潍坊非标自动化厂家关于非标四个要素及应用案例图

 一，潍坊非标自动化定义：

        潍坊非标自动化就是指根据客户需求定制的非标准类的自动化设备，同样属于自动化领域，功能是按企业用户工艺要求而量身设计、定制的自动化机械设备，其操作方便、灵活不单一，功能可按用户的要求而添加，可更改余地大。常用于工业、电子、医疗、卫生以及航空航天等领域。

 二， 潍坊非标自动化和自动化设备区别：

        1、非标自动化根据顾客要求设置和定做，自动化是固定的机型。

        2、非标自动化是小量生产，自动化设备符合大量的生产。

       3、自动化设备都是微机控制成套出厂，它的设置具有一定专业性和极限性。非标自动化设备可根据实际需要进行配套和设置，但它不是标准设备。

三，潍坊非标自动化应用行业

     自动化技术广泛用于工业、农业、军事、科学研究、交通运输、商业、医疗、服务和家庭等方面。采用自动化技术不仅可以把人从繁重的体力劳动、部分脑力劳动以及恶劣、危险的工作环境中解放出来，而且能扩展人的器官功能，极大地提高劳动生产率，增强人类认识世界和改造世界的能力。

    随着劳动力成本的不断提高,越来越多的企业关注工厂自动化这一领域,也给这一行业带来了发展商机。同时，如何提升服务水准也成了非标自动化机械行业的当务之急。我国非标自动化机械化企业数量较多，但规模较小，技术落后、竞争同质化是共同的特点。

四，潍坊非标自动化厂家管理控制要点

  A、设备设计的合理性

       设计工作是非标准机械设备制造的关键所在，设计是否合理直接决定后期的设备质量。首先是根据设备的实际需要进行相应的设计，在设计的过程当中要考虑经济实用性。积极的引进新的技术，提高设备的质量。在设计过程当中应该严格制定相应的参数。为了确保设计的合理性，可以进行相应的模拟实验，尽可能满足设备运行的实际条件，从而得到设备正常运行的参数，根据这些参数对设计方案进行修正和优化，不断的解决在实际运行当中存在的各种问题。

       B、标准零部件尽量采用成品件

       在进行非标自动化设备制造过程当中，应该尽可能的使用标准的零部件，因为这些成品零部件是按照规定的强制标准来进行生产的，其规格尺寸十分标准，而且质量也有保障。

       C、提高设计效率缩短制造周期

       设计制造零部件时,从设计到制造,工作量往往很大,需要消耗很多的时间,使得设备的设计制造周期延长。如果采用零部件的成件品则可缩短自行设计零部件的时间,进而缩短设备设计制造的周期,提高了设计效率。

      潍坊非标自动化厂家，潍坊非标自动化，潍坊非标自动化流水线厂家 在进行非标自动化设备设计时要首先要考虑得是它的效果和效益,这才是衡量非标设备成败的主要标准。同时要考虑设计的合理性,让设计满足生产需求、工艺和节能低耗要求。

潍坊非标自动化厂家，潍坊非标自动化应用案例

1. The definition of non-standard automation:

        Non-standard automation refers to non-standard automation equipment customized according to customer needs. It also belongs to the field of automation. The function is tailor-made and customized automatic mechanical equipment according to the process requirements of enterprise users. Its operation is convenient, flexible and not single. It is added according to the user's requirements, and there is a lot of room for change. Commonly used in the fields of industry, electronics, medical, health, and aerospace.

 Second, the difference between non-standard automation and automation equipment:

        1. Non-standard automation is set up and customized according to customer requirements, and automation is a fixed model.

        2. Non-standard automation is small-volume production, and automation equipment is in line with large-volume production.

       3. The automation equipment is controlled by a computer as a complete set, and its settings have a certain degree of professionalism and limit. Non-standard automation equipment can be matched and set according to actual needs, but it is not standard equipment.

3. Non-standard automation application industry

     Automation technology is widely used in industry, agriculture, military, scientific research, transportation, commerce, medical care, services and households. The use of automation technology can not only liberate people from heavy physical labor, part of mental labor, and harsh and dangerous working environments, but also expand human organ functions, greatly increase labor productivity, and enhance human beings’ ability to understand and transform the world. .

    With the continuous increase of labor costs, more and more companies pay attention to the field of factory automation, which also brings development opportunities to this industry. At the same time, how to improve service standards has become a top priority for the non-standard automation machinery industry. There are a large number of non-standard automation and mechanization enterprises in my country, but their scale is relatively small. The common features are backward technology and homogenization of competition.

Fourth, the management and control points of non-standard automation manufacturers

  A. The rationality of equipment design

       Design work is the key to the manufacture of non-standard machinery and equipment. Whether the design is reasonable or not directly determines the quality of the later equipment. The first is to carry out the corresponding design according to the actual needs of the equipment, and the economic and practicality should be considered in the design process. Actively introduce new technologies to improve the quality of equipment. Corresponding parameters should be strictly formulated during the design process. In order to ensure the rationality of the design, corresponding simulation experiments can be carried out to meet the actual operating conditions of the equipment as much as possible, so as to obtain the parameters of the normal operation of the equipment. According to these parameters, the design plan is revised and optimized, and continuous solutions exist in actual operation. Various problems.

       B. Use finished parts as much as possible for standard parts

       In the manufacturing process of non-standard automation equipment, standard parts and components should be used as much as possible, because these finished parts are produced in accordance with the mandatory standards set by the country, their specifications and dimensions are very standard, and the quality is guaranteed.

       C. Improve design efficiency and shorten manufacturing cycle

       When designing and manufacturing parts, from design to manufacturing, the workload is often very large, and it takes a lot of time, which makes the design and manufacturing cycle of equipment prolong. If the finished product of parts is used, the time for self-designing parts can be shortened, thereby shortening the cycle of equipment design and manufacturing, and improving design efficiency.

      Non-standard automation manufacturers, non-standard automation, non-standard automation assembly line manufacturers must first consider its effects and benefits when designing non-standard automation equipment. This is the main criterion for measuring the success or failure of non-standard equipment. At the same time, it is necessary to consider the rationality of the design, so that the design meets the requirements of production requirements, craftsmanship, and energy saving and low consumption.