacturing, automotive, and electronics, driving broad market adoption.

• The growing need for automation and precision in various industries boosts the demand for advanced end effectors.

Advanced end effectors can be expensive, limiting accessibility for smaller companies and startups.

• Integrating end effectors with existing systems can be technically challenging and costly.

• Fast-paced technological advancements may lead to short product life cycles and frequent updates.

Expanding manufacturing industries in emerging economies present new growth opportunities in the robot end effector market.

• Increasing demand for customized solutions allows for specialized end effectors tailored to specific applications.

• The rise of Industry 4.0 and smart factories creates opportunities for advanced end effectors.

Economic downturns can reduce investment in new technologies and automation.

• Intense competition may drive prices down and affect profit margins.

• Stricter regulations and standards can increase compliance costs and impact market entry.

Key Players in the Global Robot End Effector Market and their Key Initiatives

ABB Group

• Acquires R&D engineering company to further advance AI and software-driven automation. 

• Launches next-generation robotics control platform OmniCore to capture the robot end effector market opportunities.

SCHUNK GmbH & Co. KG

• Developed a new type of pneumatic positioning device (PPD), for flexible gripping solutions.

• Announced Automation Partnership with Ready Robotics.

KUKA AG

• Expanded business in China with new joint ventures to meet the growing demand of the robot end effector market.

• Featured Mobile Automation in FMCG Pick and Place/Bin Picking Cell. 

EMI Corporation

• Integrated AI and machine learning for improved precision.

• Offered tailored solutions for specific industries.

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Global Robot End Effector Industry Segmentation

“Global Robot End Effector Market Report and Forecast 2024-2032” offers a detailed analysis of the market based on the following segments:

Market Breakup by Type

• Grippers

• Clamps

• Suction Cups

• Welding Torch/Guns

• Tool Changers

• Others

Market Breakup by Application

• Handling

• Assembly 

• Welding 

• Dispensing 

• Processing

• Others

Market Breakup by End Use

• Automotive

• Food and Beverage

• Pharmaceutical 

• E-Commerce

• Metals and Machinery

• Electrical and Electronics

• Others

Market Breakup by Region

• North America

• Europe

• Asia Pacific

• Latin America

• Middle East and Africa

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Robot End Effector Market Share

Industries such as aerospace, transportation, life sciences, and consumer goods all utilize robotics for various tasks like warehousing, assembly, movement, gripping, and cutting. Even in consumer goods advertising, technical machines are required to manoeuvre, shift, or rotate materials to achieve optimal shots. Consequently, automation is driving increased demand for robot end effectors and is anticipated to continue supporting the growth of the robot end effector industry.

Leading Companies in the Robot End Effector Market

The companies offer advanced automation solutions like rotary actuators, custom end effectors, and tool changers, known for their innovative designs and high-quality products that enhance robotic efficiency and flexibility in manufacturing.

• ABB Group 

• SCHUNK GmbH & Co. KG 

• KUKAAG 

• EMI Corporation 

• ATI Industrial Automation, Inc.

Key Highlights of the Report

Robot End Effector Market Report Snapshots

Robot End Effector Market Size

Robot End Effector Market Growth

Robot End Effector Market Analysis

Robot End Effector Market Share

Robot End Effector Companies