DESIGN OF AGILE TOOLING BASED ON DIGITAL TWINS OF MANUFACTURING EQUIPMENT
Problem and implemented solution
Digital twins of manufacturing equipment based on 3D scanning can helps to provide exact data for designing agile tools for machining automation. Implemented methodic includes number of steps – from creation of digital twins library to recommendations for designing agile tools based on digital models of machines for reducing time of design and implementation of new automation technologies in manufacturing.
Nomination
New Industry And Energy
Topic
Digital twins
Estimated duration of implementation
Estimated duration of implementation depends on number of machines required for digitalization (appx. 1 day for each one), duration of new agile technological tools design and number of required tools as well as number and complexity of other tasks based on digital twins of machines for each enterprise.
Implementation geography
Voronezh region, Russian Federation
Description of competitive advantages
The main advantages of using digital twins libraries are:
- Increasing the design speed of agile technological tools by using the working area as a reference geometry and using "blind spots" to optimize the design of the devices
- Optimal zoning of the workshop space at enterprises and pilot manufacturing plants through the use of 3D templates in the site layout
- Visualization of the machine operation to check for possible collision of nodes and optimize operating modes
- The use of digital twins in the design of digital technological processes
- The use of generative design technologies in the design of agile manufacturing tools
List of awards and prizes, media articles about the organization/individual or the Practice
N.A.
List of scientific works and IP connected with the Practice
APPLICATION OF THREE-DIMENSIONAL SCANNING TECHNOLOGY TO CREATE DIGITAL TWINS OF MACHINING FACILITIES (2024) RYABININA O.A., BOLDYREV A.I., BOLDYREV A.A., LEVIN D.YU. https://elibrary.ru/item.asp?id=67875928 АНАЛИЗ ПРОБЛЕМ, ВОЗНИКАЮЩИХ ПРИ АВТОМАТИЗИРОВАННОМ ПРОЕКТИРОВАНИИ СТАНОЧНЫХ ПРИСПОСОБЛЕНИЙ (2023) РЯБИНИНА О.А., БОЛДЫРЕВ А.И., БОЛДЫРЕВ А.А., ЛЕВИН Д.Ю. https://elibrary.ru/item.asp?id=55322043 DIGITAL TWINS OF MACHINING FACILITIES APPLICATION AT MECHANICAL INDUSTRY (2024) RYABININA O.A., BOLDYREV A.I. https://elibrary.ru/item.asp?id=65990092
