2025131;The version represents the relationship between the product master, which can be selected for configuration on an order or quotation line, and the product configuration
201771;Optimizing the configuration of a complex production line is an NP-hard problem in various machine settings. Solving real-life-size instances of this problem becomes a more
In-line Layout (Linear Layout): In an in-line layout, the working area and machines are configured in a linear configuration, where the board is moving in a single straight line through different phases of assembly. Its compact and simple
The general SMT production line process includes three steps of solder paste printing, pick and place machine and reflow oven. The pick and place machine is the primary core device: it is used to achieve high-speed, high-precision, fully
Download scientific diagram | Example of a single production line configuration with three chassis areas from publication: A GRASP for simultaneously assigning and sequencing product
615;The throughput of the production line, i.e. Th(B), is a function of the machine parameters and the buffer configuration, and this function cannot be obtained in a closed form
Production Line Configuration. Material Processing. Soft rock production line configuration scheme. The above table is for reference only. Before selecting the production configuration, it
201911;Based on these characteristics was created an algorithm for the design of the reconfigurable manufacturing line configuration. The suggested reconfigurable line
425;In this research, we proposed a meta-heuristic algorithm for solving large-scale optimization of resource configuration, process design, control design, and line configuration. The main goal is to automate the production
11;Dur- ing initial line design, when a new dedicated production line is configured for a new product, as well as in yearly planning, when the configuration of the dedicated line is
202461;Moreover, while prior studies often concern mixed lines, where multiple product types are simultaneously manufactured, this paper addresses a multi-model line where each
200911;A production line may for example not be achieving desired production levels due to a deterioration in service levels or to a changed product or product mix. Clearly, in such
The SMT assembly line, commonly known as the SMT line, allows for automated mass production of printed circuit board (PCB) assemblies with great precision and speed. This article provides
615;The throughput of the production line, i.e. Th(B), is a function of the machine parameters and the buffer configuration, and this function cannot be obtained in a closed form
20161115;The simplest line is the I-line, a straight line. This is common for very short lines or for automated lines. It is also used for processes that cannot have bends in the line for
Create a production process design before creating individual production processes for a particular production line.
In this paper, we address a variant of a batch scheduling problem with identical parallel machines and non-anticipatory family setup times to minimize the total weighted completion time.
production line is established by using information entropy theory. Then, the cost of the part logistics is derived considering different variety of parts. Furthermore, the function of
202557;In the proposed framework, three scenarios related to production line configuration are modelled as batch, mixed-model, and intermittent production lines based on
81;To the best of our knowledge, none of the studies have considered joint optimization of product family configuration and smart production line selection, which is
2016118;Overall, there are a lot of things to consider when designing a new production line. The points above are just to get you started. In my next post I will look at actual line
20161115;The simplest line is the I-line, a straight line. This is common for very short lines or for automated lines. It is also used for processes that cannot have bends in the line for
531;These two configurations are inline and rotary. In-line Type. The in-line configuration consists of a sequence of workstations in a more-or-less straight line arrangement. The flow of work can take a few 90° turns, either for
Creating an effective and comprehensive production line setup checklist is crucial for boosting operational efficiency and maintaining quality in manufacturing processes. By meticulously
618;2.2 Buffer configuration model 2.2.1 Model of minimum logistics intensity considering independent buffer area. In an actual production process, the logistics intensity