Choose the right process for visual quality, strength, cost, and lead time. Compare technologies side by side and place orders from one workflow.
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3D printing builds parts layer by layer from digital models, enabling geometries that are difficult or impossible with subtractive methods.
SLA focuses on detail and smooth surfaces, SLS and MJF focus on functional nylon parts, and FDM focuses on fast and cost-effective large builds.
This family page helps you pick the process that fits your product stage: concept, functional test, pilot batch, or low-volume production.
Each process is optimized for different material behavior, finish quality, and production economics.
Laser-cured resin printing for high detail and smooth surface quality.
Visual prototypes, presentation models, transparent parts, and detail-rich geometry.
Learn More About SLAPowder-bed nylon process with no support structures and strong functional behavior.
Functional prototypes, assemblies, and low-volume end-use parts.
Learn More About SLSFast powder fusion process for repeatable production-quality nylon parts.
Production batches, enclosures, fixtures, and repeatable functional components.
Learn More About MJFFilament extrusion process for larger parts and cost-effective rapid iteration.
Large prototypes, jigs, fixtures, and quick early-stage iterations.
Learn More About FDMMetal additive process for high-value functional components in advanced alloys.
Aerospace, medical, and high-performance metal components.
Learn More About DMLSSelect material based on mechanical requirement, surface finish, and operating environment.
For detailed grade-level behavior, see process-level capability pages.
Use this as a quick process picker before opening detailed process pages.
Visual quality and fine detail
Advantages
Limits
Low to medium for small-medium parts
When appearance and detail are higher priority than impact resistance.
Functional nylon parts and production batches
Advantages
Limits
Medium, with good scaling at volume
When function and repeatability are primary requirements.
Large and low-cost prototypes
Advantages
Limits
Low for concept and larger geometry
When speed and budget are primary constraints.
Each model is checked for manufacturability before production.
Critical dimensions are checked based on process and customer tolerance needs.
Typical lead times range from 2 to 7 days, plus optional finishing.
Answers for 3d printing process selection and execution.
Use SLA for visual prototypes, SLS/MJF for functional nylon parts, and FDM for large cost-sensitive prototypes.
Yes. Upload once and compare process options in the same quoting workflow.
Compare SLA, SLS, MJF, FDM, and DMLS options in one workflow and pick the best fit.
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