Skip to main content
ZAODA Industrial Manufacturing Group
Strength-to-weight

Titanium CNC Machining

CNC machining review for Grade 2 and Grade 5 titanium, covering material condition, critical geometry, surface integrity and traceability.

Review My Titanium Requirements →Compare Selection Factors
Jiehong CNC machine
Titanium grade & surface integrity

Distinguish the Grade Before Planning the Cut

Grade 2 and Grade 5 serve different property requirements. Review the specified material condition, stock form and service environment before selecting the machining approach.

Distinguish the Grade Before Planning the Cut
Material referenceSelection focusDefine before release
Grade 2Commercially pure titanium reference; review its suitability for the specified service and mechanical requirements.Governing specification, condition, stock form and required material records.
Grade 5 / Ti-6Al-4VAlloyed titanium reference with requirements tied to condition and application.Exact designation and condition, required properties and any grain-flow or stock-form requirements.
Critical machined surfacesCoordinate rigidity, heat input, tool access and burr removal with surface-integrity requirements.Functional surfaces, inspection criteria, contamination restrictions and any special cleaning.
From material to finished part

Review the Interfaces & Handling Requirements

Tool access & rigidity
Identify thin walls, long tool reach and features that constrain support or cutting engagement.
Mating surfaces
Describe assembly contact and galling concerns, with the required final surface condition and edge requirements.
Traceability & cleaning
Define material traceability and any special contamination, cleaning, inspection or packaging requirements.
Material definition

Titanium Selection Notes

Selection context

Titanium may be selected for its strength-to-weight ratio, corrosion resistance or temperature performance, subject to grade and service conditions. Material cost, limited heat dissipation during cutting, tool engagement and part rigidity require careful process planning.

Common options

Grade 2 commercially pure titanium and Grade 5 / Ti-6Al-4V serve different property requirements. The drawing must identify grade, condition, governing specification, grain-flow or stock-form needs, and any industry-specific controls.

RFQ Requirements

Review tool access, thin walls, heat input, coolant strategy, contamination control, burrs, surface integrity, galling risk, traceability, and whether special inspection or cleaning records are required.

Common grades
Grade 2 · Grade 5 / Ti-6Al-4V
Review focus
Heat · Tool engagement · Rigidity · Traceability
Must specify
Grade + condition + governing standard

Process planning notes & reference images

  1. Define functional requirements

    Define service conditions, loads, assembly interfaces, quantities, material condition and required inspection records.

    View reference image for Define functional requirements (opens in a new tab) ↗

  2. Select the manufacturing process

    Compare material grade, stock form, machining access, secondary operations, finishing and dimensional stability.

    View reference image for Select the manufacturing process (opens in a new tab) ↗

  3. Verify specified requirements

    Verify material documentation and specified part characteristics using agreed inspection methods, sampling and reporting.

    View reference image for Verify specified requirements (opens in a new tab) ↗
Common questions

Material Selection Questions

What information is important for titanium machining?

Confirm grade and condition, traceability, critical geometry, surface condition, contamination restrictions, burr requirements, quantity, and any special cleaning or packaging.

Who approves the final material specification?

The customer approves the grade, material condition, governing specification, required material records and permitted substitutions before production release.

Can finishing change the material decision?

Yes. Review coating compatibility, appearance, thickness, masking, heat exposure and electrical or corrosion requirements alongside the base material.

Continue your review

Related Processes & Engineering Guides

Connect the material to the process

Compare other material references

Aluminum →Stainless Steel →Steel →Copper Alloys →Engineering Plastics →Die Casting Alloys →
Quality & inspection → Surface finishing → Drawing & design guides →

Review Titanium for Your Part

Include grade and condition, critical geometry, surface-integrity requirements and material or cleaning records.

Review My Titanium Requirements →

Privacy preferences

Necessary storage supports secure forms, website sessions and your privacy choice. Optional analytics helps ZAODA understand visits, page use and enquiry interactions. Website Analytics is enabled by default. Uncheck it and save your preferences to stop analytics.

Your choice is saved for 180 days. We ask again when it expires or these settings change.

Necessary

Always active

These cookies keep the website and enquiry forms working securely and remember your privacy choice. They also support administrator authentication.

Allow ZAODA to measure page visits, time on the site, referrers and enquiry interactions using random visitor and session identifiers. Statistics are sent to ZAODA's own website, with network addresses stored as keyed hashes.

Cookies and browser storage

Necessary: zaoda-session and XSRF-TOKEN cookies support sessions and form security and last for 2 hours, renewed by website activity. The zaoda:consent local storage record remembers this privacy choice until its expiry. Optional analytics: zaoda:analytics:visitor uses local storage; zaoda:analytics:session and zaoda:analytics:last-activity use session storage. A new analytics session begins after 30 minutes of inactivity. These identifiers are removed when analytics is declined, consent expires or the consent version changes. Session storage normally ends with the browser tab; browser settings can also clear site data.

Cookie Policy
Upload Drawings · Request a Quote ↗