The phrase "assembly machines" is correct and usable in written English.
It can be used to refer to machines that are designed for assembling products or components in a manufacturing process.
Example: "The factory invested in new assembly machines to increase production efficiency and reduce labor costs."
Alternatives: "manufacturing equipment" or "production machinery".
Expensive and somewhat inflexible, automatic assembly machines are economical only if they produce a high level of output.
Examples of fixed automation include machining transfer lines found in the automotive industry, automatic assembly machines, and certain chemical processes.
Programmable assembly machines are represented by the component-insertion machines employed in the electronics industry, as described above.
Automated assembly machines have been developed that operate in a manner similar to machining transfer lines, with the difference being that assembly operations, instead of machining, are performed at the workstations.
That factory is kitted out with 3D printers, automated circuit board assembly machines, and a plastic injection molding line.
Given the production requirements, product characteristics and assembly tasks, the model defines the assembly process for hybrid assembly lines with both manual workers and automated assembly machines.
Assembly flowshop scheduling is a type of flowshop that at first each of n jobs has to be processed at the first stage consisting of m different parallel machines and then assembled at the second stage including only one assembly machine [2].
A typical assembly machine consists of several stations, each equipped with a supply of components and a mechanism for delivering the components into position for assembly.
Using our semi-automated assembly machine, we demonstrate 100 capillary array assembly in 12 min.
To solve this problem, a new automatic assembly machine was built.
The DIY assembly machine will sell for £774 (~$1,300) to a tiny handful of early backers, rising to £949 ($1,600) after that.
