In manufacturing, success depends not just on doing the right thing, but on doing it right, every single time. Digital work instructions make that possible by guiding operators step by step through each process, ensuring quality, consistency, and repeatability.
However, when you connect your devices directly to those digital instructions, you elevate your operations to a new level of automation, validation, and traceability. That’s where connected devices come in, bridging the gap between digital guidance and physical execution to minimize human error and drive process excellence across your production line.
Across industries, manufacturers are already seeing the benefits of connecting high-runner error-proofing tools such as vision systems and fastening devices to their digital workflows. These proven technologies deliver measurable results, but the possibilities extend far beyond them.
Today, there are hundreds of devices that can be seamlessly integrated into our Operator Guidance System, transforming your shopfloor into a smart, connected, and data-driven environment. From webcams and leak testers to digital calipers, barcode readers, printers, streamdecks, stack lights, AGVs, PLCs, and business systems, every connection adds another layer of control, insight, and efficiency.
Moreover, our platform is brand-agnostic, meaning you’re free to use the tools you already trust, no restrictions, no lock-ins. This ensures maximum flexibility while maintaining a unified, fully connected workflow.
Even a simple, low-cost webcam can be a powerful addition to your process. Capture an image of each assembled product or step and store it automatically for traceability and quality documentation. No more manual photo uploads or uncertain records, every image is securely linked to its corresponding job or batch.
Even a simple, low-cost webcam can be a powerful addition to your process. Capture an image of each assembled product or step and store it automatically for traceability and quality documentation. No more manual photo uploads or uncertain records, every image is securely linked to its corresponding job or batch.
Replace the standard one-function pushbutton with a Streamdeck, a compact console offering up to 6 programmable buttons. Operators can confirm OK/NOK results, navigate steps, or trigger custom actions with a single touch. It’s a flexible, intuitive way to add multi-option interactivity to your digital work instructions.
Replace the standard one-function pushbutton with a Streamdeck, a compact console offering up to 6 programmable buttons. Operators can confirm OK/NOK results, navigate steps, or trigger custom actions with a single touch. It’s a flexible, intuitive way to add multi-option interactivity to your digital work instructions.
Generate and print fully customized labels that fit your exact process needs. Whether you’re labeling components, packaging, or finished goods, you can design templates with all the right fields, from serial numbers to barcodes, and print them automatically at the right step in your workflow. It’s traceability, simplified and automated.
Generate and print fully customized labels that fit your exact process needs. Whether you’re labeling components, packaging, or finished goods, you can design templates with all the right fields, from serial numbers to barcodes, and print them automatically at the right step in your workflow. It’s traceability, simplified and automated.
RFID technology can be used to track assets and parts throughout the factory. While it is less precise than RTLS, it offers a more cost-effective solution through the use of RFID tags. This approach is especially well-suited for applications such as tool room check-in and check-out, detecting when tools leave designated zones, verifying that all required parts are present before a workflow begins, and monitoring tool boards with foam inserts to ensure every tool is returned.
RFID technology can be used to track assets and parts throughout the factory. While it is less precise than RTLS, it offers a more cost-effective solution through the use of RFID tags. This approach is especially well-suited for applications such as tool room check-in and check-out, detecting when tools leave designated zones, verifying that all required parts are present before a workflow begins, and monitoring tool boards with foam inserts to ensure every tool is returned.