Manufacturing Capabilities

Low-volume manufacturing for hardware startups producing 100–1,000 units.

3D Mint provides small-batch manufacturing using professional additive manufacturing systems. Our process is designed to support early production runs, pilot programs, and pre-launch hardware batches.

Manufacturing Technologies

3D Mint uses professional additive manufacturing systems to produce repeatable small production runs.

FDM (Fused Deposition Modeling)

FDM printing is ideal for durable plastic components used in functional products and assemblies.

 

Typical applications include:

  • structural components

  • enclosures and housings

  • brackets and mounts

  • mechanical assemblies

  • industrial hardware

FDM printing provides strong, cost-effective parts suitable for batch production.

SLA (Stereolithography)

SLA printing produces high-resolution parts with excellent surface finish and dimensional accuracy.

Typical applications include:

  • detailed enclosures

  • small precision parts

  • cosmetic prototypes

  • low-volume production components

  • medical devices

SLA parts are well suited for products where surface finish and detail are important.

Materials

3D Mint supports a range of common engineering materials suitable for early-stage hardware production.

FDM Materials

These materials provide strong and durable parts suitable for functional assemblies and product housings.

  • PLA

  • PETG

  • ABS

  • TPU

  • Engineering filaments (depending on application)

  • Other – Reach out for specific SLA material capability questions!

SLA Materials

These resins provide high accuracy and good mechanical properties for precision parts.

  • Tough Resin

  • Rigid Resin

  • Other – Reach out for specific SLA material capability questions!

Batch Sizes

3D Mint specializes in low-volume manufacturing runs between 100 and 1,000 units.

This range allows startups to:

  • launch early hardware products
  • test customer demand
  • supply pilot customers
  • support beta programs
  • generate early revenue before scaling to mass manufacturing

 

Each batch is optimized for consistent part quality and efficient production.

Typical Applications

3D Mint typically works with hardware startups developing products in industries such as:

  • robotics

  • fitness hardware

  • medical-devices

  • medical-adjacent devices

  • consumer electronics

  • industrial hardware

Common parts include:

  • product housings

  • brackets and mounting components

  • functional plastic components

  • mechanical assemblies

Production Workflow

Every project follows a structured process to ensure manufacturability and reliable production.

Step 1 — Production Feasibility Review

CAD files are reviewed for manufacturability, print orientation, and batch production efficiency.

Step 2 — Quote and Timeline

Based on batch size, material, and part complexity, a production quote and delivery timeline are provided.

Step 3 — Batch Production

Parts are produced using professional additive manufacturing systems and inspected for consistency.

Step 4 — Packaging and Delivery

Finished parts are packaged and shipped ready for assembly or product integration.

When 3D Mint Is the Right Fit

3D Mint is ideal for companies that:

  •  have a working prototype

  •  need 100–1,000 units

  •  want to avoid expensive injection molds

  •  need production parts quickly

  •  are preparing for product launch or early customer orders

If your product is entering this stage, we can help bridge the gap between prototype and mass manufacturing.

Start With A Production Review

If you have a product ready for a small production run, submit your CAD files for a production feasibility review.

Submit CAD for Production Review