Build up your strength with a robotic arm

Build up your strength with a robotic arm


Dec 19, 2013
Build up strength with robotic arm What is a robotic arm? Can you actually build and increase strength while performing mechanical functions with a robotic arm? These are questions that have been present on the lips of prominent technology experts and scientists ever since this path breaking innovation was introduced to the world. How does this work? The robotic arms can be best described as a mechanical arm on the lines of the average human arm which is designed a little differently. This arm can always be programmed to emulate the functions of the human arm. There are various manipulator links which are entwined by joints. These facilitate both translational and rotational movements and displacements. These links form a chain and the terminus of the same is known as the end effector. This is usually identical and quite comparable to similar movements of the human hand. The robotic arm is often used as a manufacturing robot which should give you an idea of the sheer strength and power involved in the process. Types of robotic arms and related functions Robotic arms add just the required dose of additional power and strength in manufacturing and other mechanical activities. There are many kinds of robots that are incorporated into these arms. These can be listed below:
  • Spherical robot: This robot is ideal for taking care of fettling machines, manufacturing tools, gas welding, arc welding and die-casting
  • Articulated robot: This is ideal for assembly operations, gas welding, spray painting and fettling machines as well
  • Cylindrical robot: This works ideally for assembly operations, die-casting machines, spot welding
  • SCARA robot: This is used for applying sealants, machine tools and their handling, assembly based operations and pick and place operations
  • Cartesian robot: From pick and place work to sealant application to assembly operation activities to even taking care of machine tools, this robot does it all literally. It also specializes in arc welding
  • Anthropomorphic robot: this resembles a human hand identically including the thumbs and fingers and performs similar functions
  • Parallel robot: this robot makes use of flight simulators found in cockpits through a mobile platform
The robotic arm is mostly used for manufacturing as it builds up additional strength and power to perform tasks otherwise hazardous and unthinkable for an average human arm. There are seven segments made of metal in any robotic arm. These are conjoined by a total of six joints. The robotic arm is programmed and controlled by computers which always keep step motors linked to each individual joint moving and rotating as per the need arises. These step motors are known for their precision and movement increments are exact to say the least. Alongside, there are sensors of motion which ensures movement as per the desired amount or length. Industrial robots shoulders mounted to structure that is stationary instead of a body that is movable. There are opportunities for pivoting in six unique ways. This is one short of the degree of freedom quotient that a human arm possesses.

Frequently Asked Questions?

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AR overlays digital information onto the real world through devices like smartphones or AR glasses, enhancing the user's perception of the environment.
IoT refers to the network of interconnected devices that communicate and share data. It enables smart homes, wearable tech, and efficient industrial processes.
AI involves creating computer systems capable of performing tasks that typically require human intelligence. It includes machine learning, natural language processing, and computer vision.
VR creates a simulated environment that users can interact with. It typically involves the use of VR headsets to provide an immersive experience.
Cybersecurity is the practice of protecting computer systems, networks, and data from digital attacks. It includes measures like firewalls, antivirus software, and encryption.

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