CNC Turned Parts: Tolerances, Materials, and When Turning Beats Milling
CNC turned parts are the round, concentric components that keep machines moving — shafts, bushings, pins, spacers, connectors, and threaded bodies. Turning on a lathe delivers excellent surface finish and roundness at speed, often faster and cheaper than milling the same geometry. This guide covers tolerances, materials, and exactly when turning beats milling so your […]
GD&T Tolerances Guide for Machined Metal Parts
Tolerances are how you tell a shop exactly what “good” means. Slapping ±0.05 mm on every dimension invites scrap and argument; GD&T (Geometric Dimensioning and Tolerancing) states function instead. This guide gives a practical GD&T tolerances framework for machined metal parts so your drawings inspect clean, your supplier quotes with confidence, and you stop paying […]
CNC Machining vs Manual Machining: Which Is Right for Your Parts?
“Should this part be CNC or manual machined?” sounds like a question about machines, but it is really a question about risk. CNC machining vs manual machining is a trade between perfect repeatability and hands-on flexibility. Knowing which to use—and when to blend them—keeps your parts accurate and your budget sane. What Each Method Means […]
Investment Casting vs CNC Machining: Which for Your Metal Part?
Two processes dominate precision metal part production, and they sit at opposite ends of the make-vs-machine spectrum. Investment casting grows a near-net-shape part from a wax pattern and molten metal; CNC machining removes material from a solid block to reach the final form. Both can hit tight tolerances, but the right choice depends on geometry, […]
Custom Metal Knobs: CNC Turned and Milled Knobs for Controls & Hardware
Custom metal knobs are the small parts that define how a product feels in the hand: instrument dials, valve handles, clamping thumbscrews, and decorative caps. They look simple, but a good knob balances grip, thread accuracy, and finish. Huaxiao turns and mills knobs from aluminum, brass, and stainless with knurling, threading, and polishing handled in […]
304 Stainless Steel Machining: Tolerances, Tooling & Best Practices
304 stainless steel machining is the backbone of corrosion-resistant components across food, medical, and chemical equipment. 304 is austenitic, non-magnetic in the annealed state, and famously tough on tooling because it work-hardens if you let it. Done right, however, it machines into beautiful, hygienic, long-lived parts. Huaxiao runs 304 on turning and milling centers with […]
CNC Lathe Services: Precision Turning for Round & Cylindrical Parts
Round and cylindrical parts are the natural home of the lathe, and CNC lathes have made turning faster, tighter and more repeatable than ever. Our CNC lathe services produce shafts, bushings, pins, spacers, nuts and threaded fittings with live tooling that also mills, drills and taps in a single setup. This guide covers what a […]
Brass Machining Services: Precision CNC Turning, Milling & Finishing
Brass is one of the most machinable metals in production today, which makes it a favourite for components that need smooth threads, tight seals and an attractive finish straight off the machine. Our brass machining services cover CNC turning, CNC milling, drilling and boring for everything from RF connectors and valve bodies to decorative hardware […]
Metal Injection Molding Services: Small, Complex Parts at Production Scale
When a part is too small, too intricate, or too high-volume for economical CNC machining, metal injection molding services (MIM) become the smartest route to production. MIM blends the design freedom of plastic injection molding with the strength of sintered metal, producing complex stainless, low-alloy, and specialty-alloy components by the millions. This guide explains how […]
Fineblanking Services: Precision Blanked Metal Parts With Full Clean-Cut Edges
If your flat metal part keeps failing inspection because of a rough breakout zone, a rolled-over edge, or a bow that will not stay within flatness, conventional blanking is probably the wrong process. Fineblanking services solve exactly that problem. By combining a V-ring impingement force, a counter-punch, and an unusually tight die clearance, fineblanking shears […]
