'robotic assembly' is a correct and usable phrase in written English.
It is used in a variety of contexts to refer to the automation of a manufacturing process using robots. For example: "The manufacturing plant has recently introduced robotic assembly to speed up production."
In state-of-the-art robotic assembly systems, the assembly sequences and robot motions are pre-defined manually, which significantly impairs the automation of next-generation manufacturing.
Layout area, operation time and manipulability of robot are the three design criteria useful to evaluate the robotic assembly systems are presented.
This paper presents a robotic assembly application designed and implemented with a two-component robot system, which includes a robot manipulator and a static vision system.
The design of the product is an important aspect of robotic assembly.
The company had recently invested in a robotic assembly line for a crushed hazelnut and dark chocolate candy that is popular in Russia.
While Ferraris were traditionally built by hand, this one gets its window glass from the company's first robotic assembly unit — a jarring sight in an Old World shop where seamstresses still hand-sew the upholstery.
These hybrid algorithms are evaluated using an example design problem of multi-robotic assembly system, and the effectiveness of these algorithms are presented in this paper.
The proposed evaluation approach is systematic; it can be applied on design and evaluation of diagnostics systems on other PLC based automated systems such as heating, ventilation, and air conditioning (HVAC), robotics assembly.
This adjusts the misalignment of peg during robotic micro assembly.
This paper proposes a concurrent intelligent approach and framework for the design of robotic flexible assembly systems.
In addition, practical case studies were conducted with parameters collected from a real-world robotic welding assembly line located on the outskirts of Curitiba-PR Brazill), reaching optimality.
