Titanium Machining Guides for Buyers
Written for engineers and buyers who have a titanium part to make and want to know what to ask.
Drilling Titanium: Why Holes Are the Hardest Feature
Why titanium sends more heat into the drill than any other operation, what that does to hole quality, and the drawing choices that make deep holes cheaper.
Titanium Welding and Alpha Case: What Buyers Should Know
Why titanium has to be welded under shielding gas, what alpha case actually is, and the questions to ask when a machined part is also a welded assembly.
Titanium Scrap Value: What Happens to Your Buy to Fly Waste
Titanium turnings are worth real money, so why doesn't the shop credit you for them? What happens to machining scrap and when it is worth asking about.
What Titanium Machine Shops Need From a Bar Supplier
Certificate paperwork, stock sizes and quote speed decide which titanium bar supplier a machine shop calls back twice. What matters most, roughly in order.
What Titanium Shops Want From a Tooling or Coolant Vendor
Generic catalogue data does not sell into a titanium shop. What tool and coolant vendors need to bring to actually win the trial: real data, not a rebrand.
How Titanium Supply Chain Vendors Reach New Machine Shops
Distributor relationships, technical content and trade shows compared for reaching titanium machine shops, plus where an honest sourcing referral actually fits.
How Machine Shops Get Titanium Work: 6 Lead Sources
Directories, marketplaces, SEO, trade shows, referrals and matching services compared on cost, control and quality. Written for shops, including where we fit.
What Titanium Buyers Look For When They Pick a Shop
The buyer checklist from the other side of the table. What a procurement engineer is really testing when they ask about your machines, stock and inspection.
Should Your Machine Shop Join a Manufacturing Marketplace
Three ways work reaches a machine shop, compared on margin, customer ownership, price anchoring and risk. Including the case for joining a marketplace anyway.
How to Quote Titanium Work Without Losing Money on It
Why a quote built on stainless assumptions loses money in Ti-6Al-4V. Stock, cycle time, tool consumption, fixturing and documentation, plus the traps in each.
RFQ Red Flags: Which Titanium Enquiries to Turn Down
The enquiries that waste a week and the ones that lose money after you win them. What each red flag means, when it is fixable and how to say no profitably.
Titanium CNC Machining: A Buyer's Guide to the Quote
What a titanium shop needs from your RFQ, which tolerances are realistic in Grade 2 and Grade 5, what certificates cost you and why stock sets the lead time.
Titanium Machining Cost: Where Your Money Actually Goes
Bar price, buy to fly, cutting speed, tool wear and paperwork. The five lines that make a titanium quote, and the four places a buyer can still take cost out.
Grade 2 vs Grade 5 Titanium: Which to Pick and Why
Commercially pure Grade 2 against Ti-6Al-4V. Strength, corrosion behaviour, machinability, bar price and the parts where each one is clearly the right answer.
How to Choose a Titanium Machining Supplier: A Checklist
Questions that separate a shop cutting titanium every week from one that will try it. Machines, tooling, inspection, certificates and the answers to listen for.
Titanium Grades Chart: The Ones Shops Actually Machine
ASTM lists dozens of titanium grades. Six of them cover almost every machined part. What each one is for, how it cuts and which standard your RFQ should name.
Grade 23 ELI Titanium: When Your Part Really Needs It
Ti-6Al-4V ELI against standard Grade 5. What extra low interstitial changes, when ASTM F136 applies and why the certificate costs more than the machining.
Titanium vs Aluminium: Which One for a Machined Part
Strength, weight, temperature, corrosion and what each metal does to a machining quote. A decision table for engineers choosing between 7075 and Ti-6Al-4V.
Titanium vs Stainless Steel 316L for Machined Parts
Weight, chloride corrosion, biocompatibility and price. When 316L is the better engineering answer and when it quietly fails where titanium would not.
Titanium Speeds and Feeds: What Shops Actually Run
Typical surface speeds for Grade 2 and Ti-6Al-4V in milling, turning and drilling, why they sit so low and what a buyer can read from a cycle time estimate.
Titanium Work Hardening: Why It Happens and the Cost
Titanium hardens where a tool rubs, springs away from the cut and moves after machining. What each behaviour does to your part and how shops design around it.
Thin Wall Titanium Parts: How Thin Can You Actually Go
Wall thickness, aspect ratio and the fixturing behind them. Where a titanium wall stops being routine, what a shop does about it and what it adds to the quote.
Design Rules That Cut the Price of a Titanium Part
Corner radii, wall thickness, hole depth, stock form and tolerance placement. The design choices that move a titanium quote, before anybody programs the part.
Tooling and Coolant for Titanium: What Good Looks Like
Carbide grades, coatings, helix angles and high pressure coolant. What a titanium shop should be running, and the questions that reveal whether it really is.
Titanium Machining Tolerances: What to Put on a Drawing
ISO 2768 classes, realistic ranges for Grade 2 and Grade 5, and why a tight tolerance on a thin wall is a different request from the same number on a boss.
Titanium Surface Finish: Options, Ra Values and Costs
As machined, bead blast, tumble, polish, passivate and electropolish. Realistic Ra values, what each finish is actually for and what it adds to lead time.
Titanium Anodizing Explained: Type II, Type III, Colour
How titanium anodizing differs from aluminium, what AMS 2488 Type I, II and III cover, how the colours are made and why tool marks show straight through.
Titanium Mill Certificates and Traceability Explained
EN 10204 2.2, 3.1 and 3.2, what a titanium mill certificate contains, how heat numbers survive machining and which certificates your RFQ actually needs.
Titanium Stock Forms and Lead Time: Bar, Plate, Tube
Bar, plate, tube and forgings. Which titanium stock is on the shelf, which is a mill order and how the form you choose changes both price and delivery date.
Titanium Aerospace Parts: What Your RFQ Has to Carry
AMS 4928, AS9100, first article inspection to AS9102 and heat lot traceability. What an aerospace titanium RFQ needs so the quotes you get are comparable.
Titanium Medical Parts: Grades, Standards and Cleaning
Grade 23 ELI, ASTM F136, ISO 13485 and cleanliness. Which requirements are real for implants and instruments, and which get copied onto drawings by habit.
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