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Robots used in manufacturing processes like welding, painting, assembly, and material handling, often found in automotive factories.

Robots that perform tasks for humans excluding manufacturing, e.g. cleaning robots, delivery robots, medical robots.

Robots used in medicine and surgery to aid doctors in precision and control, such as the da Vinci Surgical System.

Robots used for defense purposes, such as drones for surveillance or bomb disposal robots.

Robots used at home, mostly for chores such as cleaning, mowing the lawn, or as personal assistants.

Robots designed for space exploration, like the Mars rovers, often operating in harsh environments and over large distances.

Robots specifically made to function underwater for tasks such as oceanographic research, underwater welding, or pipe inspection.

Robots which allow individuals to feel as if they were present in a different location, often utilized for remote work or virtual meetings.

Robots that perform agricultural tasks such as planting seeds, harvesting crops, or monitoring field conditions.

Robots designed to aid in teaching and learning, ranging from simple programmable toys to advanced humanoid robots.

Robots with a body shape built to resemble the human body, often intended for human interaction or mimicking human movements.

Robots designed for entertainment purposes, such as robotic toys, animatronics, or performance robots.

Also known as cobots, these are designed to work alongside humans in a shared space, often in assembly lines or warehouses.

Wearable robots that enhance the physical capabilities of the user, often used for rehabilitation or to provide assistance in lifting heavy objects.

Robots designed to assist in the aftermath of disasters, such as earthquakes or nuclear accidents, to carry out search and rescue missions.

A collection of robots that operate as a coordinated system, often inspired by natural systems like ant colonies or bird flocks.

Extremely small robots on the nanometer scale, potentially useful for medical applications like targeted drug delivery or cancer treatment.

Robots that are designed to imitate the cognition or behaviors of animals, insects, or even humans, often for research or medical purposes.

Robots specifically designed to find and rescue people from dangerous situations, often used in fire fighting or search operations.

Robots used on building sites to automate tasks such as bricklaying, painting, or even complex construction tasks.

Highly articulated mechanical arms used for a variety of tasks, from assembly lines in factories to precision tasks such as surgery.

Robots that assist patients in the recovery of motor functions, often utilizing therapies that encourage neuroplasticity.

Robots designed to perform cleaning tasks, from household cleaning robots like the Roomba to large industrial floor cleaners.

Robots used to monitor and report on activity within a given area, often equipped with cameras and other sensors.

Robots designed to transport goods around a warehouse or distribution center, improving efficiency in supply chains.

Vehicles equipped with AI that can navigate and operate without human input, which includes self-driving cars and unmanned aerial vehicles.

Robots designed to provide companionship or assist with daily living, often targeted at the elderly or those living alone.

Robots used in academic and industrial research to test theories, algorithms, or to model complex systems.

Robots that automate the sorting, picking, and placing of products in warehouses, aimed at streamlining order fulfillment processes.

Robots made from highly flexible materials that mimic the flexibility and adaptability of biological organisms.

Robotic systems designed to automate food preparation, from chopping ingredients to cooking and plating meals.

Robots used in the industrial sector to automate painting processes, ensuring precision and consistent quality.

Robots that carry out quality control and infrastructure inspections, often in places inaccessible or dangerous for humans.

Robots that build 3D objects through additive processes, such as constructing building components or customized manufacturing parts.

Robots designed for packaging applications within industries, capable of high-speed packing and custom packaging designs.

Robots that automate the movement, storage, protection and control of materials throughout the manufacturing process.

Robots designed to operate in hazardous settings like chemical plants or radiation-heavy environments to prevent human exposure.

Tiny robots that are micrometers to a few millimeters in size, often used for precision tasks, academic research, or medical procedures.