Black Anodizing: 8 Facts That Matter to Your Design
Engineers designing precision aluminum components often ask us: Will black anodizing affect my ±0.01 mm tolerances? Which alloy ensures consistent color? How do I prevent fading in outdoor applications? With 15+ years of CNC machining and anodizing experience across aerospace, medical, and audio sectors, Okdor helps product developers navigate these critical design decisions before production […]
Black Anodizing Costs: 6 Key Factors
Did you get sticker shock from your black anodizing quote? You’re not alone. While black anodizing might seem expensive at first glance, there’s more to the story than just the price tag. Understanding what drives these costs can help you make smarter finishing decisions – and save some money. Black anodizing costs typically range from […]
Can Wire EDM Handle Exotic Alloys?
Exotic alloys offer superior performance, but Wire EDM compatibility isn’t guaranteed. With experience cutting Inconel aerospace brackets and titanium medical housings, material selection often determines project success or expensive failures. Yes, Wire EDM can handle most exotic alloys including Inconel, titanium alloys, tool steels, and cobalt-chrome superalloys. Success depends on electrical conductivity—conductive exotic alloys cut […]
When Should You Choose Sinker EDM Over CNC Machining?
Designing complex parts often means facing a choice: compromise your geometry for CNC machining limitations, or explore alternatives that can deliver the precision and features your product actually needs. With years of experience manufacturing precision components for aerospace, medical, and instrumentation applications, we’ve seen how the right process selection can eliminate design trade-offs while maintaining […]
5 Things Nobody Tells You About Wire EDM and Laser Cutting
Everyone in manufacturing loves to brag about their cutting-edge technology (pun intended). After years in the manufacturing game, we’ve discovered there’s a lot more to Wire EDM and laser cutting than just specs and speeds. Here are 5 crucial but rarely discussed aspects of Wire EDM and laser cutting: 1) Total operational costs go beyond […]
5 Manufacturing Challenges Only EDM Drilling Can Solve
Manufacturing precision parts often means facing seemingly impossible challenges in material hardness, accuracy, and complexity. Whenever conventional machining methods do not meet manufacturers’ needs, they need to turn to specialized solutions. EDM drilling is an advanced manufacturing process that solves five major machining challenges: 1. working with ultra-hard materials (over 60 HRC), 2. achieving microscopic […]
Can stainless steel rust?
Designing for CNC machining isn’t just about geometry — it’s about minimizing cost without compromising precision. With decades of experience manufacturing parts for aerospace, audio, and medical sectors, a few small adjustments can dramatically improve both performance and price. Stainless steel can rust under certain conditions, despite its reputation for corrosion resistance. The key is […]
How Do You Know if Your Slot Design Is Actually Machinable?
Designing for CNC machining isn’t just about geometry — it’s about minimizing cost without compromising precision. With extensive experience manufacturing slotted components for aerospace, audio, and medical sectors, small design adjustments dramatically improve both machinability and budget performance. Most slot designs fail due to unrealistic width-to-depth ratios, wrong material choices, or ignoring standard tool limitations. […]
Can you put threads in aluminum?
Are you looking to enhance your aluminum projects with precise threading? You’re in the right place. Our guide provides all the insights and techniques you need to add threads to aluminum, ensuring durability and functionality. Yes, you can put threads in aluminum. This involves using tools like taps and dies or thread milling machines, suitable […]
Will Blackening Stainless Steel Affect My Part Tolerances?
Specifying blackened finishes on precision stainless parts creates immediate tolerance concerns. After processing hundreds of blackened components for medical and aerospace assemblies, coating thickness can make or break tight-fitting designs. Most blackening processes add 0.5–25 µm of coating thickness, potentially affecting critical dimensions. PVD coatings are thinnest at 1–5 µm, while chemical conversion can reach […]
