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Blog Category:Others

We share information and tips we’ve learned from our experience in the CNC machining and sheet metal fabrication industry.

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Others

4 laser cutting vs flame cutting
Lasersnijden versus vlamsnijden: nauwkeurigheid, dikte, kosten en randkwaliteit
Vergelijk lasersnijden met vlamsnijden voor staal op basis van dikte, nauwkeurigheid, HAZ, snijbreedte, randkwaliteit, kosten en vereisten voor secundaire CNC-bewerking.
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5 what is dfm
Wat is DFM? Ontwerpgids voor productie van CNC-onderdelen
Leer wat DFM betekent, hoe design for manufacturing werkt, veelvoorkomende CNC-DFM-kwesties, kostendrijvers, toleranties, tekeningen en de DFM-beoordeling door leveranciers.
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1 fracture or breaking point
Breuk of Breekpunt: Betekenis, Tests en CNC-ontwerp
Leer wat breuk of breekpunt betekent, hoe het verschilt van de vloeigrens en treksterkte, hoe het wordt getest en hoe CNC-ontwerp het breukrisico beïnvloedt.
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2 creep failure
Kruipbreuk: Oorzaken, Fasen, Testen en CNC-ontwerp
Leer wat kruipbreuk is, de drie fasen ervan, het verschil tussen kruip en vermoeiing en spanningsrelaxatie, testmethoden, levensduurvoorspelling en overwegingen bij CNC-ontwerp.
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3 types of nylon
Soorten nylon: PA6, PA66, PA11, PA12 en CNC-gids
Vergelijk PA6, PA66, PA11, PA12, PA46, PA610, PA612 en glasgevuld nylon, inclusief vochtgedrag, toepassingen, CNC-bewerking en selectie.
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4 solid edge vs solidworks
Solid Edge versus SolidWorks: CAD-functies, modellering en CNC-vergelijking
Vergelijk Solid Edge versus SolidWorks voor modellering, assemblages, plaatmetaal, bestandscompatibiliteit, CNC-werkstromen, samenwerking, leercurve en technisch gebruik.
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5 stl to step
STL naar STEP: Hoe mesh-bestanden omzetten voor CAD en CNC
Leer hoe u STL naar STEP converteert, waarom geconverteerde bestanden gefacetteerd kunnen blijven, hoe u dichte meshs kunt repareren, wanneer u CAD-geometrie opnieuw moet opbouwen en welke bestanden het beste geschikt zijn voor CNC-bewerking.
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1 copper laser cutting
Copper Laser Cutting: Process, Settings & Design Guide
Learn how copper laser cutting works, including fiber lasers, assist gases, thickness, cut quality, DFM tips, common problems, and copper part applications.
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2 hdpe vs pet
HDPE vs PET: Properties, CNC Machining and Material Differences
Compare HDPE vs PET in strength, chemical resistance, temperature, dimensional stability and CNC machining to choose the right plastic for custom parts.
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3 types of arc welding
Types of Arc Welding: Processes, Applications and Selection Guide
Compare the main types of arc welding, including MIG, TIG, Stick, FCAW and SAW, and learn how to select a process for materials, thickness and welded CNC parts.
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4 angle grinder
Angle Grinder: Uses, Disc Types, Metal Grinding and CNC Applications
Learn how an angle grinder works, which discs to use for cutting and grinding metal, common mistakes, and its role in CNC part deburring and finishing.
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5 spotface vs counterbore holes
Spotface vs Counterbore Holes: Differences, Design and CNC Machining
Compare spotface vs counterbore holes by purpose, depth, fastener fit and CNC machining. Learn how to design, call out and inspect each hole correctly.
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1 martensitic stainless steel
Martensitic Stainless Steel: Grades, Properties & CNC Machining
Learn martensitic stainless steel grades, properties, heat treatment, corrosion resistance, and CNC machining considerations for 410, 416, 420, and 440C.
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2 broaching
Broaching Machining: Process, Types, Tools and CNC Applications
Learn how broaching works, its types, tools, keyway and spline applications, CNC broaching, tolerances, costs, design rules, and when to use alternative processes.
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3 silicone vs neoprene
Silicone vs Neoprene: Properties, Differences and Material Selection
Compare silicone vs neoprene in temperature resistance, oil resistance, weathering, compression set, durability, gaskets, seals and custom part applications.
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4 fragile vs brittle
Fragile vs Brittle: Differences, Material Properties and CNC Machining
Learn the difference between fragile vs brittle materials, including hardness, toughness, fracture behavior, design risks, testing, and CNC machining considerations.
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5 5754 aluminum alloy
5754 Aluminum Alloy: Properties, Tempers, CNC Machining and Uses
Learn EN AW-5754 aluminum properties, H111/H22 tempers, CNC machining, welding, anodizing, corrosion resistance, and 5052, 5083 and 6061 differences.
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01 garolite machining
Garolite Machining Guide: CNC Machining G10 and FR4
Learn how Garolite G10 and FR4 are CNC machined, including tooling, dust control, delamination, threads, tolerances, design tips, and machining costs.
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