Robotic end-of-arms tooling (EOAT) is the last aspect analyzed when implementing a robotic automation project. The cost of EOAT can be as low as $10 for a suction cup and over $1,000 for an electric gripper. Hence, its cost is not a big part of an automation project. However, it has a direct impact on robotic cell performance and throughput. End-users consider performance, purchase, operations, and recurring costs when choosing a robotic EOAT system. The purchase costs include costs of all EOATs, the cost of the tool changer, robotic programming for grippers, and spare parts. The operation costs include the cost of tool changeover, compressed air, and maintenance.Washdown robots have become popular in the food and beverage industry after the approval of robots and EOAT from Food and Drug Administration to use in direct food contact. The washdown robots are equipped with EOAT that can be chemically sanitized to make them aseptically clean. The approval of these robots in the industry will increase their adoption in food processing and primary packaging applications.The growth of the e-commerce sector has increased over the last decade,especially in India where the government is focusing on implementing smart cities.Robotic EOAT can handle objects with many different shapes and sizes and are suitable for high mix and low volume warehouses. The EOAT of the mobile robots employed in the e-commerce industry consists of grippers, vacuum end effectors,and suction cups to hold and transport objects.

PART 01: Executive summary 5

Highlights 5

Scope of the report 7

Market overview 7

Key market vendors 9

PART 02: Market research methodology 10

Research methodology 10

Economic indicators 10

PART 03: Introduction 11

Key market highlights 11

PART 04: Market landscape 13

Global market size and forecast 13

Five forces analysis 16

PART 05: Market segmentation by applications 17

PART 06: Market segmentation by end-user 19

Global robotic EOAT market in automotive industry 22

Global robotic EOAT market in semiconductor and

electronics industry 24

Global robotic EOAT market in food and beverage

industry 27

Global robotic EOAT market in industrial machinery

industry 29

Global robotic EOAT market in pharmaceutical

industry 30

PART 07: Geographical segmentation 32

Robotic EOAT market in APAC 34

Robotic EOAT market in EMEA 37

Robotic EOAT market in Americas 38

PART 08: Market drivers 41

PART 09: Impact of drivers 46

PART 10: Market challenges 47

PART 11: Impact of drivers and challenges 49

PART 12: Market trends 50

PART 13: Vendor landscape 52

Competitive landscape 52

Competition analysis 53

Key takeaways 58

PART 14: Appendix 59

List of abbreviations 59

PART 15: Explore Technavio 60