當今，在國家政策的促進下，制作業自動化以及智能化程度的不斷提升，各種類工業機械手迅猛發展，在加工制作范疇，工業機械手的使用越來越精煉。

At present, with the continuous improvement of manufacturing automation and intelligence, industrial robots are developing rapidly, and the application of industrial robots is becoming more and more mature in the field of processing and manufacturing.

  沖壓和上下料：沖壓機器使用工業機械手，在很大程度范圍內，保證了員工的安全，提升公司的安全系數，有利于提高材料的傳送、工件的裝卸、刀具的替換以及機器的安裝等的自動化程度，從而可以提高勞動生產率，降低生產成本，加快完成工業生產機械化和自動化的腳步。上下料機器人體系具有高效率和高穩定性,結構簡略更易于維護, 可以滿意不同品種產品的生產, 對用戶來說, 可以很快進行產品結構的調整和擴大產能, 而且可以大大降低產業工人的勞動強度。噴涂機器人、點膠工業機械手，激光切割模組，均屬于工業機械手的應用領域。

Stamping and loading and unloading: Stamping robot application manipulator, is conducive to improve the transmission of materials, workpiece loading and unloading, tool replacement and machine assembly, such as the degree of automation, so as to improve labor productivity, reduce production costs, accelerate the pace of industrial production mechanization and automation. The loading and unloading robot system has high efficiency and stability, the structure is simple and easier to maintain, can meet the production of different kinds of products, for users, can quickly adjust the product structure and expand production capacity, and can greatly reduce the labor intensity of industrial workers.

    機器人安裝：工業機械手的安裝是柔性自動化安裝體系的核心關鍵，由機器人操作機、控制器、末端執行器和傳感體系組成。其中操作機的結構類型有水平關節型、直角坐標型、多關節型和圓柱坐標型等；控制器一般選用多CPU或多級計算機體系，完成運動控制和運動編程;末端執行器為習慣不同的安裝目標而設計成各種手爪和手腕等；傳感體系又來獲取安裝機器人與環境和安裝目標之間相互作用的信息。

Assembly: The Assembly robot is the core equipment of the flexible automatic assembly system, which is composed of robot manipulator, controller, end actuator and sensing system. The structure types of the operating machine are horizontal joint type, rectangular coordinate type, multi-joint type and cylindrical coordinate type, etc. the controller generally adopts multi-CPU or multi-level computer system to realize motion control and motion programming, and the end actuator is designed to adapt to different assembly objects into various claws and wrists, etc. ; The sensing system also obtains information on the interaction between the Assembly robot and the Environment and assembly objects.

    機器人視覺：機器人視覺是工業機械手體系組成的重要部分之一，工業機械手視覺可以經過視覺傳感器獲取環境的二維圖畫，并經過視覺處理器進行分析和解說，進而轉換為符號，讓機器人可以辨識物體，并斷定其位置。

Robot Vision: Robot Vision is one of the important parts of robot system, robot vision can obtain the two-dimensional image of the environment through the visual sensor, and through the Visual processor analysis and interpretation, and then converted to symbols, so that the robot can identify the object and determine its location.

東莞凱尼克自動化設備有限公司是一家專注于噴涂機械手，同步帶模組，線性模組，工業機械手的研發生產和出售于一體的國家高新技術廠家。