Aerospace Brackets
Ti-6Al-4V clips, mounts, straps and formed brackets for lightweight equipment and structural interfaces.
Custom Titanium Fabrication Custom Titanium
Custom Titanium
Fabrication
Lightweight Parts Built to Drawing
Request custom titanium fabrication for build-to-print Grade 2 and Ti-6Al-4V brackets, trays, covers and welded OEM assemblies. Send the released drawing, exact titanium grade and condition, bend or weld requirements, critical interfaces, inspection criteria and quantities for a drawing-defined manufacturing quote. Titanium fabrication and inspection RFQ guidance · Aerospace bracket fabrication · Grade 2 and Grade 5 titanium material reference
✓ Build-to-print scope
✓ Inspection by RFQ
✓ OEM approval boundary
RFQ Project-defined
RFQ
Example order size
Drawing
Critical dimensions
Plan
Inspection scope
OEM
Final approval
01 / What We Fabricate
Custom Titanium Fabrication for Drawing-Defined OEM Parts
This is the commercial custom titanium fabrication and quotation page for released brackets, trays, formed covers and welded assemblies. The companion titanium material guide explains grades rather than quoting finished parts; the project RFQ defines alloy identity, bend planning, heat input, shielding, inspection and protected packout.
Corrosion-Resistant Parts
Grade 2 titanium trays, covers, ducts and guards for chemical, marine and wet-service equipment.
Titanium Weldments
Fixture-controlled TIG-welded boxes, transitions and assemblies with drawing-defined shielding and inspection.
Prototype to Repeat Batches
Revision-controlled prototypes, first articles and repeat production kits with material records.
Our scope: build-to-print titanium fabrication with controlled process records
The OEM owns final design authority, end-use validation and regulatory approval. DRAmetal manufactures the released parts to the agreed drawing, material, process and inspection requirements.
02 / Titanium Product Types
Formed and Welded Titanium Parts for OEM Assembly
This product family addresses buyers searching for custom titanium fabrication, titanium sheet metal fabrication and aerospace titanium alloy parts fabrication.
Aerospace Ti-6Al-4V Brackets and Mounts
Laser-cut and formed Grade 5 brackets, clips, straps and supports with controlled holes, slots, bend geometry and deburred edges.
- Material Ti-6Al-4V / Grade 5
- Control Datum and hole checks
- Use Aerospace equipment
Corrosion Titanium Trays and Ducts
Grade 2 formed trays, drain pans, covers and duct transitions for corrosive fluids, humid environments and chemical-adjacent service.
- Material Grade 2 titanium
- Features Flanges, drains, seams
- Use Chemical equipment
Welded TIG-Welded Titanium Assemblies
Fixture-built titanium weldments with shielding, purge planning and heat-input control reviewed against the drawing and acceptance notes.
- Process GTAW / TIG
- Control Shielding and purge
- Inspection Visual plus drawing notes
Formed Formed Titanium Covers
Lightweight guards, covers and panels formed with bend sequencing, tool protection and springback compensation defined before release.
- Process Cut and press-brake form
- Features Returns, flanges, cutouts
- Supply Parts or kits
03 / Technical Capabilities
Typical Custom Titanium Fabrication Specification
| Materials | Commercially pure Grade 1/2, Ti-6Al-4V Grade 5, Grade 9 and drawing-defined titanium alloys |
|---|---|
| Typical forms | Sheet, plate, strip, tube and customer-defined formed or machined details |
| Fabrication | Laser cutting, waterjet when specified, deburring, press-brake forming, TIG welding, hardware and assembly |
| Weld controls | Clean preparation, dedicated handling, shielding or back-purge plan, fixture control and visual acceptance to drawing |
| Surface options | As-fabricated, brushed, blasted, pickled or customer-specified finishing subject to alloy and end use |
| Quality records | Material certificates, first article, dimensional reports, weld or finish records and revision-controlled packout as required |
04 / Manufacturing Process
From Titanium RFQ Review to Protected Packout
01
Alloy and Drawing Review
Confirm titanium grade, thickness, grain or rolling direction notes, critical datums, finish and documentation.
02
DFM and Route Planning
Review bend radii, springback, tooling, weld access, shielding, heat input and inspection access.
03
Cutting and Edge Control
Cut blanks and features while controlling burrs, contamination, heat-affected edges and part identity.
04
Forming and Fixturing
Form parts with planned bend sequence and validate springback, flange position and fixture datums.
05
Welding and Inspection
Apply the agreed GTAW route, then inspect weld appearance, dimensions and drawing-defined critical features.
06
Traceable Packout
Protect finished surfaces and group parts by lot, drawing revision and assembly kit where required.
05 / Why It Matters
Why Titanium Fabrication Needs Material-Specific Controls
Titanium offers valuable performance, but the wrong bend assumptions, contaminated tooling or poor shielding can create scrap that is expensive to recover.
Alloy Identity
Grade 2 and Grade 5 behave differently; the drawing and material records must stay aligned through production.
Springback
Titanium forming requires realistic bend radii, bend allowance and controlled overbend rather than steel assumptions.
Weld Shielding
Hot titanium reacts with the atmosphere, so torch shielding, trailing coverage and back purge must match the joint.
Surface Handling
Clean tools, controlled preparation and protected packaging reduce embedded contamination and cosmetic damage.
Customer Project
Titanium Formed Parts: Springback and Weld Protection
Materials, fabrication decisions and results for an anonymous customer project.
Component reference image
The Customer Challenge
Cold-forming springback and weld oxidation threatened dimensional stability and fatigue behavior.
Project Measurements & Details
±0.1 mmForming accuracy
≥400°CTemperature test
100%X-ray inspection
Results apply to the project configuration described on the linked page.
Read the Customer Project → 07 / Why Choose Us
Why OEMs Use DRAmetal for Custom Titanium Parts
01
Drawing-first review
We review alloy, bend geometry, weld notes, surface condition and inspection requirements before quoting the route.
02
Mixed-process supply
Cut, formed, welded and assembled titanium parts can be supplied as one revision-controlled package.
03
Material-aware QC
Inspection covers material identity, edges, bend location, weld condition, critical datums and protected faces.
04
OEM documentation
Material, first article and process records can be aligned to the released drawing and purchase specification.
08 / Related
Related Fabricated Products
09 / FAQ
Custom Titanium Fabrication FAQ
What does custom titanium fabrication include for an OEM order?
A drawing-defined order may include Grade 2 or Grade 5 material review, sheet cutting, edge preparation, forming, specified TIG welding, mechanical assembly, dimensional checks and agreed traceability records. The exact process and grade availability are confirmed during RFQ review.
Which titanium grades can you fabricate?
Typical RFQs use commercially pure Grade 1 or Grade 2, Ti-6Al-4V Grade 5 and Grade 9. Final availability and process route are confirmed against the drawing and material specification.
Can you fabricate Ti-6Al-4V sheet metal brackets?
Yes. We manufacture laser-cut and formed Ti-6Al-4V brackets, clips, straps, guards and mounting parts with drawing-defined bend and inspection controls.
Do you TIG weld titanium?
Yes. Titanium GTAW is reviewed for joint preparation, fixture access, shielding, trailing coverage, back purge and drawing-defined acceptance requirements before release.
Can titanium parts include first article records?
Yes. Material certificates, first article dimensions, critical-feature reports and revision-controlled packout can be supplied when the RFQ defines the required record set.
What information is needed for a titanium quote?
Send 2D drawings, 3D files, titanium grade, thickness, finish, weld notes, critical features, documentation requirements and prototype or production quantity.
Get Started Need Custom Titanium Parts
Need Custom Titanium Parts
Reviewed for Manufacturability?
Send your drawings, titanium grade, thickness, weld notes, critical datums and quantity. We will review forming, shielding and inspection risks before quoting.