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.
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,
Why We Help: Dr. Deidre Quinn-Gorham and Tuskegee University Some people remind us why this work matters. Dr. Deidre Quinn-Gorham at Tuskegee
Let’s build something great, together.
Send us your project details, and we’ll help turn them into manufacturable parts.