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The curriculum focuses on foundational manufacturing principles, including an introduction to CNC machining, comprehensive safety protocols, CAD/CAM software basics, G-code fundamentals, proper tool selection and setup, and material handling. It also incorporates project-based learning modules for creating specific parts to ensure practical, hands-on experience.

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The Router 2600 is designed for secondary and post-secondary education. This includes high school STEM programs, career and technical education (CTE) centers, and university engineering, architecture, and industrial design departments where practical manufacturing skills are taught.

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The machine works seamlessly with Denford’s educational software suite, including VR CNC Milling 5. It can also import standard file formats and G-code from popular CAD/CAM packages like Autodesk Fusion 360, SolidWorks, and Onshape, allowing for flexible integration into existing school curricula.

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The Router 2600 is capable of machining a wide variety of materials suitable for educational projects. These include hardwoods and softwoods, plastics such as acrylic and ABS, modeling foam, prototyping wax, and soft metals like aluminum and brass.

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Safety is a primary design focus. The Router 2600 includes a fully-enclosed, transparent interlocked guard that halts operation when opened during a cycle. It also features a prominent external emergency stop button and integrated software safety checks to protect both students and the equipment.

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