DDA Maker Technologies

Your One-Stop Shop for Modern Fabrication Technology

DDA Maker Technologies · New Jersey & the Northeast

Make it real.
Make it work.

Custom parts. Working printers.
People who can help with both.

We design and 3D print parts, repair fabrication equipment, set up labs, and teach you how to use the tools.

A sketch, a sample, or a short description is enough to start.

A DDA team member working on CAD designs at the workshop

Since 2019Hands-on equipment support

25+ school & district accountsExperience with mixed equipment fleets

Based in New JerseyAlso supporting out-of-state projects

What do you need?

Have it made.
Get it working.

Start with the job you need done. You don’t have to choose the right process before talking to us.

Cut it. Mark it. Make it yours.Available on their own or as part of a larger project.

See all capabilities

For schools & districts

Keep the lab
ready for class.

Good equipment is only the beginning. Get help choosing machines, bringing idle printers back into use, and giving staff the confidence to run them.

  • Plan the spaceEquipment selection, setup, and calibration.
  • Keep it runningRepairs and maintenance across mixed fleets.
  • Build staff confidenceHands-on training with the tools you use.
Explore school lab support
A DDA team member in the workshop with large-format 3D printers
Hands-on experience, from the DDA workshop to your equipment.

For businesses & shared workshops

Have us make it.
Or make it in-house.

From a custom part to the equipment your team uses every day, get technical help that fits the way you work.

Keep the models coming.

MHS Architecture relies on in-house printing for physical building models. DDA has supported that capability with custom builds, upgrades, repairs, and troubleshooting.

Find support for your business
A custom 3D printer with green printed components
Printer builds, repairs, and upgrades.

For personal projects

A part to replace.
A printer to fix.

Get help with the project on your workbench. We can make a part, print a model, or find out why your printer stopped working.

Small jobs count. One dining-table slider design was followed by eight copies. You don’t need a large order or a finished CAD file to start.

Explore personal projects

FOR OWNERS, REPAIR PROFESSIONALS & MAINTENANCE TEAMS

When one missing part stops the whole repair.

A broken bracket, missing cover, or discontinued fitting can keep an otherwise useful thing out of service. If you own it, maintain it, or need to finish a repair for someone else, we can assess whether a custom replacement makes sense.

Explore replacement parts for repair & restoration
What helps us assess it?
  • Photos showing the part and where it fits
  • A sample, dimensioned drawing, or documentation we can measure from
  • How the part is used, including load, heat, sunlight, water, and wear

Photos start a discussion. Designing a part takes detailed specifications you provide, or enough access and documentation for us to establish them. We then review fit, function, and material. Some parts are unsuitable, especially where failure could affect safety.

CUSTOMER EXPERIENCES

Good work starts with a conversation.

You talk directly to the people doing the technical work, no middle-man. These excerpts from Google reviews reflect that experience.

200+clients served
★★★★★5.0 on Google
Checked September 2026
Read the Google reviews
ARCHITECTURE / CUSTOM PRINTERS
“The whole process, especially the customer service, has been fantastic.”

MHS Architecture uses custom-built printers to make models of its buildings.

Vincent Marchetto · Google review
PRINTER REPAIR / GUIDANCE
“He explained everything so well”

After a K1 Max repair, Jonathan was walked through the work in detail.

Jonathan White · Google review
ONE-OFF PRINT / ITERATION
“Great communication throughout.”

A custom printed item was fine-tuned until it worked as Brad needed.

Brad · Google review

LET"S LOOK AT YOUR PROJECT

What do you need made or fixed?

Tell us what you have, what you want to do, and any timing that matters. We’ll discuss the approach and cost before work begins.

  1. 01
    Tell us the goal

    What should the part, machine, or lab do?

  2. 02
    Choose an approach

    We discuss feasibility, materials or equipment, timing, scope, and cost.

  3. 03
    Make it work

    We fabricate, repair, equip, maintain, or train, then check the result against the agreed job.

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