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omron scanner, keyence, error correction codes, unreadable barcodes, unreadable data matrix, unreadable qr, data matrix detection, reading accuracy,brake disc coding, wheel coding, aluminum die cast coding, sand mold coding, gear coding, leather coading, wood coding, pallet coding, glass coding, rubber coding, tyre coding, pipe coding, steel billet coding, steel coding, metal coding, metal sheet coding, battery coding, battery housing coding, axle coding, engine blocks coding, chassis coding, CDOT Demo Software Guide Last Updated: December 30, 2024 This guide provides step-by-step instructions for using CDOT Demo Software to effectively mark and decode codes. Optional Setup: Create Folder Structure For convenience, we recommend setting up a folder structure: On your Desktop, create a folder named 'CDOTDemo'. Inside 'CDOTDemo', create two subfolders: 'CDOTFiles' and 'CDOTDecoder'. This organization is optional, and you may choose other folder locations based on your preference. Getting Started Step 1: Install the Software Download and install the CDOT Software onto your PC. Step 2: Log in Open the app and log in with your credentials. Ensure your internet connection is active, and manually type your login credentials if you encounter any issues. Open CDOT Lab Download CDOT Windows App Download the Success Story as PDF Using the Software Before Marking: Prepare CDOT Files Navigate to the 'Demo CDOT' tab in the application. Select the file format compatible with your laser software and the desired size for the CDOT pattern: Option A: For a CDOT size of 12mm x 12mm or larger. Option B: For a CDOT size smaller than 12mm x 12mm. Click on 'Save CDOT Files' and choose the directory where you’d like to save the files (use Desktop/CdDOTDemo/CDOTFiles if you created the recommended folder). After saving, import the generated CDOT files into your laser software as you would any vector graphic or logo. Step 3: Mark with Laser Mark the CDOT onto the surface using your laser, following your laser software’s instructions. Decoding the Marked CDOT Decoding Part: Setup and Capture Images To decode the CDOT, you can use either an industrial camera or a handheld scanner. 1. Camera Setup: - Open the camera software and configure it to save captured images to a folder on your PC. - Depending on the camera brand and model, you may need to set this up to save directly or use FTP. For configuration help, contact the camera supplier. - Set the image-saving directory as desired (use Desktop/CDOTDemo/CDOTDecoder if you created the recommended folder). 2. Configure Cosmodot Demo App: - In the 'Settings' tab of the app, click on the text area to choose the folder where images are saved by the camera (select Desktop/CDOTDemo/CDOTDecoder if you created the recommended folder). 3. Viewing Decoding Results: - Go to the 'Main' tab in the app to view the decoding results. The app displays results for the most recent image. - You can either capture images with the camera or manually place images in the selected folder to see CDOT decoding in action Image Without CDOT: Image With CDOT: Troubleshooting Common Issues Login Issues 1. Problem: Unable to log in. - Check your internet connection and manually type your login credentials instead of copy-pasting. If issues persist, please contact support. Marking Issues 1. Problem: CDOT files look fine in viewers but appear corrupted when imported into laser software. - Solution: his may be due to an incompatibility between your laser software’s file format version and the CDOT files. Please contact support for assistance. Decoding Issues 1. Problem: Unable to select the camera's image-saving directory. - Solution: Select the fixed directory where the camera saves images from the Cosmodot Demo app. The app will still function properly with this setup. 2. Problem: Images appear in the folder, but no results show in the app’s 'Main' tab. - Solution: Verify that the folder with images matches the one defined in the app’s 'Settings' tab. If the issue persists, try running the app as an administrator. 3. Problem: No option to run the app as an administrator. - Solution: Navigate to the app’s installation folder (usually C:/Program Files/Cosmodot Inc/Cosmodot Application), right-click on the app, and select the 'Run as administrator' option.

Automation, AI-compatible code, Traceability 4.0, Industrial AI, signal processing, steganography, resistant 2D code, resistant QR code, zebra, honeywell, label printer, industrial printer, barcode printer, barcode scanner, custom QR code, dynamic QR code, generate QR code, generate data matrix code, create QR codes, create free QR codes, typescript, EAN, figma, php, bulk qr, quiet zone, Gs1 data, generator, create qr, data matrix code, dpm barcode scanner, marking methods, dot matrix CTRACE Echtzeit-Rückverfolgbarkeitsplattform CTRACE bietet Echtzeit-Transparenz, -Verfolgung und -Kontrolle vom Rohmaterial bis zum Endprodukt und darüber hinaus. Es betreibt bidirektionale Kommunikation und Datenübertragung zwischen Einzelteilen und SPSen, SCADA-Systemen und MES. Diese nahtlose Integration ermöglicht eine umfassende Überwachung und Verwaltung während des gesamten Produktionsprozesses und gewährleistet so Effizienz und Qualität in jeder Phase. CTRACE-Mission Vereinheitlichung von Fertigungs- und Supply-Chain-Exzellenz: Die Mission unserer Plattform besteht darin, alle Beteiligten nahtlos miteinander zu verbinden, einwandfreie Produktlieferungen zu priorisieren, gegenseitige Transparenz und Zusammenarbeit zu fördern, Produktionsplanung und -pläne zu optimieren und die Bestandsverfolgung nach dem Versand zu erleichtern. Gemeinsam definieren wir Effizienz und Konsistenz neu. Hauptmerkmale der CTRACE-Plattform Digitale Transformation Mithilfe von CDOT, unserem exklusiven 2D-Code, der sorgfältig für eine präzise Rückverfolgbarkeit entwickelt wurde, und anderen Codes werden digitale Aufzeichnungen erstellt und die Kommunikation mit IoT-Geräten (Internet of Things) für die automatische Datenerfassung und -übertragung genutzt. Dateneinblicke in Echtzeit Sammeln und sofortige Analyse von Daten in Echtzeit zum Produktstatus und -verbleib. Es liefert ein sofortiges Verständnis der Produktherkunft, -bewegung und -werte und ermöglicht so eine fundierte Entscheidungsfindung. Nahtlose IoT-Integration Überwachen Sie Produktbedingungen wie Temperatur und Luftfeuchtigkeit, verfolgen Sie deren Fortschritt und stellen Sie Daten für eine umfassende Analyse bereit. Es verbindet sich harmonisch mit IoT-Geräten, Sensoren und Maschinen und überwacht teilbasierte Prozess- und Produktionswerte.

CDOT, CDOT AI code, QR code, data matrix, barcode, traceability, DPM, direct part marking, digital ID, Reader, Cognex, Keyence, Datalogic, Laser Marking, Track and Trace, OCR ICR, serial number, AI, hard process code, scanner, code reading, printer, uv laser, fiber laser, unique ID, RFID, NFC tag, counterfeit tracking, authentication, image processing, document security, product traceability, Artificial Intelligence, funding, 2D code, Serialized Digital ID, Durable code, Resistant code SUCCESS STORY How Ford Otosan Gölcük Plant and Döktaş Manisa Aluminum Casting Plant Implemented CDOT AICodes for Enhanced Traceability in Aluminum Low-Pressure Die-Casting (LPDC) EV Battery Housing Manufacturing. The Success Story will be ready for download shortly… Please enter your work email... Select Company Size* By clicking “Submit” you agree to our privacy policy & terms of service. Submit Download the Success Story as PDF

CDOT, CDOT AI code, QR code, data matrix, barcode, traceability, DPM, direct part marking, digital ID, Reader, Cognex, Keyence, Datalogic, Laser Marking, Track and Trace, OCR ICR, serial number, AI, hard process code, scanner, code reading, printer, uv laser, fiber laser, unique ID, RFID, NFC tag, counterfeit tracking, authentication, image processing, document security, product traceability, Artificial Intelligence, funding, 2D code, Serialized Digital ID, Durable code, Resistant code SUCCESS STORY How CDOT AICodes Empowered EKU Fren to Achieve Unmatched Traceability in Cast Iron Production, Tracking Parts from Green Sand Molding The Congress Proceedings Book will be ready for download shortly… Please enter your work email... Select Company Size* By clicking “Submit” you agree to our privacy policy & terms of service. Submit Download the Congress Proceedings Book as PDF

CDOT, CDOT AI code, QR code, data matrix, barcode, traceability, DPM, direct part marking, digital ID, Reader, Cognex, Keyence, Datalogic, Laser Marking, Track and Trace, OCR ICR, serial number, AI, hard process code, scanner, code reading, printer, uv laser, fiber laser, unique ID, RFID, NFC tag, counterfeit tracking, authentication, image processing, document security, product traceability, Artificial Intelligence, funding, 2D code, Serialized Digital ID, Durable code, Resistant code SUCCESS STORY How CDOT AICodes Empowered EKU Fren to Achieve Unmatched Traceability in Cast Iron Production, Tracking Parts from Green Sand Molding The Full Paper will be ready for download shortly… Please enter your work email... Select Company Size* By clicking “Submit” you agree to our privacy policy & terms of service. Submit Download the Full Paper as PDF

CDOT, CDOT AI code, QR code, data matrix, barcode, traceability, DPM, direct part marking, digital ID, Reader, Cognex, Keyence, Datalogic, Laser Marking, Track and Trace, OCR ICR, serial number, AI, hard process code, scanner, code reading, printer, uv laser, fiber laser, unique ID, RFID, NFC tag, counterfeit tracking, authentication, image processing, document security, product traceability, Artificial Intelligence, funding, 2D code, Serialized Digital ID, Durable code, Resistant code SUCCESS STORY How Ford Otosan Gölcük Plant and Döktaş Manisa Aluminum Casting Plant Implemented CDOT AICodes for Enhanced Traceability in Aluminum Low-Pressure Die-Casting (LPDC) EV Battery Housing Manufacturing. The Full Paper will be ready for download shortly… Please enter your work email... Select Company Size* By clicking “Submit” you agree to our privacy policy & terms of service. Submit Download the Full Paper as PDF

brake disc coding, wheel coding, aluminum die cast coding, sand mold coding, gear coding, leather coading, wood coding, pallet coding, glass coding, rubber coding, tyre coding, pipe coding, sporcelain coding, tile coding, brick coding, stone coding, tire coding, brake pad coding, steel wheel coding, aluminum wheel coding, steel pipe coding, iron bars coding, engine blocks coding, sand coding Innovation in der Codierungstechnologie Wegbereiter von TRACEABILITY 4.0 und INDUSTRIAL AI, der eine neuartige Softwarekategorie einführt, die auf Rationalisierung ausgelegt ist die präzise Identifizierung von Teilen in anspruchsvollen Umgebungen. Aerospace Aluminum Industry Appliances Manufacturing Automotive Copper Industry Carbon Fiber Industry Casting & Forging Industry Construction Electronics Energy Industry Forest Industry Glass Industry Iron & Steel Industry Machinery & Equipment Oil & Gas Precision Parts Semiconductors Wood Industry AFFECTED INDUSTRIES Cataphoresis Die Casting Drawning & Forming Dusting & Rusting Enameling Firing Galvanization Glazing & Varnishing Heat-Treatment Low Light & Low Reading Angle Metalized Coating Painting Paper Label Damages Pickling (Acid Dissolution) Sandblasting Sand Casting Scaling (Oxidation)

CDOT, CDOT AI code, QR code, data matrix, barcode, traceability, DPM, direct part marking, digital ID, Reader, Cognex, Keyence, Datalogic, Laser Marking, Track and Trace, OCR ICR, serial number, AI, hard process code, scanner, code reading, printer, uv laser, fiber laser, unique ID, RFID, NFC tag, counterfeit tracking, authentication, image processing, document security, product traceability, Artificial Intelligence, funding, 2D code, Serialized Digital ID, Durable code, Resistant code Casting and Forging The casting and forging industry stands as one of the primary sectors where trillions worth of materials are left uncoded annually, attributed to diverse heavy processes and operations. In the casting and forging industry, high scrap rates and scrap-related costs are persistent challenges, often stemming from issues like process variability, insufficient traceability, and undetected quality defects. CDOT addresses these issues with its highly durable, AI-powered 2D code, which ensures end-to-end traceability even under the most extreme industrial conditions. By enabling real-time monitoring of process parameters and capturing precise data for each component throughout production, CDOT allows manufacturers to identify and address quality deviations early. This not only reduces scrap but also minimizes rework costs, enhances operational efficiency, and ensures consistent quality control, making it a transformative solution for tackling scrap-related inefficiencies. CDOT-Vorteile Verringern Value Chain Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Nicht identifizierte fehlerhafte Vorgänge Where CDOT code is applied Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Nicht identifizierte fehlerhafte Vorgänge CDOT code readability Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Nicht identifizierte fehlerhafte Vorgänge Verringern Value Chain Ausrangierte Materialien Where CDOT code is applied Ausrangierte Materialien CDOT code readability Ausrangierte Materialien Verringern Verringern Verringern Value Chain Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Where CDOT code is applied Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern CDOT code readability Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Verringern Improved Data Association Unique identification Each CDOT code is unique and permanently linked to a specific physical part, allowing for seamless tracking and identification throughout casting production, ready-to-mount stage, and lifecycle. Reliable data capture When CDOT codes get damaged or obscured during the stages of casting manufacturing, the link between the physical part and its digital twin is not broken. CDOT codes are durable to ensure data capture throughout the casting process, maintaining the crucial association for real-time data exchange and synchronization. Enhanced Data Analysis Complete data sets Incomplete data due to damaged or destroyed codes hinders comprehensive analysis. Durable CDOT codes guarantee complete data sets from the stages of casting manufacturing, enabling in-depth analysis of performance and quality. Connected traceability By scanning the CDOT codes, you can access detailed information about the part's origin, material composition, manufacturing process values, quality checks, and current location. This improves transparency between customers and casting manufacturers and simplifies supply chain management.

Explore how Cosmodot’s CDOT technology transforms industries with durable 2D codes, delivering unmatched traceability, efficiency, and real-time insights in manufacturing, automotive, and energy sectors. Discover CDOT Success Stories How Ford Otosan Gölcük Plant and Döktaş Manisa Aluminum Casting Plant Implemented CDOT AICodes for Enhanced Traceability in Aluminum Low-Pressure Die-Casting (LPDC) EV Battery Housing Manufacturing How CDOT AICodes Empowered EKU Fren to Achieve Unmatched Traceability in Cast Iron Production, Tracking Parts from Green Sand Molding How B/S/H Achieved End-to-End Traceability in Oven Cavity Production with CDOT AICodes

CDOT code, QR code, data matrix, barcode, traceability, DPM, direct part marking, digital ID, Reader, Cognex, Keyence, Datalogic, Laser Marking, Track and Trace, OCR ICR, serial number, AI, hard process code, scanner, code reading, printer, carbon laser, uv laser, fiber laser, unique ID, RFID, NFC tag, counterfeit tracking, authentication, image processing, document security, product traceability, Artificial Intelligence, funding, 2D code, Serialized Digital ID, Durable code, Resistant code SUCCESS STORY Innovation in der Codierungstechnologie Industry - Appliance Manufacturing CDOT AICode Enameling Furnace Access the success story of the award-winning project Download Success Story as PDF Watch the interview with the B/S/H Plant Director

CDOT, CDOT AI code, QR code, data matrix, barcode, traceability, DPM, direct part marking, digital ID, Reader, Cognex, Keyence, Datalogic, Laser Marking, Track and Trace, OCR ICR, serial number, AI, hard process code, scanner, code reading, printer, uv laser, fiber laser, unique ID, RFID, NFC tag, counterfeit tracking, authentication, image processing, document security, product traceability, Artificial Intelligence, funding, 2D code, Serialized Digital ID, Durable code, Resistant code Iron and Steel Increase Supply Chain Resilience with CDOT Code Across the Entire Chain Iron and steel processing and transportation require item-level end-to-end traceability to ensure quality, efficiency, compliance, and customer satisfaction. CDOT codes achieves impeccable read rates from semi-finished billets during extremely high-temperature hot rolling stages. Subsequently, during the cooling phases, the CDOT digital identifier (ID) endures, maintaining its identity with >99% read rate, even in the face of challenges such as oxide formation (scaling). Parts and Processes Verringern Value Chain Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Where CDOT code is applied Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern CDOT code readability Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Verringern Verringern Value Chain Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Where CDOT code is applied Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern CDOT code readability Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Verringern Verringern Value Chain Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Where CDOT code is applied Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern CDOT code readability Ausrangierte Materialien Zeitaufwand für die Analyse der Grundursache von Fehlern Steel Success Starts with Precision Tracking Complete Monitoring with durable CDOT codes at single product level Elevate quality oversight in Iron and Steel manufacturing through advanced product-based monitoring, which encompasses elemental analysis, gas analysis, radiation measurements, and laboratory informatics. Ensure adherence to KPIs for chemical consistency and radiation controls, all tracked at the single product level.

FULL SUCCESS STORY How CDOT barcodes Empowered EKU Fren to Achieve Unmatched Traceability in Cast Iron Production, Tracking Parts from Green Sand Molding The Full Paper will be ready for download shortly… Please enter your work email... Select Company Size* By clicking “Submit” you agree to our privacy policy & terms of service. Submit The Full Paper will be ready for download shortly…