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Additive Manufacturing & Engineering

Solid Ideas.
Solid Designs.
Solid That Works.

From concept to creation — we specialize in rapid prototyping and additive manufacturing engineered to perform in the real world.

Start Your Project Our Services
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4+
Core Services
24hr
Rapid Turnaround
30+
Material Options
0.1mm
Print Precision
What We Do

Our Services

3D Scanning
01 — Scanning
Precision 3D Scanning

We turn physical parts into accurate digital models you can actually work with — from reverse engineering to quality inspection.

  • High-accuracy scans
  • Reverse engineering support
  • CAD-ready outputs
  • Ideal for replication or inspection
3D Printing
02 — Manufacturing
Additive Manufacturing

We turn your ideas into real, functional parts — fast and with attention to detail, from rapid prototypes to end-use components.

  • Rapid prototyping & end-use parts
  • Multiple material options
  • Strong, clean, and reliable prints
  • Quick turnaround times
Digital Files
03 — File Delivery
Digital File Delivery

Files that are actually ready to use — no cleanup needed, exported in the formats your workflow demands.

  • STEP, IGES, and STL formats
  • Clean, manufacturable geometry
  • Print-ready and optimized files
  • Easy handoff to your workflow
High Volume Printing
04 — Production
High-Volume Print Jobs

Got a big order? We're built to handle it without sacrificing quality — batch production with consistent results every time.

  • Batch production at scale
  • Consistent part quality
  • Efficient, repeatable process
  • Reliable timelines
Material Science

Supported Materials

● OPTIMAL Standard & engineering grade — consistent results, verified parameters
PLA Polylactic Acid
Prototypes · Display models · Low-load parts
PETG Polyethylene Terephthalate Glycol
Functional parts · Housings · Chemical resistance
ABS Acrylonitrile Butadiene Styrene
Enclosures · Automotive · Post-processable
ASA Acrylonitrile Styrene Acrylate
Outdoor parts · UV-resistant · Automotive trim
TPU Thermoplastic Polyurethane 95A
Gaskets · Seals · Grips · Wear-resistant components
PET Polyethylene Terephthalate
Food-contact parts · Chemical resistance · Clear prints
PVA Polyvinyl Alcohol — Soluble Support
Water-soluble support · Complex overhangs · Dissolvable interfaces
◎ CAPABLE High-performance grade — specialized setup required
PA Polyamide (Nylon)
Structural parts · High-wear components · Mechanical assemblies
PC Polycarbonate
High-temp functional parts · Optical components · Structural
🌱 Materials & Sustainability
PLA — Renewable Feedstock Made from corn starch or sugarcane — not petroleum. Lowest VOC emissions of any common filament; no harmful fumes during printing. Note: PLA is technically biodegradable, but only in industrial composting conditions (60°C+, high humidity). It will not break down in a home compost pile, backyard, or standard landfill.
PETG — Recyclable by Standard Chemically identical to the PET plastic used in water bottles. Accepted in standard Type 1 PET recycling streams in most municipalities. Highly durable — long part lifespan means less material consumed per year of use.
ABS — Long Service Life Contains no BPA. Decades-long part lifespan dramatically reduces replacement cycles. Widely recycled in automotive and electronics industries — the material has established end-of-life infrastructure.
ASA — Built to Last Outdoors Engineered specifically for UV and weathering resistance. An ASA outdoor part outlasts the same part in PLA or ABS by years — fewer replacements means less total material consumed over time.
TPU — Durable Flexibility Extremely impact-resistant with a long service life. Recyclable through specialized flexible plastics streams. Because TPU parts resist wear, they last significantly longer than rigid alternatives in high-contact applications.
PA & PC — Engineering Grade Longevity Designed for applications where parts must perform for years under load. Fewer replacements = less material waste over time. PC is widely recyclable. These materials represent the most sustainable choice for demanding, long-service applications.

Ratings are relative to materials supported by this platform. Mechanical data sourced from Bambu Lab material testing.

Our Story

Engineering Should
Solve Real Problems

Founded in 2025, Solid That Works was built on a simple belief: engineering should solve real problems and create meaningful impact. We apply advanced technology in practical ways to make ideas tangible and processes smarter.

"We're not just printing parts —
we're engineering solutions."

We offer 3D printing, high-precision 3D scanning, and custom engineering file development — from fully engineered prototypes and reverse-engineered components to reliable production runs. Every solution is practical, efficient, and built to perform.


Work With Us
3D Scanning in action

3D

Printing & Scanning

UF

Engineering Background

2025

Year Founded

FL

Based in Florida

Our mission is to empower innovation through 3D scanning and additive manufacturing technology — dedicated to enhancing prototyping and manufacturing by providing top-notch services that cater to the unique needs of our clients.
The People

Meet the Team

Gabriel Leon
Gabriel Leon in
Founder & CEO

Mechanical engineering student at the University of Florida with experience in the automotive and power generation industries. Focuses on product development, CAD design, and bringing engineered solutions from concept to implementation.
Gabriela Anceaume
Gabriela Anceaume in
Co-Founder

Chemical engineering student at the University of Florida with experience in supply chain optimization, manufacturing operations, and turbine engineering. Specializes in process improvement and data-driven problem solving.
Maria Leon
Maria Leon in
Intern

Supporting operations, design documentation, and client workflows at Solid That Works. Bringing fresh perspective and hands-on energy to every project.
Trusted By

Supporting Local Businesses, Organizations & University Research Labs

Styles Mila Knowlify American Tax and Payroll Services UF IFAS Smart Irrigation Lab UF IFAS Honey Bee Research
Get In Touch

Have a Solid Idea?

Tell us about your project. Whether it's a quick prototype or a large-scale production run, we're ready to make it solid.

✉
Email solidthatworks@gmail.com
🔗
LinkedIn linkedin.com/company/solidthatworks
📍
Location Florida, United States
Order Online

Shop & Services

Upload your file, describe your project, or tell us what's broken. We quote within 24 hours.

🖨️
Custom 3D Print
Send us your STL, OBJ, or STEP file and we'll print it in the material and finish you need. PLA, PETG, ABS, ASA, TPU, PA, PC — all available.
Custom Quote
📡
3D Scanning Service
Ship your part to our facility and we scan it here. You receive a precise digital model (STL/OBJ/STEP) ready for re-printing, reverse engineering, or archival. No site visits — we work from what you send us.
Custom Quote
📦
Bulk Production Run
Need 10, 50, or 200+ identical parts? We optimize for high-volume output with consistent quality and tiered pricing that scales with quantity.
Volume Pricing
🔧
Replacement Parts
Broken bracket, missing knob, cracked housing? We design and print custom replacement parts when off-the-shelf solutions don't exist.
Design Included
How it works: Click "Order Now," describe your project in the contact form, and we'll get back with a firm quote within 24 hours. Payment by invoice once specs are confirmed — no surprises.
Knowledge Base

Solid Articles

Practical guides, material science, and best practices — written from the shop floor, not a textbook.

Tips & Tricks

How to Choose the Right Filament for Your Project

PLA, PETG, ABS, ASA, PA — the choices are overwhelming. This guide cuts through the noise with a practical decision framework based on your actual use case.

6 min read Read Article →
Design for Print

DFM Basics: Designing Parts That Print First Time

Wall thickness, overhangs, tolerances, orientation — the four decisions that determine whether your part prints clean or fails at layer 47. A field-tested checklist.

8 min read Read Article →
Material Science

PLA vs PETG: An Honest Side-by-Side

Glass transition temps, UV resistance, moisture absorption, print settings — we run the comparison numbers so you stop guessing which one to reach for.

5 min read Read Article →
Tips & Tricks

Bed Adhesion: Why First Layers Fail and How to Fix Them

Warping, lifting corners, spaghetti starts — almost all of it traces back to first-layer setup. Z-offset, bed surfaces, brim strategy, and material-specific tips.

7 min read Read Article →
Design for Print

Support Strategy: Minimize Waste, Maximize Quality

The best support is one you never had to add. When you do need them, tree vs. normal, interface layers, Z-gap, and how to design parts that shed supports without scarring.

6 min read Read Article →
Material Science

Layer Adhesion and Anisotropy: Why FDM Parts Break Where They Do

FDM parts are never isotropic. Understanding the Z-axis weakness — and how print temperature, speed, and layer height interact — lets you design around it.

5 min read Read Article →
Best Practices

Post-Processing Your FDM Prints: From Raw to Finished

Support removal, sanding progressions, primer selection, acetone smoothing, epoxy coating, and painting for functional parts. The steps most tutorials skip.

6 min read Read Article →
Best Practices

Tolerances and Fit: A Practical Guide for Functional Parts

Clearance fit, interference fit, pin-in-hole, snap-fit — FDM has its own tolerance world. Numbers, calibration methods, and how to design for consistent assembly.

7 min read Read Article →
Industry News

Additive Manufacturing in 2025: Where the Industry Stands

Speed improvements, multi-material printing, AI-assisted slicing, and what the market growth means for small shops and engineering teams that rely on additive for production.

4 min read Read Article →

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