RELIANCE UAZ34553475 VZ3000

Description

RELIANCE UAZ34553475 VZ3000

RELIANCE UAZ34553475 VZ3000

A new research method has been developed, based on modular design and starting from the overall function of the packaging machine, to design its topology structure and obtain an ideal automatic packaging machine model. Keywords: Automatic packaging machine; Topological structure design; Modularization; Model Introduction: With the development of science and technology and the intensification of market competition, customer demand is also increasing, and the cycle of product updates is becoming shorter and shorter. Therefore, packaging machinery is required to have good flexibility and flexibility, so that the lifespan of the packaging machinery is much longer than the lifespan of the product, in order to meet the economic requirements. This requirement is also reflected in the following aspects: firstly, to improve production efficiency, secondly, to adapt to the needs of product updates and changes, thirdly, to be able to provide remote diagnostic services, fourthly, based on environmental protection, with low noise, dust and waste, and fifthly, to minimize equipment procurement investment and price. The use of topological structure design provides a scientific and reliable method for the design and innovation of packaging machines. In terms of topology design concept, the goal should be based on user needs, combined with flexible and modular design concepts. One machine can be used multiple times, or different functions can be completed by replacing a small number of parts and components; Through topological structure design, institutional innovation is achieved to meet the packaging needs of different products.

ICS TRIPLEX 9852*3
ICS TRIPLEX 9100
ICS TRIPLEX E87647-DG
ICS TRIPLEX PM3398B-6P-1-3P-E
ICS TRIPLEX 80026-172-23
ICS TRIPLEX T8191
ICS TRIPLEX T8160
ICS TRIPLEX T8193
ICS TRIPLEX T8100
ICS TRIPLEX T8110C
ICS TRIPLEX TC-801-02-4M5
ICS TRIPLEX TC-301-02-2M0
ICS TRIPLEX TC-201-01-6M5
ICS TRIPLEX TC-215-01-4M5