"automated manufacturing" is a correct and usable phrase in written English.
It refers to the process of using machinery and technology to produce goods without the need for human labor. Example: The company invested in automated manufacturing equipment, which greatly increased production efficiency and reduced labor costs.
Early automated manufacturing efforts with nanosats will provide important experience and techniques, paving the way for additional capabilities.
The funding, which is described as a "second seed" round, should help Cuberg grow its team and its facilities in preparation for fully automated manufacturing.
This is achieved by the mathematical modelling and simulation of a real-time fuzzy adaptive scheduling and control system for a fully automated manufacturing system.
In order to achieve the goal of fully automated manufacturing systems, novel techniques and tools in many aspects of manufacturing, including scheduling and control, need to be developed.
The University of California-Berkeley's Automation Sciences Lab researches topics such as robotics, deep learning, computer-assisted surgery and automated manufacturing.
Process Controls and Model-Based Systems: In today's highly automated manufacturing environment, parametric controls are a critical component of the process control strategy and are fundamental to the process information and knowledge base.
Automated manufacturing is a key for tissue-engineered therapeutic products to become common-place and economical.
To illustrate this, the design of an architecture for the coordination layer of a prototype automated manufacturing system (AMS) is carried out with two different methods.
Strict inventory management and the use of highly automated manufacturing machines by the company have offset the impact of product price declines and foreign exchange rate moves, Canon said.
This paper proposes an approach for evaluating the design of automated manufacturing processes based on the structural complexity of the control logic.
