The phrase "manufacturing robots" is correct and usable in written English.
You can use it anytime you are referring to robots that are used in a manufacturing setting. For example, "The factory has invested in numerous manufacturing robots to help speed up production."
This is now changing rapidly as a new wave of manufacturing robots appears, driven by the collapsing cost of computing and the rapid emergence of inexpensive sensors that give robots new powers of vision and touch.
Resources in a resource dependency model may represent, e.g., individual ICT servers, ICS devices, software components or, in other use cases, manufacturing robots, suppliers, soldiers, or vehicles.
Whereas the first wave of manufacturing robots were put in cages and stayed there, robot solutions driven by needs in manufacturing and logistics today are forming a technology base that will support applications across broad service industries.
Unlike manufacturing robots, whose kinematics are pre-programmed based on robust metrology, tight tolerances, and rigid workpieces, construction robots operate under conditions of imperfect metrology, loose tolerances, and large workpiece uncertainties.
Drilling down on what accounts for the high concentration of Boston area based companies manufacturing robots, Mountz believes it's the combination of "technical talent" pouring out of the surrounding universities along with machine shops in the New England area "that can do sheet metal … or stamping of parts" or any necessary work need to bring the robots to life.
For example, Foxconn (China's largest private employer and the manufacturer/assembler of Apple and other global manufacturers smartphones has plans to install over one million manufacturing robots within three years.
These days virtually every big-ticket control system, lab device and manufacturing robot comes with built-in network communications and a PC for a control console.
Virtually every big-ticket control system, lab device and manufacturing robot comes with built-in network communications and a PC for a control console.
In addition to these medical robots, the robotics market includes robots for manufacturing, service robots such as for cleaning or security, and entertainment robots.
"We're definitely watching their progress," said Rodney Brooks, founder of Rethink Robotics, a Boston-based maker of low-cost manufacturing robot systems.
In September , 2012 Brooks and the Rethink Robotics team unveiled its flagship product: Baxter, a manufacturing robot designed to work side-by-side with humans, able to be taught new tasks without any programming.
