Jaeger Technology Group supports engineering-driven organizations operating in environments where precision, documentation, and manufacturability matter. Our capabilities in large-format additive manufacturing, industrial patternmaking, and production-focused prototyping allow us to serve multiple industries without sacrificing technical depth.

We do not position ourselves as generalists.

We apply manufacturing fundamentals to specific industry constraints.

Aerospace & Defense

Aerospace and defense programs demand dimensional control, traceability, and repeatability.

We support aerospace suppliers and engineering teams with:

  • Large-format tooling and fixture fabrication
  • Composite layup tools and trimming fixtures
  • Pattern and mold components
  • Low-volume functional polymer components
  • Prototype housings and structural mockups

Our approach emphasizes:

  • Tolerance stack-up awareness
  • Thermal behavior of polymers under load
  • Design-for-assembly considerations
  • Clear revision tracking

We understand that in aerospace environments, documentation and process discipline are not optional.

Foundry & Industrial Casting

Industrial patternmaking remains one of our core competencies.

We design and manufacture:

  • Foundry patterns
  • Core boxes
  • Gating components
  • Match plates
  • Pattern assemblies for sand casting

Our work accounts for:

  • Shrink allowances by alloy
  • Draft strategy for mold release
  • Core print geometry and support integrity
  • Machining stock allowances
  • Surface finish considerations

Large-format additive manufacturing allows us to reduce segmentation and assembly error, while maintaining traditional patternmaking fundamentals.

We serve foundries seeking speed without sacrificing process control.

Automotive & Transportation

Automotive and heavy equipment manufacturers require rapid iteration and robust tooling.

We provide:

  • Assembly fixtures
  • Trim and drill jigs
  • Functional validation parts
  • Short-run production components
  • Prototype enclosures and brackets

Our focus is not simply speed, but:

  • Durability under repetitive use
  • Mechanical reinforcement where required
  • Proper material selection (PCTG, ASA, PA blends, composites)
  • Minimizing downstream machining rework

We understand production floor realities.

Medical & Biomedical Development

We support early-stage medical device development and research initiatives with controlled, engineering-focused additive workflows.

Applications include:

  • Device housings
  • Ergonomic validation prototypes
  • Surgical planning models
  • Research hardware components
  • Early-stage bioprinter development platforms

Our process emphasizes:

  • Controlled file management
  • Revision tracking
  • Material documentation
  • Risk-aware development

We operate within clearly defined project scopes and collaborate with clinical advisors when appropriate.

Research Institutions & Universities

Universities and research programs often require rapid development support paired with manufacturing literacy.

We assist with:

  • Experimental apparatus fabrication
  • Custom lab hardware
  • Structural prototypes
  • Demonstration models
  • Multi-part assemblies

We bridge the gap between theoretical design and manufacturable geometry, helping research teams move from concept to build-ready components efficiently.

Industrial Equipment & Capital Projects

Capital equipment manufacturers require tooling and components that are both functional and serviceable.

We support:

  • Replacement tooling
  • Custom brackets and housings
  • Process fixtures
  • Retrofit components
  • Scale-up validation builds

Our experience across industries allows us to anticipate mechanical loads, environmental exposure, and operational wear patterns.

Cross-Industry Capabilities

Across all verticals, we bring:

  • Large-format additive manufacturing
  • Industrial patternmaking discipline
  • Material selection literacy
  • Design-for-manufacture review
  • Clear communication and scope control

We are comfortable working with:

  • Engineering managers
  • Foundry supervisors
  • R&D leads
  • Clinical advisors
  • Operations teams

Our role is often that of a manufacturing translator, ensuring that design intent survives real-world production constraints.