Industrial additive manufacturing · Detroit, MI

Prototype, print,
ship it.

Metal and polymer 3D printing for the automotive and aerospace primes. Fourteen industrial printers, six technologies, one end-to-end production partner.

Printers Online
14
Technologies
6
Max Envelope
1800mm
◆ LIVE · MFG FLOORDET · 42.33°N 83.04°W
PROTOTYPE.
PRINT.
SHIP.
MICHIGAN · EST. 2015 · ISO 9001REEL · 001

Advantages traditional methods can't match.

Additive manufacturing delivers speed, geometry, and material advantages that compress development cycles and unlock parts no mold could produce.

/01

Accelerate Time-to-Market

Functional prototypes and end-use parts in days, not weeks. Drastically shorter development cycles.

/02

Design Freedom Without Tooling

Complex, lightweight geometries and internal features impossible with traditional methods. No molds required.

/03

High-Performance Materials

Engineering-grade plastics and metals with exceptional strength, durability, and thermal resistance.

/04

Cost-Effective Low-Volume

Custom jigs, fixtures, replacement parts, or small batches on demand — no minimum order quantities.

/05

Consolidate and Simplify

Merge multi-part assemblies into a single 3D-printed part. Less inventory, simpler line-side ops.

/06

Made in Michigan

Every part printed, post-processed, and inspected in Sterling Heights by engineers with decades of experience.

End-to-end additive — from CAD to crated.

We don't just print parts. We re-engineer them — lightweighting legacy metals, consolidating assemblies, and modernizing tooling for the Tier-1s and primes that keep Michigan moving.

/01
Lightweighting
Topology optimization + lattice fills. 30–70% mass reduction on legacy metal parts with FEA-verified performance.
/02
Production
Batches from 10 to 10,000. Isotropic polymer parts, certified metal alloys, first-article documentation on every run.
/03
DFAM
Design for Additive Manufacturing consulting. Conformal cooling channels, part consolidation, and tooling modernization.

Fourteen printers. Six technologies. One floor.

FILTER BY TECHNOLOGY ↓
SLA · POLYMER
SLA 7000
3D Systems
SLA · POLYMER
ProX 800
3D Systems
DLP · POLYMER
Figure 4
3D Systems
FDM · POLYMER
Fortus 450mc
Stratasys
FDM · POLYMER
F900
Stratasys
MJF · POLYMER
HP 5210
HP
SLS · POLYMER
EOS P760
EOS
SLS · POLYMER
EOS P770
EOS
SLS · POLYMER
3D Systems S230
3D Systems
DMLS · METAL
ProX DMP 320
3D Systems
DMLS · METAL
SLM 500
SLM Solutions
DMLS · METAL
RenAM 500Q
Renishaw
DMLS · METAL
MetalFab2
Additive Industries
Binder Jet · METAL
S-Max
ExOne

HP 5210

HP · Multi Jet Fusion
MJF

Flagship polymer production system. Isotropic properties, no supports, dense parts at industrial throughput.

Build Volume
380 × 284 × 380 mm
Layer
80 µm
Tolerance
±0.3 mm
Throughput
4,115 cm³/h
Applications
Production Parts · Functional Prototypes · Short-Run Manufacturing · Custom Consumer Products · Spare Parts
Qualified Materials
PA12 (Nylon 12)ULTRASINT TPU01PA12 Glass Beads
Detroit Skyline

Built in Detroit.

Manufacturing excellence rooted in America's industrial heartland. Every part printed, post-processed, and inspected in Sterling Heights.

From CAD to crated, in days.

Our quoting engine, DFAM engineers, and production floor operate as a single pipeline. Here's what happens after you hit submit.

STEP · 01

Upload & Quote

Send CAD or samples. Automated DFM checks identify issues and material fits in hours, not weeks.

24H TURNAROUND
STEP · 02

DFAM Review

Our engineers optimize geometry: topology optimization, lattice fills, part consolidation, conformal cooling.

1–3 DAYS
STEP · 03

Build

Printed on the optimal machine from our 14-printer fleet. Metal or polymer, prototype or series production.

3–10 DAYS
STEP · 04

Finish & Ship

Post-processing, QC inspection, and certified documentation. First-article reports on every production run.

2–4 DAYS

Built for hard industries.

AutomotiveTier-1 + OEM Primes
AerospaceAS9100 In Process
DefenseITAR Registered
RoboticsShort-Run Production
MedicalTi-6Al-4V Certified
EnergyOil, Gas, Renewable
CASE STUDY · 2025

Tier-1 injection tooling — 65% cost reduction, 9-week lead-time recovery.

A Tier-1 automotive supplier came to us with injection molds taking 12 weeks to manufacture. We redesigned the tooling using DFAM principles, added conformal cooling channels, and printed the inserts on our Renishaw RenAM 500Q metal system.

VIEW FULL CASE STUDY →
−65%
Tooling Cost
3w
From 12-Week Lead
+40%
Cycle-Time Gain

Measured by customer results.

SE
Senior Engineer, Automotive OEM

"D3DP helped us reduce the weight of a critical suspension bracket by 45% while maintaining structural integrity. The topology optimization work was exceptional, and the parts have been in production for over a year with zero failures."

MD
Manufacturing Director, Aerospace

"We needed complex titanium parts with tight tolerances for an aerospace application. Detroit 3DP delivered quality that exceeded our expectations. Their RenAM 500Q with its large Y axis and QC process are world-class."

CT
CTO, Robotics Startup

"From prototype to production, D3DP has been an incredible partner. They helped us design for additive manufacturing from day one, cutting our part costs by 60% and lead times from 8 weeks to 5 days. Game changer for our business."

Bring 3D printing in-house.

Independent sourcing and consultation. We help you pick the right plastic or metal printer and right-size it for your application, production volume, and budget — with no manufacturer commissions.

/01

Technology Assessment

Evaluate parts, materials, and volume requirements. Recommend the best technology — FDM, SLA, SLS, MJF, Metal LPBF, binder jet.

/02

Equipment Sizing

Match build volume, throughput, and capabilities to your production needs without over- or under-buying.

/03

Vendor Comparison

Independent advice on HP, Farsoon, Desktop Metal, Markforged, Stratasys, EOS, Renishaw, and other leading manufacturers.

/04

Total Cost Analysis

True cost per part including machine, materials, labor, and post-processing. Realistic ROI projections.

No manufacturer commissions.

We work for you, not the OEM. Post-sale training and workflow setup available.

Quote in 24 hours.

Upload a CAD file or tell us what you need. An engineer — not an auto-responder — replies with pricing, lead time, and DFM notes within one business day.

01Part
02Material
03Details
04Contact

What are we printing?

Pick the category that best fits your part. We'll refine the process during quote.

STEP 1 OF 4

Ready when you are.

Drop in CAD, tell us the volume, get a quote back in 24 hours. No sales funnel — an engineer reads it first.

Start RFQ 586-604-9125