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Aerospace Industry
Flight-critical brackets, turbine components, and avionics housings machined from titanium, Inconel, and aerospace-grade aluminum — with full material certification and dimensional traceability from prototype through production.✓
ISO 9001:2015 Certified✓
98% On-Time Delivery✓
100,000+ Parts Made
Molding? The Complete GuideJuly 24, 2026
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How does Sango support AS9100-aligned traceability for aerospace
parts?
parts?
How fast can Sango deliver flight-critical prototypes?
What surface treatments do you offer for aerospace alloys?
Do you provide material certifications and First Article Inspection (FAI) reports?
Can you supply full-lot traceability for titanium and nickel
superalloys?
superalloys?
What happens if a part fails dimensional or CMM inspection
frequentlyaskedquestions?
Our 5-axis CNC machining and CMM-verified inspection hold tolerances down to ±0.005 mm on flight-critical features, so structural brackets and turbine hardware match drawing specification every run/01
High Quality Parts
High Quality Parts
Instant online quoting and DFM feedback shorten the path from drawing to first article, so your NPI schedule and qualification milestones aren't waiting on tooling lead time./02
Fast Lead Time
Fast Lead Time
Our engineering team reviews wall sections, pocketing depth, and fastener bosses against your weight and stiffness targets, so lightweighted aerospace structures come off the machine ready to fly, not ready to redesign./03
Engineering-Driven Support
Engineering-Driven Support
Why Choose UsWe combine 5-axis precision machining, certified aerospace-grade material sourcing, and CMM-documented inspection to meet the traceability and performance demands flight hardware requires.
3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
OurManufacturingServicesOur self-owned factories and vetted manufacturing network are equipped to deliver complex, traceable aerospace components from single prototypes through production runs.
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3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
3D PRINTINGSLA, HP MJF, SLS & SLM for functional prototypes & low-volume 3D printing ±0.008 in. precision. 1-day lead time.
important material and design iterations, and get prototypes ready for testing. We help you
create prototypes according to your product’s requirements and design files, using low-cost
materials and processes to develop parts similar to the final product.
Rapid iteration across titanium, aluminum & composites
Detailed prototypes for complex flight-hardware geometries
Functional models representative of certified production parts
important material and design iterations, and get prototypes ready for testing. We help you
create prototypes according to your product’s requirements and design files, using low-cost
materials and processes to develop parts similar to the final product.
Rapid iteration across titanium, aluminum & composites
Detailed prototypes for complex flight-hardware geometries
Functional models representative of certified production parts
important material and design iterations, and get prototypes ready for testing. We help you
create prototypes according to your product’s requirements and design files, using low-cost
materials and processes to develop parts similar to the final product.
Rapid iteration across titanium, aluminum & composites
Detailed prototypes for complex flight-hardware geometries
Functional models representative of certified production parts
important material and design iterations, and get prototypes ready for testing. We help you
create prototypes according to your product’s requirements and design files, using low-cost
materials and processes to develop parts similar to the final product.
Rapid iteration across titanium, aluminum & composites
Detailed prototypes for complex flight-hardware geometries
Functional models representative of certified production parts
important material and design iterations, and get prototypes ready for testing. We help you
create prototypes according to your product’s requirements and design files, using low-cost
materials and processes to develop parts similar to the final product.
Rapid iteration across titanium, aluminum & composites
Detailed prototypes for complex flight-hardware geometries
Functional models representative of certified production parts
Prototyping to Production
EquipmentEvery aerospace part is verified on Zeiss CMM with a full dimensional report, and critical features receive first-article inspection documentation so what ships matches what's on the drawing.
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Applications of
Aerospace PartsOur manufacturing capabilities support flight-critical and ground-support aerospace components across structural, propulsion, and tooling applications.
Aerospace PartsOur manufacturing capabilities support flight-critical and ground-support aerospace components across structural, propulsion, and tooling applications.
Rapid tooling, brackets, chassis, and jigs
✓
Heat exchangers
✓
Turbo pumps and manifolds
✓
Custom fixturing
✓
Fit check gauges
✓
Conformal cooling channels
✓
Fuel nozzles
✓
Gas and liquid flow components
✓
Automotive
Aerospace
Medical
Consumer Products
Robotics
Automation