Application Case: Aerospace Titanium Bracket CNC Machining

Application context

A titanium aerospace-style bracket combines low weight, high load and documentation expectations. The quote must handle material traceability and multi-axis access, not only cycle time.

This is an application case playbook, not a fabricated customer success story. It describes the engineering information a buyer should prepare and the manufacturing route FabVector would evaluate before issuing a firm quote.

Suggested manufacturing route

• Use 5-axis indexed machining to reduce setup count and preserve positional accuracy.
• Rough, stress review and finish critical holes or pads in controlled sequence.
• Inspect datums, hole positions and thickness after final finishing.

Material and finish decisions

• Titanium Grade 5 for high strength-to-weight.
• 7075 aluminum may be reviewed if weight matters but titanium strength is not required.
• Passivation or controlled cleaning depending on customer specification.

Quality and risk controls

• Avoid over-tolerancing pocketed non-mating faces.
• Material certificate and heat/lot traceability should be specified at RFQ stage.
• Sharp internal corners increase tool reach and cost.

What to include in the RFQ

• STEP, drawing, material certificate requirement and drawing revision.
• Load-critical holes, datums and inspection report format.
• Target mass, allowable fillet changes and production quantity.

Related FabVector resources

• Titanium machining guide
• 5-axis machining
• Aerospace machining

Use the RFQ workflow when the project needs price, lead time, inspection scope, material certificates or a production-ready handoff package.