Aircraft Jigs & Fixtures
Custom drill guides, holding templates, and alignment gauges delivered with 60% to 90% cost and lead-time savings compared to conventional machining.
Aerospace & Aviation
Aerospace & Aviation Digital Manufacturing
Precision-Engineered. Flight-Tested. Certified Reliability.
Executive overview
Certified digital manufacturing infrastructure
Digital manufacturingPrototype to production
In the aerospace industry, every gram saved translates directly into increased payload capacity, extended operational range, and improved fuel efficiency. At HIGH On 3D, we provide the certified digital infrastructure that helps aerospace manufacturers, defense contractors, and aviation engineers move past the limitations of traditional heavy assemblies and slow subtractive tooling.
By leveraging our industrial 3D printing setup across SLS, MJF, SLA, and DMLS, alongside high-precision CNC machining in Pune (Chakan MIDC & Narhe), we enable the production of high-complexity air ducting, lightweight structural brackets, and FST-compliant interior aircraft components topologically optimized for maximum performance and minimum mass.
Applying 3D Printing Across the Aerospace Lifecycle
Design Communication & Aero Testing
Scale concept models produced via SLA and high-detail resins with smooth surface finishes suitable for wind-tunnel aerodynamic evaluation.
Functional Validation & Prototyping
Rapid production of full-scale landing gear enclosures, cockpit control panels, and structural mockups in engineering-grade thermoplastics.
Pre-Production & Rapid Tooling
Low-cost fabrication of drill jigs, trim templates, mold inserts, and assembly fixtures to streamline production lines before committing to expensive hard tooling.
Flight-Ready End-Use Production
Scalable manufacturing of certified flight hardware, custom drone airframes, and interior assemblies with complete process traceability and batch-to-batch repeatability.
Part Consolidation & Topology Optimization
Redesign multi-part assemblies into single integrated components to eliminate weld points, lower assembly time, and reduce overall aircraft weight.
Primary Aerospace Applications
Built around real production constraints, from validation and tooling to traceable end-use components.
Flight Surrogates
On-demand placeholder hardware used for assembly training, fit testing, and build practice prior to installing final flight components.
Low-Volume Structural Brackets
High-strength titanium and aluminum brackets produced via DMLS for securing interior systems, avionics, and life-support hardware.
Cockpit & Cabin Hardware
End-use screen bezels, custom control knobs, interior light housings, and ducting assemblies optimized for ergonomics and low weight.
Engineering partnership
Your Aerospace & Aviation partner for digital manufacturing
High-complexity ducting, lightweight structural brackets, flight hardware, and FST-compliant aircraft interiors with full process traceability.
4 manufacturing processes8 engineering materialsPrototype to production
Qualified Aerospace Materials Matrix
A multi-process manufacturing stack selected around geometry, performance, finish, quantity, and verification requirements.
| Flight Domain | Target Application | Engineering Requirements | Recommended Process | Qualified Material |
|---|---|---|---|---|
| Engine & Exhaust | Nozzle bezels, heat shields | High thermal resistance & structural integrity | SLS / DMLS | Glass-Filled Nylon / Inconel 718 |
| Air Management | Environmental ducting, bellows | Flame-retardant, flexible, lightweight | SLS / MJF | Nylon PA12 / PA11 |
| Cabin Interiors | Controls, bezels, seat trim | Smooth surface finish, FST compliance | SLA / PolyJet | Digital ABS / High-Temp Resin |
| Structural & Space | Mounting brackets, satellite links | Maximum strength-to-weight ratio | DMLS | Titanium (Ti-6Al-4V) / AlSi10Mg |
| Optical & Lighting | Headlight lenses, indicator covers | Crystal clear transparency & fine detail | SLA | — |
Flight Domain
Engine & Exhaust
Target Application
Nozzle bezels, heat shields
Engineering Requirements
High thermal resistance & structural integrity
Recommended Process
SLS / DMLS
Qualified Material
Glass-Filled Nylon / Inconel 718
Flight Domain
Air Management
Target Application
Environmental ducting, bellows
Engineering Requirements
Flame-retardant, flexible, lightweight
Recommended Process
SLS / MJF
Qualified Material
Nylon PA12 / PA11
Flight Domain
Cabin Interiors
Target Application
Controls, bezels, seat trim
Engineering Requirements
Smooth surface finish, FST compliance
Recommended Process
SLA / PolyJet
Qualified Material
Digital ABS / High-Temp Resin
Flight Domain
Structural & Space
Target Application
Mounting brackets, satellite links
Engineering Requirements
Maximum strength-to-weight ratio
Recommended Process
DMLS
Qualified Material
Titanium (Ti-6Al-4V) / AlSi10Mg
Flight Domain
Optical & Lighting
Target Application
Headlight lenses, indicator covers
Engineering Requirements
Crystal clear transparency & fine detail
Recommended Process
SLA
Qualified Material
—
Materials referenced for this sector
Explore the engineering-grade materials we use to manufacture precision parts for the Aerospace & Aviation sector.
Glass-Filled NylonInconel 718Nylon PA12PA11Digital ABSHigh-Temp ResinTitanium Ti-6Al-4VAlSi10Mg
Glass-Filled NylonInconel 718Nylon PA12PA11Digital ABSHigh-Temp ResinTitanium Ti-6Al-4VAlSi10Mg
Glass-Filled NylonInconel 718Nylon PA12PA11Digital ABSHigh-Temp ResinTitanium Ti-6Al-4VAlSi10Mg
Manufacturing services
Built for every stage of Aerospace & Aviation production
Move from high-detail prototypes to repeatable end-use parts through one connected production team.
Start your program
Your Aerospace & Aviation Manufacturing Partner
Share your CAD, target material, quantity, and validation requirements. Our engineering team will recommend the right process and production path.
Validate before production
Unlock your free 3D printed sample
Evaluate material, process, surface finish, and fit before committing to your complete Aerospace & Aviation production program.
Request a sampleWhat our clients say
“Most accurate parts I've gotten from any vendor. The surface finish almost matched the injection molding finish. Delivered in 5 days.”
K
Kevin
Engineering Lead
“The prints were high-quality, the process was seamless, and I received my order quickly. Excellent service at a great price.”
KS
Kiran S.
Industrial Designer
Engineering review Process traceability Production-ready finishing
Aerospace & Aviation manufacturing FAQs
Which manufacturing processes are available for Aerospace & Aviation?
The recommended production stack includes SLS 3D Printing Service: Scale Without Tooling, HP Multi-Jet Fusion, SLA 3D Printing, CNC Plastic Machining. Our engineers select the best-fit route around geometry, finish, validation needs, and order quantity.
Which materials are available for Aerospace & Aviation parts?
The materials referenced for this sector are Glass-Filled Nylon, Inconel 718, Nylon PA12, PA11, Digital ABS, High-Temp Resin, Titanium Ti-6Al-4V, AlSi10Mg. Final material selection is confirmed against mechanical, thermal, finish, and compliance requirements.
Can HIGH On 3D support both prototypes and production parts?
Yes. The same engineering team can support concept models, functional prototypes, validation builds, bridge production, tooling, and repeatable low-volume end-use parts.