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Applications for beginners

3Dresyns · Applications for beginners — at-a-glance hub 3DRESYNS · APPLICATIONS FOR BEGINNERS START FROM YOUR APPLICATION Pick an application area first — refine by material later WHICH APPLICATION FIELD? GENERAL 3D PRINTING Everyday general-purpose printing — a simple place to start. HEALTHCARE & DENTAL Biocompatible medical, dental & orthodontic workflows. ENGINEERING & MANUFACTURING Functional parts, molds, casting, ceramics & metals. SPECIALIZED APPLICATIONS Microfluidics, electronics & optics. ⚠ Remember: start from the application, then refine by material & technology — final choice depends on your printer, geometry & workflow. At-a-glance hub · full application areas, materials & technologies on the page.

Applications for beginners: simple access to 3Dresyns® applications and compatible materials.

Start from the final use, then move to compatible materials.

This beginner version helps you explore the main 3Dresyns® application areas without going through the full engineering layer first.

Navigate by: application field first, then continue to the related materials and technologies if needed.

Start simple

If you are not sure where to begin, select the application that is closest to your final part or workflow. You can refine the choice later through materials and technologies.

Browse material families instead →

General starting point

General 3D printing

General-purpose and everyday professional printing routes for users who want a simple starting point before moving into specialized applications.

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Healthcare & dental

Medical & healthcare

Biocompatible workflows for healthcare research, medical prototyping and biologically relevant additive manufacturing applications.

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Dental

Dental manufacturing workflows including models, guides, splints, appliances and direct-print orthodontic applications.

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Engineering & manufacturing

Engineering & prototyping

Functional prototyping and engineering workflows requiring controlled mechanical, thermal, dimensional or optical performance.

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Molds & tooling

Printed tooling workflows using durable and sacrificial mold strategies for manufacturing, forming and process support.

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Casting & indirect manufacturing

Indirect manufacturing workflows including castable patterns, sacrificial strategies and materials designed to be cast or injected into printed molds.

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Ceramics & metals

Indirect additive manufacturing routes for ceramic and metal processing using mold-based shaping, casting and injection workflows.

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Specialized applications

Microfluidics

Microfluidic devices and analytical channels requiring fine feature resolution, controlled transparency and material compatibility.

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Electronics & electrical

Materials for electronic applications including ESD-compliant systems, ferroelectric materials and electrically functional components.

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Optical applications

Optical and photonic applications requiring controlled refractive behavior, high clarity or advanced micro-optical fabrication routes.

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Start by selecting an application field, then move to the corresponding material families or technologies for a more precise selection. Final choice depends on your printer, geometry and workflow.