Housings, ducts and protective covers
Define the required fit, finish and working environment. Include the intended test or acceptance criteria with your model.
AIHFABS MATERIAL GUIDE
SLS 3D Printing
The printed part of Nylon PA 11 White has high ductility, eco-friendly composition and balanced mechanical strength and is ideal for automotive components, prosthetics, sports equipment, and mechanical parts like hinges and snap-fits.

START WITH THE APPLICATION
Use the application to shortlist a grade, then confirm the exact requirements against the part design and operating conditions.
Define the required fit, finish and working environment. Include the intended test or acceptance criteria with your model.
Define the required fit, finish and working environment. Include the intended test or acceptance criteria with your model.
Define the required fit, finish and working environment. Include the intended test or acceptance criteria with your model.
DESIGN & MANUFACTURING
CATALOG MATERIAL DETAILS
These catalog details help you compare options. Confirm the exact material condition, feature tolerances and compatible finishing operations for your part before placing an order.
COMPARE THE AVAILABLE GRADES

MJF
MJF 3D printed PA 12 Gray has high mechanical strength, excellent flexibility, and heat resistance, and is ideal for functional prototypes, automotive components, medical devices, industrial tools, gears, hinges, and snap-fit enclosures.
View material details →
SLS
SLS 3D printed Nylon PA 12 White has high mechanical strength and excellent thermal resistance, and is ideal for gears, hinges, snap-fits, seals, gaskets, connectors, housings, and functional prototypes.
View material details →
SLS
The printed part of Nylon PA 12 Black has high mechanical strength, thermal stability and precision and is ideal for functional prototypes and end-use components such as camera housings, drone parts, industrial jigs, and electronic enclosures.
View material details →MATERIAL QUESTIONS
Send the current CAD, quantity and intended use. Add a drawing for critical fits, the required material condition and any finish or inspection requirements. Confirm availability and the delivered specification in the quotation.
Use the catalog to shortlist a material. Ask for the exact grade data and agreed test conditions before specifying acceptance limits. Geometry, processing and finishing may affect the delivered part.
Compare the offered grades, geometry, surface requirements and quantity. Use a sample in the intended test environment when fit or repeated flex is critical.
They can be candidates, but clip geometry, grade, orientation and repeated loading need review. Test the actual engagement cycle and mating components.
FROM THE AIHFABS BLOG
Technical comparison of SLS and MJF nylon 3D printing for end-use parts. Learn differences in surface finish, dimensional accuracy, material options, cost, and ideal production vol
Read article →Explore SLS nylon 3D printing for functional parts, including snap-fit design, PA11 vs PA12, tolerances, powder removal, and finishing for reliable assembly.
Read article →Compare SLA with DLP, LCD, FDM, SLS, MJF, SLM, and CNC machining. Shortlist processes by material, geometry, finish, cost, and your part's intended use.
Read article →Upload CAD for a quote, or share the complete requirements for a material and manufacturing review.
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