[{"data":1,"prerenderedAt":219},["ShallowReactive",2],{"content-index:guides:en":3},[4,12,18,25,33,41,48,55,61,68,74,82,88,94,100,106,113,119,126,133,140,147,154,161,167,174,180,186,192,199,205,212],{"slug":5,"title":6,"subtitle":7,"image":8},"how-to-request-a-quote","How to Request a Manufacturing Quote That Gets Answered Fast","What file, material and quantity details get a laser cutting or CNC quote back within 12 hours instead of 12 days",{"src":9,"alt":6,"width":10,"height":11},"guides\u002Fhow-to-request-a-quote.jpg",1100,734,{"slug":13,"title":14,"subtitle":15,"image":16},"how-to-prepare-a-dxf-file","How to Prepare a DXF File for Laser Cutting","Layers, units, closed vectors and common errors that stop a DXF from quoting cleanly, with a fix-it checklist",{"src":17,"alt":14,"width":10,"height":11},"guides\u002Fhow-to-prepare-a-dxf-file.jpg",{"slug":19,"title":20,"subtitle":21,"image":22},"dxf-vs-step-vs-iges","DXF vs STEP vs IGES: Which File for Which Process","How to choose the right CAD file format for laser cutting, bending, CNC machining and welded assemblies",{"src":23,"alt":20,"width":10,"height":24},"guides\u002Fdxf-vs-step-vs-iges.jpg",733,{"slug":26,"title":27,"subtitle":28,"image":29},"flat-pattern-vs-drawing","Flat Pattern vs Finished Drawing: What to Send","Why laser cutting needs a flat DXF and bending needs the finished dimensions too",{"src":30,"alt":27,"width":31,"height":32},"guides\u002Fflat-pattern-vs-drawing.jpg",1400,933,{"slug":34,"title":35,"subtitle":36,"image":37},"choosing-steel-grade","How to Choose a Steel Grade","A practical decision path from mild steel to stainless and alloy grades, with a worked example",{"src":38,"alt":35,"width":39,"height":40},"guides\u002Fchoosing-steel-grade.jpg",900,600,{"slug":42,"title":43,"subtitle":44,"image":45},"choosing-aluminium-alloy","How to Choose an Aluminium Alloy","A practical guide to 5052, 5754, 6061 and 7075 for sheet, extrusion and machined parts made in the Gulf and Egypt",{"src":46,"alt":43,"width":31,"height":47},"guides\u002Fchoosing-aluminium-alloy.jpg",934,{"slug":49,"title":50,"subtitle":51,"image":52},"304-vs-316-stainless","304 vs 316 Stainless Steel: Cost, Corrosion and When It Matters","When 1.4301 (304) is enough and when 1.4404 (316L) earns its extra cost in Gulf and Egyptian environments",{"src":53,"alt":50,"width":10,"height":54},"guides\u002F304-vs-316-stainless.jpg",660,{"slug":56,"title":57,"subtitle":58,"image":59},"sheet-gauge-to-mm","Sheet Gauge to Millimetre Conversion Chart","Standard gauge (Ga) to metric thickness conversion for mild steel, stainless and galvanised sheet, with the sourcing note that matters",{"src":60,"alt":57,"width":31,"height":32},"guides\u002Fsheet-gauge-to-mm.jpg",{"slug":62,"title":63,"subtitle":64,"image":65},"material-weight-calculation","How to Calculate the Weight of a Metal Part","Density values and a worked formula for sheet, plate, tube and machined parts",{"src":66,"alt":63,"width":39,"height":67},"guides\u002Fmaterial-weight-calculation.jpg",675,{"slug":69,"title":70,"subtitle":71,"image":72},"laser-vs-plasma-vs-waterjet","Laser vs Plasma vs Waterjet: Which to Choose","Thickness range, tolerance, edge quality and cost compared across the three cutting processes with a decision guide",{"src":73,"alt":70,"width":31,"height":32},"guides\u002Flaser-vs-plasma-vs-waterjet.jpg",{"slug":75,"title":76,"subtitle":77,"image":78},"minimum-hole-size-laser-cutting","Minimum Hole Size and Slot Width for Laser Cutting","The material-thickness ratio that governs the smallest hole and slot a laser can cut cleanly, with a worked example",{"src":79,"alt":76,"width":80,"height":81},"guides\u002Fminimum-hole-size-laser-cutting.jpg",700,467,{"slug":83,"title":84,"subtitle":85,"image":86},"sheet-metal-design-guide","Sheet Metal Design Guide: Holes, Bend Radii and Flanges","Numeric rules for hole spacing, bend radius and flange length that keep parts manufacturable",{"src":87,"alt":84,"width":31,"height":32},"guides\u002Fsheet-metal-design-guide.jpg",{"slug":89,"title":90,"subtitle":91,"image":92},"bend-allowance-k-factor","Bend Allowance and K-Factor Explained","How to calculate flat pattern length for sheet metal bends, with a worked example and typical K-factor values",{"src":93,"alt":90,"width":31,"height":32},"guides\u002Fbend-allowance-k-factor.jpg",{"slug":95,"title":96,"subtitle":97,"image":98},"design-for-cnc-milling","Design for CNC Milling: Pockets, Radii and Wall Thickness","Practical rules for pocket depth, internal corner radii and minimum wall thickness that keep machining time and cost down",{"src":99,"alt":96,"width":31,"height":32},"guides\u002Fdesign-for-cnc-milling.jpg",{"slug":101,"title":102,"subtitle":103,"image":104},"design-for-cnc-turning","Design for CNC Turning: Shafts, Grooves and Threads","Practical rules for shafts, bores, grooves and threads that keep lathe-turned parts fast and accurate",{"src":105,"alt":102,"width":31,"height":32},"guides\u002Fdesign-for-cnc-turning.jpg",{"slug":107,"title":108,"subtitle":109,"image":110},"pem-inserts-and-threads","Press-In Inserts, Rivet Nuts and Threads in Sheet Metal","Choosing between self-clinching PEM inserts, rivet nuts, tapped holes and welded studs for thin sheet metal",{"src":111,"alt":108,"width":80,"height":112},"guides\u002Fpem-inserts-and-threads.jpg",464,{"slug":114,"title":115,"subtitle":116,"image":117},"tig-vs-mig-welding","TIG vs MIG Welding: Which to Specify","Speed, appearance, thickness range and material fit compared, with a worked example choosing between the two",{"src":118,"alt":115,"width":31,"height":32},"guides\u002Ftig-vs-mig-welding.jpg",{"slug":120,"title":121,"subtitle":122,"image":123},"design-for-welding","Design for Welding: Joints, Access and Distortion","How joint type, torch access and heat input affect weld quality, cost and distortion, with a worked example",{"src":124,"alt":121,"width":10,"height":125},"guides\u002Fdesign-for-welding.jpg",619,{"slug":127,"title":128,"subtitle":129,"image":130},"weld-symbols-basics","Weld Symbols and Weld Callouts: The Basics","Reading a fillet weld symbol, sizing the weld, and what to send when a drawing has no symbols at all",{"src":131,"alt":128,"width":10,"height":132},"guides\u002Fweld-symbols-basics.jpg",652,{"slug":134,"title":135,"subtitle":136,"image":137},"heat-affected-zone","Heat-Affected Zone in Laser Cutting and Welding","What the HAZ is, how wide it gets, and how to design and specify parts to control its effect on strength and appearance",{"src":138,"alt":135,"width":31,"height":139},"guides\u002Fheat-affected-zone.jpg",786,{"slug":141,"title":142,"subtitle":143,"image":144},"iso-2768-tolerances","ISO 2768 General Tolerances Explained","How the four ISO 2768-1 tolerance classes work, when to call one out, and when a tighter dimension needs its own tolerance",{"src":145,"alt":142,"width":10,"height":146},"guides\u002Fiso-2768-tolerances.jpg",825,{"slug":148,"title":149,"subtitle":150,"image":151},"tolerance-stack-up","Tolerance Stack-Up in Assemblies","How individual part tolerances add up across an assembly, with a worked worst-case and statistical example",{"src":152,"alt":149,"width":39,"height":153},"guides\u002Ftolerance-stack-up.jpg",524,{"slug":155,"title":156,"subtitle":157,"image":158},"surface-roughness-ra","Surface Roughness (Ra) Explained","What Ra measures, typical values by process, and how to specify a roughness callout that gets machined correctly the first time",{"src":159,"alt":156,"width":31,"height":160},"guides\u002Fsurface-roughness-ra.jpg",871,{"slug":162,"title":163,"subtitle":164,"image":165},"edge-quality-and-deburring","Edge Quality, Burr and Deburring","What causes burr on laser-cut and machined edges, how to specify edge quality, and which deburring method fits which part",{"src":166,"alt":163,"width":10,"height":24},"guides\u002Fedge-quality-and-deburring.jpg",{"slug":168,"title":169,"subtitle":170,"image":171},"quality-inspection-cmm","Quality Inspection: CMM, Calipers and Reports","When to ask for a dimensional report, what a CMM checks that calipers cannot, and how to read the results",{"src":172,"alt":169,"width":31,"height":173},"guides\u002Fquality-inspection-cmm.jpg",788,{"slug":175,"title":176,"subtitle":177,"image":178},"anodising-vs-powder-coating","Anodising vs Powder Coating","How the two aluminium finishes differ in process, durability, colour range and cost for parts made in Egypt, the UAE and Saudi Arabia",{"src":179,"alt":176,"width":31,"height":47},"guides\u002Fanodising-vs-powder-coating.jpg",{"slug":181,"title":182,"subtitle":183,"image":184},"corrosion-protection-options","Corrosion Protection Options for Steel Parts","Comparing galvanising, powder coating, plating and stainless substitution for Gulf and Egyptian conditions",{"src":185,"alt":182,"width":39,"height":40},"guides\u002Fcorrosion-protection-options.jpg",{"slug":187,"title":188,"subtitle":189,"image":190},"cnc-machining-cost-factors","What Drives CNC Machining Cost","Material, cycle time and tolerance are the three levers that set a milled or turned part's price",{"src":191,"alt":188,"width":31,"height":173},"guides\u002Fcnc-machining-cost-factors.jpg",{"slug":193,"title":194,"subtitle":195,"image":196},"laser-cutting-cost-factors","What Drives Laser Cutting Cost","Material, thickness, cut length and nesting are the four levers that set a laser-cut part's price",{"src":197,"alt":194,"width":10,"height":198},"guides\u002Flaser-cutting-cost-factors.jpg",724,{"slug":200,"title":201,"subtitle":202,"image":203},"nesting-and-material-yield","Nesting and Material Yield: How Sheet Usage Affects Price","How parts are arranged on a sheet, and why utilisation percentage moves your unit price",{"src":204,"alt":201,"width":31,"height":173},"guides\u002Fnesting-and-material-yield.jpg",{"slug":206,"title":207,"subtitle":208,"image":209},"batch-size-and-pricing","Batch Size and Unit Price: Why 100 Parts Cost Less Each","How setup cost, machine time and material yield combine to drop per-part price at higher quantities",{"src":210,"alt":207,"width":80,"height":211},"guides\u002Fbatch-size-and-pricing.jpg",525,{"slug":213,"title":214,"subtitle":215,"image":216},"prototype-to-production","From Prototype to Series Production","How to move a design from a single test part to a repeatable production batch",{"src":217,"alt":214,"width":39,"height":218},"guides\u002Fprototype-to-production.jpg",425,1790793517326]