[{"data":1,"prerenderedAt":69},["ShallowReactive",2],{"header-article-translation-en-section-none":3,"section-en-guides":4},null,[5,19,30,39,49,59],{"slug":6,"section":7,"title":8,"description":9,"date":10,"updated":3,"category":11,"layout":12,"status":3,"difficulty":13,"minutes":14,"image":15,"video":3},"chip-load-and-feed-rate","guides","Chip Load and Feed Rate: A Verification-First Method","How feed rate, spindle speed, flute count, and engagement relate, with a conservative validation loop for desktop CNC routing.","2026-09-09","feeds-and-speeds","article","advanced",4,{"src":16,"alt":17,"caption":18},"\u002Fmedia\u002Farticle-covers\u002Fguides\u002Fchip-load-and-feed-rate.webp","Unbranded carbide cutter making a shallow test pass in plywood with visible chips","Editorial cover image; the cutting scene is illustrative and does not specify a machine setting.",{"slug":20,"section":7,"title":21,"description":22,"date":23,"updated":3,"category":24,"layout":12,"status":3,"difficulty":25,"minutes":26,"image":27,"video":3},"cnc-coordinate-systems-machine-zero-work-zero","CNC Coordinate Systems: Machine Zero and Work Zero","Explain Machine Zero and Work Zero with a safe, hardware-neutral mental model.","2026-09-28","machine-basics","beginner",8,{"src":28,"alt":29},"\u002Fmedia\u002Fasset-beginner-cnc-coordinate-systems-cover-v1-e8c18bb44a2e.webp","Desktop CNC router with a machine origin marker on the frame corner and a separate work origin marker on the stock",{"slug":31,"section":7,"title":32,"description":33,"date":34,"updated":3,"category":24,"layout":12,"status":3,"difficulty":25,"minutes":35,"image":36,"video":3},"cnc-workholding-basics-keep-the-workpiece-still","CNC Workholding Basics: Keep the Workpiece Still","Why workholding affects safety and repeatability, the common beginner methods, and what to check before a cut.","2026-10-02",9,{"src":37,"alt":38},"\u002Fmedia\u002Fasset-beginner-cnc-workholding-cover-v1-8aafb08cf479.webp","A block of wood held on a CNC router bed by two step clamps, with an end mill above it",{"slug":40,"section":7,"title":41,"description":42,"date":43,"updated":3,"category":44,"layout":12,"status":3,"difficulty":25,"minutes":45,"image":46,"video":3},"dust-collection-and-chips","Dust Collection and Chip Evacuation","How CNC dust collection works, how to choose between a shop vac, dust collector and dust extractor, and the static, fire and health hazards to plan for.","2026-10-03","shop-safety",7,{"src":47,"alt":48},"\u002Fmedia\u002Fasset-dust-collection-and-chips-cover-v1-aec6746351b7.webp","CNC router cutting a pocket in a clamped wooden board, with a clear dust shoe and hose pulling chips and dust away from the cutter",{"slug":50,"section":7,"title":51,"description":52,"date":10,"updated":3,"category":53,"layout":12,"status":3,"difficulty":25,"minutes":54,"image":55,"video":3},"first-clean-cut","Your First Clean CNC Cut: A Conservative Setup Workflow","A beginner workflow for choosing a starting toolpath, checking depth per pass, and validating feeds and speeds on scrap material.","toolpath",5,{"src":56,"alt":57,"caption":58},"\u002Fmedia\u002Farticle-covers\u002Fguides\u002Ffirst-clean-cut.webp","Desktop CNC router above a clamped plywood test piece","Editorial cover image; the machine is shown between test cuts.",{"slug":60,"section":7,"title":61,"description":62,"date":10,"updated":3,"category":63,"layout":12,"status":3,"difficulty":25,"minutes":64,"image":65,"video":3},"router-bit-geometry","Choosing Router Bits by Flute Geometry","A practical guide to up-cut, down-cut, compression, flute count, and cutter rigidity for desktop CNC routing.","tooling",6,{"src":66,"alt":67,"caption":68},"\u002Fmedia\u002Farticle-covers\u002Fguides\u002Frouter-bit-geometry.webp","Three unbranded router bits on a workbench beside a desktop CNC router","Editorial cover image; the bit arrangement is illustrative, not a tool specification.",1793073578212]