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SALT LAKE CITY, UTADDITIVE MANUFACTURING

Utah additive manufacturing —forging digital geometryinto physical parts.

72hTypical turnaround

Machine down, part discontinued, deadline this week? A US-based additive manufacturing and rapid prototyping studio in Salt Lake City, Utah, shipping nationwide — high-precision 3D printing and scanning for engineering and reproduction work, made domestically and, for most jobs, in the post about 72 hours after payment.

WHO WE WORK WITH
REPAIR & SERVICE TEAMS

Part discontinued or out of stock?

Send a photo, a file, or the part itself. We model it, print it in a material chosen for the job, and ship it to you. No account and no CAD file needed to get an estimate.

ENGINEERS & PRODUCT TEAMS

Prototypes, tooling, and short runs

Functional prototypes, custom tooling, and low-volume end-use parts in carbon-fiber and other engineering-grade composites, from your STEP, IGES, or STL file.

Your files stay yours. Uploads are held in access-controlled storage, seen only by you and the shop, and never published, sold, or printed for anyone else. How we handle files

SPECIFICATION

The fine print

Maximum build volume256 × 256 × 256 mm
Max heat deflection temperatureUp to 485 °F / 252 °C
Max print temperatureUp to 608 °F / 320 °C
Minimum layer height0.05 mm
Typical FDM tolerance±0.2 mm
MaterialsPPS-CF/GF · PPA-CF · PA6-CF · PA12-CF · PA612-CF · PC-CF/FR · PC · PET-CF/GF · PETG-CF · PETG · ASA-CF/GF · ABS · PLA · TPU · PEBA · and more
ScanningIntricate geometry · near-exact reproduction
Typical lead time72 hours from payment · USPS transit extra

CF carbon fiber · GF glass fiber · FR flame retardant · PA nylon · PC polycarbonate

Request an estimatePriced per part · no obligation
Fast · Fitted · FlawlessPPS-CF/GFPPA-CFPA6-CFPA12-CFPA612-CFPC-CF/FRPCPET-CF/GFPETG-CFPETGASA-CF/GFABSPLATPUPEBACarbon-Fiber NylonsFlexible MaterialsFlame Retardant MaterialsImpact Resistant MaterialsFiber Reinforced MaterialsReverse Engineering3D Scanning1:1 Reproduction
CAPABILITIES

What we do

01

Additive Manufacturing

Expert FDM/FFF printing focused on high-performance, engineering-grade, and fiber-reinforced materials.

FDM / FFFCarbon-FiberEngineering-Grade
02

Scanning & Reverse Engineering

High-fidelity 3D scanning for intricate part reproduction, exact 1:1 copies, and durable digital archiving of legacy components.

1:1 ReproductionDigital ArchiveCAD Rebuild
03

Rapid Prototyping

Iterative design support that compresses your development cycles — from first concept to validated, shippable part.

IterationValidationShort Run
Repair or service company? How we reproduce discontinued parts
WORKFLOW

Concept to component

01

Scan & Capture

Digitize legacy or reference parts with high-fidelity scanning.

02

Design & Engineer

CAD refinement, tolerancing, and material selection for the job.

03

Print & Validate

Production on engineering printers with dimensional verification.

04

Deliver

Inspected, finished components shipped by USPS direct to your door, anywhere in the United States.

Have a part in mind? Send us the file and we will come back with a price and a lead time.

Request an estimate
WHY TAKOMO

The difference

Rigorous quality control

Documented, tightly controlled processes at every stage — from material handling to final inspection — for consistent, traceable, repeatable parts.

Material mastery

Specialized in abrasive, composite, and carbon-fiber-reinforced filaments most shops avoid.

End-to-end workflow

From scanning a broken legacy part to delivering a reinforced replacement — one shop.

Agile response

Small-scale focus means rapid pivots, personal attention, and direct engineering support.

Dimensional verification

Every part checked against the model before it ships — no surprises on arrival.

0:1

Reproduction fidelity

0h

Typical turnaround

Ready to start building?

Submit a request or reach out directly — most jobs are in the post about 72 hours after payment. We specialize in high-strength, chemically and impact-resistant composites.

Every TakomoCo part is produced under strict internal quality control standards — controlled material handling and drying, calibrated and regularly maintained equipment, documented print parameters, and in-process checks with a final inspection before anything leaves the shop.