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On-Demand 3D Printing for Transportation & Aerospace

High-performance 3D printed components for transportation and aerospace systems, built for strength, precision, and repeatability.

Why Transportation & Aerospace Teams Use Tempus 3D

Transportation and aerospace programs demand strength, accuracy, and consistency. Tempus 3D delivers production-ready parts that support engineering, production, and ongoing maintenance.

Lightweight aerospace-style housing component showing complex geometry and precision features for repeatable production

Production-Ready Technologies & Materials

  • Engineering-grade polymers built for strength, wear, and repeat use

  • Suitable for housings, brackets, tooling, and replacement components

  • Options including impact-resistant, flexible, and heat-stable materials

Batch of repeatable polymer components for transportation manufacturing

Consistent, On-Spec Production

  • Controlled processes ensure repeatability and reliability

  • Proven quality from prototype through repeat production

  • Parts produced to specification with dependable build-to-build consistency

Engineer reviewing CAD for a production-ready transportation part

Fast Quoting & Flexible Ordering

  • Instant CAD-based pricing with automated printability checks

  • Order one-off replacement parts or repeat production runs

  • Volume-based pricing and partner programs for ongoing demand

Industrial 3D printing workflow for consistent transportation-grade parts

In-House Manufacturing & Partner Network

  • Canadian-based, in-house production for fast turnaround

  • Partner network used for specialty materials or processes

  • Single point of accountability from prototype to production

Transportation & Aerospace Applications

Dimensional inspection of a transportation component

Replacement Parts & Obsolescence Support

  • Emergency replacement components to reduce downtime

  • Obsolete or hard-to-source parts for legacy platforms

  • Functional equivalents for worn or failed components

Assembly fixture for alignment and repeatable builds in transportation manufacturing

Tooling, Fixtures & Assembly Aids

  • Jigs and fixtures for repeatable assembly and alignment

  • Drill guides, inspection aids, and positioning tools

  • Supports faster maintenance and consistent builds

Rugged electronics enclosures and housings for mobility and industrial vehicle systems

​Housings & Industrial Components

  • Rugged housings for sensors, electronics, and controls

  • Covers, guards, and protective shrouds for equipment

  • Designed for vibration, impact, and harsh environments

Low-volume production parts for transportation programs and variant SKUs

Low-Volume & Bridge Production Parts

  • Short-run end-use parts and variant SKUs

  • Bridge production while tooling or machining is queued

  • Iteration support for design updates and field changes

3D Printing Technologies

Industrial 3D printing technologies suitable for lightweight components, complex geometry, and production-ready performance in transportation and aerospace applications.

HP Multi Jet Fusion 3D printer for production-ready nylon transportation parts

Multi Jet Fusion (MJF)

Best for: Durable end-use parts and repeatable batch production with excellent dimensional consistency. Ideal for brackets, housings, ducting, and interior components.

Build Volume:

380 × 284 × 380 mm

Layer Height:

80–100 microns

Tolerances:

±0.3 mm / ±0.3%

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SLA 3D printing for high-detail prototypes and aerodynamic mockups

Stereolithography (SLA)

Best for: High-detail components and surface-critical part. ideal for fit-checks, aerodynamic mockups, tooling masters, and presentation-quality prototypes.

Build Volume:

335 × 200 × 300 mm

Layer Height:

25–100 microns

Tolerances:

±0.2 mm / ±0.2%

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Selective Laser Sintering parts handling for durable transportation components

Selective Laser Sintering (SLS)

Best for: Lightweight, complex geometries with strong mechanical performance. Ideal for functional ducting, clips, mounts, shrouds, and assemblies where design freedom matters.

Build Volume:

180 × 130 × 310 mm

Layer Height:

80–100 microns

Tolerances:

±0.3 mm / ±0.3%

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FDM 3D printing for fixtures, jigs, and functional transportation prototypes

Fused Deposition Modeling

Best for: Fixtures, jigs, and functional prototypes where durability and affordability matter. Ideal for assembly aids, drill guides, check fixtures, and iteration parts.

Build Volume:

256 × 256 × 256 mm

Layer Height:

100–300 microns

Tolerances:

±0.5 mm

Learn More
HP Multi Jet Fusion Logo - Multi Jet Fusion Production Professional
Proud to be a Certified HP MJF Production Professional

Materials

​Engineering-grade polymers suited for lightweight, durable components, vibration exposure, and production repeatability.

Impact-resistant polymer structural housing for transportation and off-highway equipment

Functional Structural Components

Strong, lightweight polymers for load-bearing and mechanically stressed parts.

Built for impact resistance and long service life in vehicle and aerospace assemblies.

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Common uses: brackets, mounts, housings, ducts, protective covers

Vibration-damping elastomer component for sealing, protection, and shock absorption

Flexible & Vibration-Damping Components

Tough and elastomeric materials for vibration control, sealing, and protection.

Ideal where controlled flexibility and shock absorption are required.

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Common uses: gaskets, cable guides, bumpers, protective sleeves

Precision-fit enclosure component for electronics packaging and mounting interfaces

Precision & Enclosure Components

High-detail materials for accurate fit, alignment, and clean surface finish.

​Supports tight tolerances for assemblies, interfaces, and dimensional control.

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Common uses: enclosures, fixtures, alignment features, interior components

Application-specific polymer connectors and mounts for thermal and environmental demands

Application-Specific Materials

Materials suited for electrical, thermal, and environment-driven requirements.

Materials selected for electrical, thermal, and environment-driven requirements.

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Common uses: electronics housings, sensor mounts, brackets, under-hood components

VIEW ALL MATERIALS

Compare properties, applications, and certifications across our entire material portfolio.

Key Benefits

Supporting uptime, maintenance reliability, and production continuity across oil & gas operations.

Lightweighting & Performance

  • Reduce mass in brackets, housings, and interior components

  • Complex geometry without added assembly steps

  • Better strength-to-weight optimization

Durability for Vibration & Mechanical Loads

  • Materials suited to vibration-prone environments

  • Tough polymers for functional end-use parts

  • Improved service life vs. brittle prototypes

Precision Fit for Assemblies

  • Dimensional accuracy for interfaces and mounts

  • Consistent parts across repeat orders

  • Supports production documentation and repeatability

Heat & Chemical Resistance Options

  • Materials available for elevated temperatures

  • Resistance to oils, fuels, and common shop chemicals

  • Better reliability near engines, bays, and equipment

Fast Iteration & Program Agility

  • Rapid design validation and revision cycles

  • Lower risk when requirements change

  • Faster path from prototype to production run

Low-Volume Production & MRO Support

  • Bridge manufacturing before tooling investment

  • Replacement parts and program spares on demand

  • Reliable supply for low-volume components

Ready to Get Started?

Upload your CAD files for an instant quote or speak with our team about your specific requirements.

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