Industrial 3D Printing & Engineering in Frisco, TX
Replacement parts, jigs and fixtures, prototypes and low-volume production for engineers, manufacturers and maintenance teams across Dallas–Fort Worth — printed in engineering materials and quoted by a person.
Our Fleet
A Print Farm,
Not a Single Printer
Bambu Lab FDM machines running in parallel, so a run of identical parts doesn't queue behind one printer — with multi-color printing when color-coding helps.
What We Do
Parts That Keep Work Moving
From one replacement part for a machine that's down to a production run of fixtures, designed, printed and finished in Frisco.
Replacement & Obsolete Parts
A broken or discontinued part measured, modelled in CAD and printed in an engineering material.
Jigs & Fixtures
Assembly nests, drill guides, check gauges and end-of-arm tooling for the production floor.
Rapid Prototyping
Form, fit and function prototypes in the material the final part will use.
Low-Volume Production
Tens to hundreds of end-use parts with no mold — and bridge parts while tooling is made.
Large Format
Industrial-Scale
Large Format Printing
Large-format FDM for oversized components, fixtures and display models that won't fit on a standard printer.
Why Choose Us
Precision You Can Count On
3D Print Everything is a Frisco-based manufacturing partner for engineers, product teams, manufacturers and maintenance departments. Every job is quoted by a person who checks the material, the orientation and whether the part will survive where it's going.
From your first inquiry to final delivery, our 7-stage job pipeline keeps you informed at every step. Submit your files, choose your materials, and let us handle the rest.
Start Your ProjectEngineering Materials
Carbon-fiber nylon, polycarbonate, ASA, PETG, TPU and resin — chosen for heat, sun, chemicals and load. Metal parts through production partners.
7-Stage Job Tracking
Transparent pipeline from New Inquiry through Completed.
Expert Engineering Support
Our team can model, design, and engineer alongside your project.
Local & Responsive
Based in Frisco, TX — bring in the broken part, call the shop, and talk to the people making your parts.
The Process
How It Works
From file to finished part — here's what to expect when you work with us.
Submit Your Order
Upload your 3D files (STL, OBJ, STEP, 3MF) and describe your project — material, quantity, finish, and deadline.
Review Your Quote
A person quotes every job, usually within one business day, with a material recommendation. Approve it directly from your Customer Portal.
We Print & Finish
Once approved, your job enters our 7-stage production pipeline. You can track progress in real time from your portal.
Pickup or Ship
Pick up at our Frisco, TX shop or have your parts shipped anywhere in the US. You'll receive a tracking number by email.
Materials
Will It Survive a Texas Summer?
In North Texas, heat is the first thing to design a printed part for. A PLA bracket that's fine on a desk can soften in a closed car or on outdoor equipment in August. We pick the material for where the part will live — and our materials guide shows you why.
PLA
Typical heat limit: 50–60 °C
Closed car in summer: No
Outdoors in Texas: No
PETG
Typical heat limit: 65–75 °C
Closed car in summer: Marginal
Outdoors in Texas: Shade or short-term
ASA
Typical heat limit: 85–100 °C
Closed car in summer: Yes, away from direct dash sun
Outdoors in Texas: Yes — first choice
Carbon-Fiber Nylon (PA6-CF)
Typical heat limit: 150 °C +
Closed car in summer: Yes
Outdoors in Texas: Yes (CF grades)
Typical published heat-deflection figures at low load (0.45 MPa), not measurements of our parts. Real values vary.
Find What You Need
Every service, the materials guide, the self-serve tools and the parts of Dallas–Fort Worth we work in.
Services
- Replacement & Obsolete PartsA broken or discontinued part measured, modelled in CAD and printed in an engineering material.
- Jigs, Fixtures & Manufacturing AidsAssembly jigs, drill guides, check gauges and nests for the production floor.
- Rapid PrototypingForm, fit and function prototypes before you commit to tooling.
- Low-Volume ProductionShort runs and bridge manufacturing without paying for a mold.
- Injection Mold DesignTaking a printed prototype to a design that is ready to be molded.
- CAD Design & Reverse EngineeringSketches, drawings, photos or a physical part turned into a manufacturable model.
- FDM 3D PrintingFunctional thermoplastic parts, from PLA to carbon-fiber nylon.
- Resin 3D PrintingFine detail and smooth surfaces for precise prototypes and master patterns.
Materials
- Materials GuideWhat each plastic is good for, and what it is not.
- PLA vs PETG vs ASA vs NylonHeat, UV, strength, stiffness, chemicals and cost, side by side.
- PLAStiff, accurate and the cheapest to print — but it softens at roughly 50–60 °C.
- PETGTougher than PLA, good chemical resistance, heat limit of roughly 65–75 °C.
- ASAUV-stable and good to roughly 85–100 °C — the default for parts that live outside.
- ABSThe classic housing plastic: roughly 85–100 °C heat limit, and it can be vapor-smoothed.
- Nylon & Carbon-Fiber NylonOur toughest, stiffest FDM materials — carbon-fiber grades are commonly rated 150 °C or more at low load.
- PolycarbonateVery tough, with a heat limit of roughly 110–130 °C.
- TPUFlexible and abrasion-resistant — gaskets, bumpers, boots, pads and grips.
- ResinThe finest detail and smoothest surface — not for heat, sun or heavy load.
Self-serve tools
Art × Engineering
FDM Printing — Visualized
This is how FDM 3D printers path their prints — layer by layer, toolpath by toolpath. A real slicing algorithm generates infinite sculptures from pure light.
Interactive — drag to orbit, scroll to zoom, press Space for the next sculpture.View full screen →
Hidden treasures here
Click to go down the nozzle hole
Google Reviews
See what customers say on Google
Get In Touch
Visit or Contact Us
We're ready to bring your project to life. Stop by, call, or send us your files.
Address
10400 Frisco St, Suite 206 Frisco, TX 75033
Hours
Mon–Thu 8:30 AM–4:30 PM Fri 8:30 AM–4:00 PM Sat–Sun closed
Phone
(945) 250-5375
michael@3dprinteverything.org