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3D printed parts in days, not weeks.

★★★★★ 4.9 Rated on Google Inc. 5000 honoree · ISO 9001:2015

FDM, SLA, SLS, MJF, and metal DMLS under one roof. Functional prototypes, jigs and fixtures, and short-run end-use parts. We pick the technology that fits the part, not the machine that happens to be free, with lead times from 5 to 18 days.

  • FDM, SLA, SLS, MJF, and metal DMLS
  • Materials from PLA to PEEK and titanium
  • Lead times of 5 to 18 days
  • Finishing, painting, and assembly in-house
They trust us Tesla NASA Raytheon Virgin Intel Universal
Certifications & Awards ISO 9001:2015 THEA Award Inc. 5000 Growth Badge
What we deliver

The right print for the part.

Five additive technologies under one roof, plus full finishing. We match the process to the use case, the material, and the tolerance you need.

Isometric illustration of an FDM 3D printer

FDM

Functional plastic parts in PLA, ABS, PETG, ASA, nylon, and PEEK. Large build volumes for jigs and housings.

Isometric illustration of SLA resin 3D printing

SLA & resin

Smooth, high-detail resin parts for visual prototypes, small geometry, and castable or engineering resins.

Isometric illustration of SLS and MJF powder 3D printing

SLS & MJF

Strong, isotropic nylon parts with no support structures. Production-grade mechanical properties and fine features.

Isometric illustration of metal DMLS 3D printing

Metal DMLS

Direct metal laser sintering in aluminum, stainless, and titanium for load-bearing and heat-resistant parts.

How we work

From upload to shipped part.

A four-step flow that runs the same way for one part or one hundred. Each print job is DFM-reviewed before it hits the machine.

01

Upload & quote

Upload STEP, STL, or 3MF. Receive a price, lead time, and DFM notes within hours.

02

DFM & technology pick

An engineer reviews wall thickness, support strategy, and material, and the right technology is chosen for the part.

03

Print & finish

Parts are printed, supports removed, and finished to spec: sanding, vapor smoothing, dyeing, painting, and inserts.

04

QC & ship

Dimensional check, packed, and shipped from the closest of our global sites.

Technologies

Technologies, materials, and tolerances.

The common picks by technology, the typical tolerance, and what each one is best used for.

TechnologyMaterials · tolerance · best for
FDMPLA, ABS, PETG, ASA, nylon, PC, PEEK · ±0.3 mm · functional prototypes, jigs, large housings
SLA / resinStandard, tough, durable, flexible, dental, castable · ±0.1 mm · cosmetic and high-detail parts
SLSPA12 nylon, glass-filled nylon, TPU · ±0.2 mm · strong isotropic parts, no supports
MJFPA12, PA11, PA12 glass-filled · ±0.2 mm · fine features, short-run end-use parts
Metal DMLSAluminum, stainless steel, titanium · ±0.1 mm · load-bearing, heat-resistant metal parts
Build volumeUp to 600 × 600 × 600 mm on FDM, smaller on SLA, SLS, MJF, and DMLS
FAQ

Common questions about 3D printing.

Tech picks, lead times, and what to expect on a Jaycon engagement.

Which 3D printing technology should I pick?

FDM for functional prototypes and jigs. SLA for cosmetic and high-detail parts. SLS or MJF for strong, isotropic parts that survive real-world use. Metal DMLS for load-bearing or heat-resistant components. We recommend a technology once we see the part.

What file formats do you accept?

STEP, STL, 3MF, IGES, and native SolidWorks or Fusion files. STEP is preferred because it preserves design intent for DFM review.

Can you do post-processing and finishing?

Yes. Sanding, vapor smoothing, dyeing, painting, decals, and threaded-insert installation are all in-house. Finished parts can ship looking like injection-molded units.

How is uploaded design data protected?

All file uploads run through an NDA before review. Files are stored on access-controlled servers and only the assigned engineering team has access.

Ready to print your part?

Upload a STEP or STL and get an instant quote with lead time.

Get an Instant Quote