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      Computer with TOMRA's XCD technology interface for sorting almonds

      XCD

      Sort incredibly specific defects and optimize yields even at high capacities. XCD’s one-click technology enables operators to quickly train the machine on good versus bad. Once trained, the machine creates a multidimensional space that analyzes every aspect of an object. The result: outstanding defect detection with minimal false ejections and a smooth, intuitive experience for operators. 

      Why choose a sorter with the XCD platform?

      User interfaces can be one of the most challenging aspects for operators performing a sort. Operators may have to navigate difficult‑to‑understand controls and learn a different interface for each machine on the processing line — XCD changes all of that. 

      XCD gives operators a straightforward interface with one‑click technology that makes it simple to identify defects, distinguish good from bad, and create sorting programs tailored to customer needs. What’s more, the XCD interface is common across the newest generation of TOMRA machines, including the 5C, 4C, and 5B. This means operators only need to learn one interface — greatly reducing the time required for training. Your operators will be easily able to deliver the outstanding performance — and yield — you expect. 

      Whether you sort nuts, potatoes, or vegetables, there is an XCD‑equipped solution available. 

      Food being sorted in TOMRA's machine

      Deep Dive: The TOMRA XCD Platform

      At the heart of the newest generation of TOMRA machines, the XCD platform enables a more accurate sort than ever before. The 4C (pictured above), 5C, and 5B all utilize this technology to deliver outstanding sorting performance while helping operators save time. 

      One of the major benefits of the XCD platform is the greatly reduced time required to create sorting programs. Its simple interface and intuitive workflows minimize complexity. Sorting parameters related to shape, color, size, and quality can be easily entered. Once trained, XCD retains the definitions of “good” and “bad” for use in future sorts. Depending on sorting requirements, operators can quickly adjust sensitivity using an on‑screen slider. Continuous improvements make the solution easier to use all the time.  

      Beyond faster setup, XCD empowers operators to deliver a more accurate sort. The interface includes a powerful graphical simulator that allows operators to mark an image. They can use this to train the machine on an unprecedented range of colors, simulate a sort, and then easily accept or reject a color as part of the program. XCD also provides enhanced capabilities for sorting by object shape. Operators can now specify parameters such as length and thickness, and simulate results before running a sort. 

      Finally, XCD helps food processors maximize yield through smart ejection. This capability uses operator‑defined parameters and de-clusters groups of objects to ensure that only defective items are removed, keeping good product in the flow, and maximizing overall yield. 

      Designed for your success: How XCD can benefit your business

      How does XCD deliver time savings?  
      XCD makes things simple for operators. The interface is easy to use and greatly reduces the time needed to set up powerful sorting programs. The one‑click functionality makes it quick to identify defects and foreign material, helping operators save time on daily tasks. The common XCD interface across the 4C, 5C, and 5B reduces the time operators need to spend on training.
      How does XCD help me deliver better quality? 
      XCD helps you deliver better-quality products by giving your operators greater control over sorting outcomes. The easy‑to‑use interface includes a “wizard” program that allows operators to define acceptable colors. Shape characteristics, including thickness and length, can be easily configured. With these specifications in place, the one‑click classifier allows operators to train the machine and make precise selections of acceptable quality.
      How does XCD help me maximize my yield? 
      Once the sorting parameters have been established and the machine has been trained on “good” versus “bad,” the XCD system combines powerful data analysis with TOMRA’s proprietary smart ejection technology to ensure only undesired objects are removed. By scanning and evaluating objects, XCD ensures that “good” items continue their path uninterrupted while “bad” items are consistently ejected — maximizing your yield.
      How does XCD help me with operational flexibility? 
      The XCD interface is common across the newest generation of TOMRA machines, including the 4C, 5C, and 5B. This enables operators to be trained on a single interface and then move confidently between machines depending on the needs of their working day. 

      See it yourself

      Explore TOMRA’s XCD platform-equipped machines

        

      Page list

      • TOMRA 5C

        TOMRA 5C

        Capable of unrivaled foreign material removal, this highly efficient machine is powerful and robust, easy to use and maintain, reduces storage needs, is easily movable, and saves on labor.  Applications: Berries, Dried Fruit, Almonds, Cashews, Hazelnuts, Macadamia Nuts, Peanuts, Pecans, Pistachios, Raisins, Walnuts, Leafy Greens; IQF fruit and vegetables

        Discover the tomra 5C
      • An image of the TOMRA 4C optical sorting machine on a dark background

        TOMRA 4C

        NEW: AI flexiblity. Outstanding performance. Time saved. Available with artificial intelligence, the latest Pulsed LED sensors, and the easy, open access that speeds up daily tasks. Applications: Nuts, IQF

        Discover the TOMRA 4C
      • TOMRA 5B Compact AI Background

        TOMRA 5B

        Coupling the latest sensor technology with advanced algorithms, the TOMRA 5B belt sorter enables you to reach the most challenging quality targets and yields. Applications: Berries, Cherries, Mangoes, Pineapple, Stonefruit, Dried Fruit, Diced Peaches, Pears and Tomatoes, Diced Peaches, Pears and Tomatoes, Almonds, Cashews, Hazelnuts, Peanuts, Raisins, Walnuts, French fries, Potato Crisps, Beans, Bell Peppers, Broccoli Carrots, Cauliflower, Corn, Garlic, Green Beans, Leafy Greens, Mushrooms, Onions, Peas, Gherkins, Radishes, Spinach

        Discover the TOMRA 5B
      XCD technology computer interface

      Explore Associated Technologies

       

      Page list

      • TOMRA 5C sorting machine

        Chute

        Chute-based sorting by TOMRA uses vibration and glide plates to inspect both sides of small products – nuts, dried fruit, IQF – with high precision, compact footprint.

        Learn more about the Chute portfolio
      • Green beans on an TOMRA 5B sorting machine

        Belt

        TOMRA’s Belt handling technology ensures the most stable, shadow-free inspection of produce like peas, cherries, olives, and more. By bringing light and sensors close to the product on a reflective belt, it enables high-speed sorting with unmatched accuracy—even for defects smaller than 1mm.

        Learn More about Belt Handling
      • LUCAi rgb

        Artificial Intelligence

        TOMRA Food has deployed everything from the simplest forms of artificial intelligence up to the most advanced deep learning in our products for over a decade. Explore the forms of AI available on your machine.

        Learn more about Artificial Intelligence