Industrial Additive Manufacturing & Product Development
We specialize in large-format and production-grade 3D printing, industrial patternmaking, and applied engineering support for companies that need functional parts, tooling, and prototypes
Industrial Patternmaking & Tooling
Leveraging our engineering expertise, we design and 3D-print patterns and molds specifically for sand casting and other foundry processes.
Major Industries Served
Aerospace
Prototype parts, tooling, fixtures, patterns, and test-support components for aerospace development and manufacturing workflows.
Automotive
Rapid prototyping, tooling, fixtures, and short-run production support for traditional, electric, and specialty vehicle programs.
Consumer Electronics
Functional prototypes, enclosures, housings, test fixtures, and short-run production for electronic and connected products.
Medical
Anatomical models, research tools, lab fixtures, device prototypes, and development support for medical, veterinary, and academic programs.
Why Choose Jaegertech?
Production-Grade Additive Manufacturing
We focus on parts designed for real use, with attention to strength, accuracy, and material performance.
Large-Format Specialists
Our expertise is in full-scale parts, tooling, and patterns that exceed standard printer capabilities.
Engineering-Led Approach
Design, materials, and process decisions are driven by function and manufacturing realities.
Patternmaking & Tooling Experience
Proven experience supporting casting, fixtures, and industrial manufacturing workflows.
In-House, Hands-On Execution
All work is performed by the team operating the equipment.
Patternmaking for Modern Foundries
Our patternmaking work combines traditional foundry principles with large-format additive manufacturing to support sand casting, tooling, and short-run production.
Old-world craftsmanship with modern tools.
We design and produce 3D-printed patterns, molds, and tooling for sand casting and related processes, with attention to draft, shrinkage, and foundry requirements.
Automating Routine CAD Work with Fusion 360 and Python In many manufacturing and prototyping environments, a surprising amount of skilled design time
Clear 3D Printed Parts: What Is Realistic and What Can Be Improved? We were recently approached by a customer asking about clear
When a Small Sailboat Part Becomes a Big Problem Sometimes the most frustrating failures are not major mechanical breakdowns. They are small,
Let’s build something great, together.
Send us your project details, and we’ll help turn them into manufacturable parts.