The AIOI Pick2Light system is an interactive tool that helps operators by clearly indicating the specific shelf location and, when needed, the quantity of items to be picked or placed. Available in several models, each unit features colored LEDs and a single confirmation button, offering versatile configurations to efficiently manage tasks.
This page describes the specifics for configuring the AMT/EST SX wifi battery tools to work with OGS, for general information about the OGS OpenProtocol configuration, see OpenProtocol Tools.
The Atlas Copco MicroTorque tools and MT Focus 6000 Controller deliver advanced tightening solutions for any low-torque application. Designed to meet the high standards of the modern electronics industry, these tools ensure precision and accuracy for every fastener—boosting both production efficiency and quality.
The Atlas Copco Powerfocus 4000/6000/8 controllers and tools are a controller platform for all your assembly needs. Using Virtual Stations, multiple tools can be operated from one single controller with different tightening settings. The perfect solution for your smart integrated assembly operation.
The Nexo cordless nutrunners are advanced battery powered tightening tools with high accuracy and reliability. They are certified for safety-critical tightening connections according to VDI/VDE 2862. The tools feature built-in controllers with WiFi communications. They use the OpenProtocol communication protocol to communicate with the heOGS software. They also support traceability data and curve output, see tool data http output.
This page describes the specifics for configuring the Cleco CellCore wifi battery tools and their mPro200/300/400 controller to work with OGS. For general information about the OGS OpenProtocol configuration, see OpenProtocol Tools.
The Doga BM/BMH/BMT-series wireless tools use Modbus/TCP for controlling tightening operations and reporting events, data and graphs. Also PSet modification are possible over Modbus/TCP.
The GUI Input tool is a custom interface that allows the operator to input values for a set of predefined parameters. It validates the entered values against their allowed ranges, and once the operator clicks the "Accept" button, the result is displayed, indicating whether the values are within the valid range or not. The GUI can accommodate up to 6 parameters for value entry. See the reference image below:
The GWK electronic torque wrench family is a series of electronic torque wrenches with builtin WiFi communications. They support multiple communication protocols, one of them is OpenProtocol which is used by OGS to communicate with the tools.
HikRobots VisionMaster is a machine vision software that is committed to providing customers with algorithm tools to quickly build vision applications and solve visual inspection problems. Can be used in various applications such as visual positioning, size measurement, defect detection, and information recognition. The software works with all HikRobot industrial cameras and provides a TCP based interface to connect to other systems (like OGS). You can find more details on the HikRobot VisionMaster.
The Keyence IV4 is a samrt vision sensor with added AI capabilities. It can detect parts without using position adjustment, can check if the correct amount of parts are in their proper location, and can read and count targets under tough conditions. You can find more details on the Keyence IV4 AI Vision Sensor product page.
The MSTKN socket trays functionality is currently extended with the help of Lua support. Previously, the socket groupings were serially restricted, with sockets assigned to tools in sequential blocks (e.g., sockets 1-4 mapped to tool 1, sockets 5-8 to tool 2). This limitation meant that you could not map a socket out of sequence—such as mapping socket 9 to tool 1 if tool 1 had already been assigned sockets 1-4. However, with the introduction of Lua support, this serial restriction has been removed, allowing for more flexible mapping. Now, any socket can be mapped to any tool, regardless of its numerical order (e.g., tool 1 can now include sockets 1, 8, 7, and 5).
This page describes the specifics for configuring the Makita 18V wifi battery tools to work with OGS, for general information about the OGS OpenProtocol configuration, see OpenProtocol Tools.
The EPC 01 is a high quality pincer system developed by Oetiker. It ensures the uniform and reliable assembly of Oetiker clamps by providing verified and traceable connection installation and ensuring the highest quality standards through accurate and precise process control.
The Rexroth OPEXplus electronic torque wrench family is a family of electronic torque wrenches with builtin WiFi communications. They use the OpenProtocol communication protocol to communicate with the heOGS software.
The Stahlwille Manoskop 766 is an electromechanical torque wrench that provides precise torque control with visual and audible feedback. The tool features a color display and WiFi connectivity, allowing seamless integration with OGS for guided tightening operations.
The S_Cal EVO Smart is a high-quality digital caliper made by Sylvac, designed for accurate and easy measurement. It features a large display, durable stainless steel body, and Bluetooth® connectivity for quick data transfer. With smart functions like automatic wake-up and sleep mode, it's a reliable tool for everyday use in workshops and production environments.
The Wenglor weQube B50 is available as a smart camera, vision sensor and OCR reader and solves a wide range of industrial image processing tasks in real time. The highly modular hardware platforms in combination with high-performance machine vision software enable tailored adjustment for all machine vision applications. You can find more details on the Wenglor weQube B50 product page.