应用举例
以下的应用举例向您展示了我们的产品在实践中的可能用途。
过滤应用程序的实例
18 应用实例符合搜索标准
Automated fastening on the conveyor belt
In the production of electronic components, components must be screwed together. Automating this process helps screw as many components as possible in the shortest time without compromising quality. To achieve a short cycle time, screwing operations are performed continuously while components move along the conveyor belt, ensuring a fast and efficient process
Checking the colour and position of multi-coloured cables
In many applications, connector harnesses with colour-coded pin positions are used to make electrical connections between different components.
Checking the correct position of a connector
During the assembly and production of electronic parts, connectors must be attached to printed circuit boards, and wires or cables are inserted in the connectors. The aim of the application is to check whether a connector has been fully inserted into the socket.
Comparing Plain Text and DMC-Codes
In modern production facilities, where traceability and quality control are essential, reading OCR and DMC codes on components plays a key role. These codes are used not only for identification, but also to ensure complete traceability of products and components throughout complex manufacturing processes. A reliable vision system must not only recognize OCR and DMC codes, but also compare them against each other.
Position of parts in the tray
During the assembly, packaging and production processes in different sectors, parts must be collected from trays for individual work steps.
快速、轻松地读取代码——无需专业知识
每天,成千上万的包裹在全球范围内运送。为了确保每个包裹都能被可靠地追踪,运输标签必须准确读取,这些标签通常包含条形码、二维码。视觉相机自动识别并解码这些标签。然而,在相机能够有效执行此任务之前,需要进行适当的设置,而这个设置过程往往是第一个障碍。
检测和控制印刷电路板上的热熔胶
在许多印刷电路板上,导热膏可确保电子工件和散热器之间的最佳热传导。
散热膏涂抹不正确会导致工件损坏。
为防止这种风险,相机应检测导热膏是否存在、位置和几何形状是否正确。
电子元件的自动化螺丝锁付
在电子制造中,印刷电路板(PCB)通常由机器人自动进行锁螺丝操作,例如用于控制单元、电池组或其他组件。为了确保操作的精确性与可靠性,机器人需要准确掌握电路板的位置以及每一个螺丝孔的精确坐标。视觉相机承担这一任务:确认 PCB 放置正确,并向机器人提供精准的螺丝点坐标。
电气连接器的可靠针脚位置检测
几乎每个电气工件都有带针脚的插头连接。在生产过程中,由于机械应力等各种影响,这些针脚可能会弯曲或位置不正确。这会导致工件损坏。因此,仔细检查针脚以尽早发现可能的损坏非常重要。
轻松实现可追溯性:显示代码内容、文本和存档。
在现代制造业中,对无缝工件可追溯性(跟踪和追溯)的需求不断增长。数据矩阵代码(DMC)已成为最可靠的识别和跟踪方法之一。我们的目标是扫描每个工件上的数据矩阵代码,确保精确的产品加工和完美的序列号管理。













