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Saturday, February 11, 2012

PARTS OF ROBOTS AND ITS PURPOSE.


Robot Parts

Robot parts avoid the problems of having to design and build an entire robot from scratch. With these specialized robot parts, you will be able to build or modify a robot quickly; you will make it more professional, intelligent and adaptable to its environment. Certainly, the steady advance of robot parts will change the way we build robots. Choose the parts you need or select a robot kitwhich includes everything you need, and get started building your own robot today!
Motors and ActuatorsRobot Sensors
Microcontrollers


Roomba Parts
Roomba Parts
Microcontrollers
Microcontrollers
Single Board Computers
Single Board Computers
Robot Sensors
Robot Sensors
Motor Controllers
Motor Controllers
Motors and Actuators
Motors and Actuators
Mechanics
Mechanics
Communication and Control
Communication and Control
RFID
RFID
Power Systems
Power Systems
Software
Software
Data Storage
Data Storage
LCD and Display
LCD and Display
Relay and LED Controllers
Relay and LED Controllers
Lighting
Lighting
Interface Adapters and Converters
Interface Adapters and Converters


Cables, Wires and Connectors
Cables, Wires and Connectors
Electronic Components
Electronic Components

Essential Robot Parts
Some of the most crucial robot parts are: 
• Robot sensors: Robots’ intelligence depends highly on their sensors. The sensors detect elements in the surrounding environment and send information to the controller. Based on this information, the controller makes its decisions. Generally, a robot has several sensors to scan the environment. Sensors can include ultrasonic range finders to measure point distances, laser scanners to measure 2D and 3D distances for mapping, sound sensors, light sensors and more. 
• Microcontrollers: Microcontrollers act as the brain of robotic projects. These devices work similar to the central processing unit of the computer. They are capable of collecting information, processing it and deciding the actions of the robot. 
• Motor: A motor converts electricity into mechanical motion. There are different types of motors, which differ in terms of size, functionality and the amount of power they generate. 
• Motor controller: This device acts as an intermediate between a microcontroller and a motor. A microcontroller is not capable of proving enough power to a motor so instead it sends commands to a motor controller which handles the higher power requirements. 
• Mechanical parts: Mechanical parts come in different forms and shapes. Mechanical parts are chosen based on the specific objectives of a robot. Certain common mechanical parts are wheels, tracks, casters, connectors, motor mounts, pan and tilt systems, gear boxes, chassis/frame and grippers. 
• Power systems: Most robots require a battery to function. Many employ a Nickel Metal Hydride (NiMH), Nickel-Cadmium (NiCd) or Lithium-ion (Li-ion) battery, though others may use alkaline, lead acid or other less common types. Some robots are powered or recharged by solar energy. Standard power equipments often include battery, charger and adapters. 
• Communication devices: Optimum performance of a robot depends on successful communication. Robotic structures come with sophisticated communication and control devices for transmitting and processing messages. Essential communication devices include modem, Bluetooth, remote control and telemetry. Purchase robot parts from authorized sellers who possess considerable industry experience. RobotShop is an internationally renowned source for buying robotic parts. The company’s website www.robotshop.com provides detailed information on robotics and a variety of robot tools and devices for your needs.

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