EN
If you are sourcing custom titanium parts, one of the first practical questions is: what is the minimum order quantity (MOQ) from a titanium CNC machining parts supplier? The honest answer is that there is no universal industry MOQ. Some shops will not quote below 50 or 100 pieces, while suppliers set up for high-mix, low-volume work will machine a single titanium prototype. For most custom titanium parts, you can expect workable minimums in the range of 1 to 50 pieces, depending on part complexity, material grade, and tolerance requirements.
This article explains why titanium MOQs behave differently from aluminum or steel, what quantity ranges to expect, the factors that push a supplier's minimum up or down, and how to structure your order to get the best price at low volume.
Titanium changes the economics of small-batch machining in two opposing ways. Understanding both sides helps you read a supplier's quote more accurately.
On one hand, titanium raises costs per part. Grade 5 titanium (Ti-6Al-4V) bar stock costs significantly more than 6061 aluminum, and mills often sell it with their own minimum purchase quantities or in standard bar lengths. Machining titanium is also slow: cutting speeds are far lower than for aluminum, tool wear is high, and heat management demands rigid setups and sharp, dedicated tooling. All of this makes each part more expensive to produce, which tempts some shops to set higher MOQs to justify the effort.
On the other hand, CNC machining needs no hard tooling. Unlike injection molding or die casting, there is no mold to build before production starts. The "setup" for a titanium job is programming, workholding, and first-article verification. That fixed cost exists whether you order 5 pieces or 500, so a well-organized shop can profitably run very small titanium batches, as long as the unit price reflects the setup being spread across fewer parts.
Based on common industry practice, here is what buyers generally encounter when requesting quotes for custom titanium parts:
| Order Type | Typical Quantity | When It Applies |
|---|---|---|
| Prototype | 1 to 5 pieces | Design validation, fit checks, functional testing |
| Low volume / small batch | 10 to 50 pieces | Bridge production, pilot runs, market testing |
| Production run | 50 to 500+ pieces | Qualified design, recurring demand, annual call-offs |
These ranges shift with part complexity. A simple turned titanium bushing from standard bar stock is realistic at 5 to 10 pieces. A complex 5-axis aerospace bracket with tight profile tolerances and full inspection documentation may carry a higher practical minimum, simply because the programming and verification effort is substantial. As a rough industry rule, going from 25 to 100 pieces can reduce per-part cost noticeably, because setup and first-article costs are amortized across more units.
A part that machines in one or two setups carries low fixed cost and supports a low MOQ. A part needing multiple orientations, custom fixtures, or titanium CNC machining across milling, turning, and wire EDM operations accumulates setup time that must be recovered somewhere, either in unit price or in a higher minimum.
Ti-6Al-4V (Grade 5) is the most commonly stocked titanium alloy and the easiest to source in small quantities. Less common grades, or oversized sections that force the shop to buy a full mill length, can push the MOQ up or add a material surcharge. Asking whether the supplier stocks your grade is a quick way to predict their flexibility.
Standard tolerances keep small batches economical. Specifying tight tolerances such as ±0.002 mm across critical features means slower cutting, more in-process checks, and CMM verification time on every batch, no matter how small. Reserve the tightest callouts for the features that genuinely need them.
Passivation, anodizing, plating, and polishing are usually outsourced or batched processes with their own minimum charges. On a 10-piece order, a finishing batch charge is divided by ten. Some suppliers absorb small finishing runs gracefully; others respond with a higher MOQ, so clarify finishing costs early.
This is the biggest factor of all. A supplier with open machine capacity and a scheduling system built for short runs treats a 20-piece titanium order as normal business. A plant optimized for 50,000-piece contracts will either decline, quote a high MOQ, or price small orders out of range. Neither is wrong; they simply serve different buyers.
A supplier who answers these questions clearly and in detail is usually one whose processes genuinely support low volume CNC machining, rather than one reluctantly tolerating your small order.
ANOK Precision Manufacturing is an ISO 9001:2015 certified machining factory in Shenzhen, China, founded in 2007, with long-standing experience in difficult-to-machine materials including Ti-6Al-4V, Inconel, and PEEK. Because our shop is organized for high-mix, low-volume work, we accept titanium orders starting from a single prototype, with no rigid MOQ, and scale smoothly into repeat production batches.
Our titanium capabilities include 3-axis, 4-axis, and 5-axis CNC milling, precision CNC turning down to ±0.002 mm tolerances, wire EDM for hardened or intricate features, and in-house surface treatment coordination. We routinely produce titanium components for medical, aerospace, and automation applications, with CMM inspection and material certification available on every order. Send us your drawings for a free DFM review, and we will quote your project at the quantity you actually need, not the quantity a factory minimum dictates.
Is there a standard MOQ for titanium CNC machining?
No. MOQs are set by each supplier based on their equipment, scheduling, and business model. Anything from 1 piece (prototype-friendly shops) to 100+ pieces (production-focused plants) exists in the market. Always confirm MOQ before requesting a detailed quote.
Why is my titanium quote high at 10 pieces but much lower at 100?
Setup, programming, first-article inspection, and finishing batch charges are fixed costs. Divided across 10 parts they dominate the price; across 100 parts they become a small fraction. This is normal cost behavior, not arbitrary pricing.
Can I order one titanium prototype before committing to a batch?
Yes, with a supplier set up for prototype work. Expect the single-piece price to carry the full setup cost. Many buyers use a paid prototype or small pilot run to validate the design, then release a larger order.
Does titanium grade affect the MOQ?
It can. Common grades like Ti-6Al-4V are stocked by most shops and support low minimums. Uncommon grades or unusual stock sizes may require a mill purchase, which pushes the practical minimum upward or adds a material surcharge.