The Methods for Increasing of the Efficiency in the Intelligent Assembly Cell

Abstract

Efficiency of industrial production lines is crucial as it results in an improved production and utilization of available resources. Industry companies are constantly looking for new ways to improve workplace efficiency. Manufacturing industry trends to employ more flexible assembly cells with changes in programs and configurations for robots, and to achieve a high manufacturing efficiency. The various problems inherent in current mechanized product assembly are outlined, and potential organizational, technological, and engineering measures aimed at increasing the efficiency of product assembly are examined. Future developments in automated assembly are predicted. In order to improve the effectiveness of the cell, it is important to recognize measure and reduce losses in the assembly cell. The most effective method is to analyze the OEE (Overall Equipment Effectiveness) of the cell. It is developed design of assembly system under the project an intelligent assembly cell at the Institute of Production Systems and Applied Mechanics where after process running and debugging, based on the process analysis was evaluated, it is necessary to increase the efficiency of the cell. Deployment of monitoring, visualization and simulation are predicted defects that reduce overall system effectiveness. The project is aiming to develop an efficient intelligent manufacturing system integrating real time data collection, simulation, optimization and synthesis.

Experimental INVESTIGATION OF influence WEDM PARAMETERS ON SURFACE ROUGHNESS AND FLATNESS DEVIATION

“…An advantage of WEDM technology is that it is possible to machine difficult to cat materials. The WEDM is included in a group of non-conventional technology with electrochemical machining [1][2], electrical discharge machining [3][4][5], and hybrid machining [6][7][8]. WEDM material is removed by a series of discharges occurring in the gap between the wire electrode and the workpiece.…”

Laboratory for Drawingless Manufacturing

“…By using these basic actions, we can make the whole manufacturing process for a product family. (4,5) The system remembers the storage status and makes automated changes after all storage operation, but if we perform the storage operation manually, we must update the storage status manually.…”

Design of an Experimental Device for Remote Monitoring of Variables Through the Cloud Services

“…This proposal is also based on available knowledge of similar facilities of other schools or companies. Also, during the design, the practice requirements were considered to bring the target group (working with this and similar devices) to a new way of thinking and solving practical problems [1][2][3][4][5][6][7][8][9][10][11][12][13].…”