3D Mint helps businesses manufacture 100–1,000 functional plastic parts through engineering review, material guidance, and repeatable FDM and SLA production.
Low-volume production 3D printing is designed for businesses that need real, functional parts in meaningful quantities—but are not ready, able, or economically justified in committing to conventional production tooling.
Manufacture initial inventory, fulfill early orders, and validate real demand before investing in injection-mold tooling.
Keep projects moving while production tooling is being designed, manufactured, modified, or delayed.
Produce usable parts while retaining the ability to revise geometry, materials, and production quantities between runs.
Support legacy equipment, aftermarket needs, specialized products, and recurring demand that cannot justify traditional tooling.
The best manufacturing process depends on quantity, design stability, performance requirements, timing, and total program economics—not unit price alone.
3D Mint helps determine whether low-volume additive production is commercially appropriate for your project—and will tell you when another manufacturing process is likely the better path.
Before committing a project to production, we evaluate the technical requirements, manufacturing risks, and commercial assumptions that affect part performance, consistency, cost, and scalability.
We review how the component will be loaded, handled, assembled, and used in its intended environment.
Material recommendations consider strength, flexibility, temperature, moisture, chemical exposure, UV exposure, appearance, and expected service life.
Geometry, wall thickness, overhangs, tolerances, interfaces, orientation, and support requirements are reviewed before production begins.
We evaluate batch size, expected repeat orders, production time, material usage, and whether additive manufacturing makes commercial sense.
Critical features, process settings, inspection needs, and acceptance expectations are defined to support consistent production runs.
We consider whether the project should remain in additive production, serve as a bridge to tooling, or transition to another process as demand grows.
Both technologies can produce functional parts, but they solve different manufacturing problems. We select the process based on geometry, performance, finish, quantity, and production economics.
Best suited for
Considerations
Layer orientation, surface texture, support strategy, warpage, thermal exposure, and critical interfaces must be evaluated before production.
Best suited for
Considerations
Resin selection, post-curing, brittleness, temperature exposure, dimensional behavior, surface requirements, and long-term use must be considered.
Not sure which process fits your project?
3D Mint is primarily structured around production runs of approximately 100–1,000 plastic parts. Projects outside that range may still be considered when there is a recurring production need or a clear path toward larger quantities.
Not necessarily. A completed CAD model is ideal, but we can also review prototypes, technical drawings, concept models, or partially completed designs. The more information you provide, the more specific and valuable our recommendations can be. If your design is still early in development, we’ll help identify the best next steps toward production.
We accept most common engineering and manufacturing file formats, including STEP (.step/.stp), STL, IGES (.igs/.iges), SolidWorks files (.SLDPRT/.SLDASM), OBJ, 3MF, DXF, PDF, and ZIP archives. If your file type isn’t listed, upload what you have or contact us—we’ll let you know if we can work with it.
The decision depends on part size, geometry, strength, temperature exposure, surface finish, detail, dimensional requirements, material behavior, quantity, and total production economics. You don’t need to know the best material or manufacturing method before submitting your project. During the review, we’ll evaluate your application, production quantity, budget, and performance requirements, then recommend the manufacturing process and material that best fits your goals.
Sometimes—but not universally. Production 3D printing can be highly effective for launches, bridge production, specialized demand, evolving designs, and volumes that do not justify mold tooling. Injection molding may become more economical when the design is stable and sustained volume supports the tooling investment. We can help you which path makes more sense based on your project during the production review.
Lead time depends on quantity, geometry, material availability, process duration, finishing, inspection, and current production capacity. A project-specific timeline is provided after the Engineering Production Review.
Yes. Repeat production is a central part of the 3D Mint model. Approved files, materials, process settings, and relevant quality requirements can be documented to support consistent future runs.
Yes. If you require a Non-Disclosure Agreement before sharing your project, we’re happy to provide our standard NDA upon request.
Simply email team@3dmint.com with the subject line:
Subject: NDA
We’ll send it over promptly so you can review, sign, and confidently submit your project.
Still have questions? Contact us at team@3dmint.com
Receive an engineering-led review with manufacturability feedback, production recommendations, pricing, and the clearest next step.
Tell us about your project and we’ll recommend the clearest path toward production. CAD files are helpful but not required—you can upload them now or send them later.
