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小冲机器人

在工业生产中代替人工进行部分重复性、

危险性等时间较长的作业

例如:冲压上下料、码垛等

摆臂机器人

在工业生产中代替人工进行部分重复性、

危险性等时间较长的作业

例如:冲压上下料、码垛等。

全自动激光点焊线

1、采用激光检测全自动激光点焊,

更快速,质量好,焊点自动检测

2、智能分析数据,数据追溯,随产

线自动上下料

窝 钉 机

1、双工作台设计,可一个工作台

窝钉作业,另一个放置铆钉;

2、可编程控制器及伺服电机控制,

数据已存储,易调用;

自动收料线

冲压及注塑下料后自动收料装箱。

更快速、更高效!

横移式多工位机械臂

适用于200T-300T冲床片料

冲压,提升冲床的稼动率。

更快速、更高效!

自动上料机

1、可不同方向送料:

标准I型(直线送料)

标准L型(垂直送料)

2、适用于冲制片料的自动送料,

自适应600mm*600mm

以下料片自动分张,不叠料。

攻 牙 机

1、采用从下往上攻牙的方式,

攻牙牙杆可任意调节,不同机

种可共用攻牙组件;

2、采用同节距攻牙技术,配以

不同种类牙杆,可同时攻制

不同螺距螺纹

 

Traditional model

High cost and low efficiency

  • The traditional mode is mainly manual, high cost and low efficiency

Production data lag

  • In traditional manufacturing mode, because the equipment inside the factory is from different brands of suppliers, the equipment data standards are not uniform, resulting in data collection and upload to different databases, only single point of analysis can be done, rather than the overall data analysis

High equipment failure rate

  • In traditional manufacturing, the operation status of equipment is monitored and each process is passively judged as “normal” or “faulty”. However, if any process fails, the whole production line will be stopped

Advantages of Equipment

Data unification, productivity improvement, data traceability, intelligent analysis

  • Intelligent manufacturing mode realizes the normalization of data standards through protocol conversion, so that the data of different brands of equipment and different types of environmental data are collected and uploaded to the same database. All equipment operation data and environmental data can be analyzed in the same database

Black light factory, real-time control of production status

  • In smart manufacturing plants, people and equipment are connected through data. People, equipment and equipment are no longer isolated islands of information. Various production data can be collected, uploaded and analyzed in real time to help decision makers make decisions, eliminating a lot of intermediate links of information collection and reporting. In the intelligent manufacturing plant, historical data can be called and improved at any time, and the equipment will be monitored in real time through sensors, big data and other hardware and software systems to give early warning of possible faults. The central control room will integrate signal processing, animation technology, intelligent reasoning, prediction, simulation and multimedia technology. With a variety of audio-visual and sensing devices, virtual display of the production process, material state, etc., it shows the content is the actual state of production, the manager only need to point on the screen can control the production state

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