Custom 3D Printing Services in Northern KentuckyDesigned Around the Problem. Tested for the Job.
Need a replacement part, custom mount, functional prototype, or small batch? Bring the broken original, a sketch, photos, measurements, a CAD file, or simply the problem you need to solve. Kevin will help turn it into a practical, testable 3D-printed solution.
What does 3D Printing by Kevin make?
3D Printing by Kevin provides custom FDM 3D printing and design support from Independence, Kentucky. Projects may include discontinued plastic parts, brackets, clips, mounts, holders, organizers, prototypes, low-volume functional parts, file refinement, and scan-to-part guidance for local or suitable remote clients.
Do you need a part made—or want to make better parts yourself?
The site serves both needs, but the paths stay separate so you can reach the right next step quickly.
Turn a missing piece, broken component, or practical idea into a real project.
Send a model, photo, sketch, measurements, or the broken original. Kevin will review the likely design challenge, material needs, printability, risk, and next steps before the project moves forward.
Learn the decisions behind reliable, useful 3D prints.
Explore beginner guidance, materials, calibration, design thinking, first-layer troubleshooting, replacement-part workflows, and lessons drawn from practical printing.
Built for specific problems, unusual fits, and low-volume needs.
The strongest 3D printing projects are not defined by novelty. They are defined by a clear problem and a finished part that solves it.
Replacement and Discontinued Parts
Recreate a broken bracket, clip, cover, spacer, tab, knob, housing, or other plastic component when the original is unavailable or no longer practical to buy.
Explore replacement-part work →Custom Mounts, Holders, and Organizers
Create a part around the actual tool, device, workbench, machine, or mounting location instead of settling for a nearly-right off-the-shelf product.
See custom mounts and holders →Rapid Prototypes
Test size, handling, clearances, assembly, and basic function before committing to tooling, machining, molding, or a larger production decision.
Learn about prototype support →Small-Batch Functional Parts
Produce low-volume parts, shop aids, fixtures, organizers, early product runs, or specialty components when mass manufacturing does not make sense.
Discuss quantity and timing →Design, Modeling, and File Refinement
Start with a rough idea, drawing, photo, scan, or imperfect file and work toward geometry that can be measured, tested, revised, and printed.
See how design supports printing →A quick way to judge whether 3D printing is likely to make sense.
Not every part belongs on a 3D printer. Clear expectations protect your budget, timeline, and final result.
Often a strong fit
These projects tend to benefit from customization, low volume, unavailable parts, or fast iteration.
- A plastic part is broken, missing, or discontinued.
- An object needs a custom holder, mount, bracket, spacer, cover, or guide.
- You need one part, several parts, or a small test batch.
- The geometry can be photographed, measured, modeled, or scanned.
- A prototype would answer questions before a larger investment.
Needs a closer review
These projects may still be possible, but safety, material limits, heat, tolerance, or regulation matters more.
- Failure could injure someone or damage expensive equipment.
- The part will face sustained heat, pressure, chemicals, or outdoor exposure.
- The design requires certified food contact, medical use, or regulatory approval.
- The part needs extremely tight machining-level tolerances.
- The request involves a safety-critical automotive, lifting, or structural component.
The 3D Printing by Kevin P.R.I.N.T. Method™
A repeatable way to make better decisions before, during, and after the print—without losing sight of the job the finished part must perform.
Problem
Define the failure, inconvenience, missing part, or opportunity in plain language before selecting a tool.
Requirements
Identify load, heat, weather, flexibility, appearance, lifespan, safety, quantity, and expected use.
Interfaces
Measure the places that fit, clip, slide, screw, support, locate, align, or rest against another object.
Next-Best Materials & Methods
Choose the simplest reliable combination of geometry, material, orientation, printer, supports, and finishing.
Test & Tune
Print a controlled test, verify the important dimensions, adjust one variable, and confirm real-world performance.
A clear path from the first message to a tested part.
You do not need perfect files or technical vocabulary. You do need enough context to explain the problem and how the part will be used.
Share the problem
Send a description, photos, measurements, sketches, or available STL, STEP, OBJ, and PDF files through the project-intake page.
Review the requirements
Fit, function, material, stress, temperature, finish, quantity, risk, and timeline are considered before quoting.
Design or prepare the file
The model is checked, adjusted, recreated, or prepared around a practical print strategy and the critical interfaces.
Print, test, and refine
The result is judged by whether it solves the problem—not merely whether the model finished on the build plate.
The details that make a functional print useful.
Good project work connects measurements, material behavior, print orientation, clearances, tools, and real-world testing.
A practical result matters more than a polished sales claim.
Kevin made a two-stage gear for a Hoover Power Scrub carpet cleaner that was worn out. He did a great job on it and for a great price. I would highly recommend his services to anyone. I give Kevin five stars.
Learn the decisions that make 3D prints more useful and repeatable.
Start with the resource that matches the problem in front of you. Each guide is designed to improve judgment—not simply add more settings to copy.
3D Printing for Absolute Beginners
Understand how a desktop printer turns a digital model into a physical object, what the main components do, and which first decisions matter most.
Read the beginner guide →How to Measure a Part for 3D Printing
Learn how to record critical interfaces, holes, spacing, wall thickness, and clearances before modeling a replacement component.
Use the practical measurement guide →Will Your 3D Print Survive a Hot Car?
Compare PLA, PETG, and ABS when heat exposure, softening, durability, and real-world use matter.
Compare the materials →My Prints Looked Terrible—Until I Changed This One Thing
See why first-layer preparation and a controlled setup often matter more than changing several slicer settings at once.
Fix the foundation first →Can a 3D Scanner Replace CAD?
Learn what scanning captures well, what still requires modeling, and how scan data becomes a reference for repair or reproduction.
Explore the scan-to-print workflow →The Practical Guide to 3D Printing
A 40-page beginner-friendly ebook covering setup, slicers, materials, first prints, troubleshooting, calibration, replacement parts, maintenance, customer work, and the complete P.R.I.N.T. Method™.
- 13 practical chapters
- 3 quick-reference appendices
- Calibration and fit guidance
- Replacement-part workflow
- Troubleshooting charts
- Printable checklists
Practical judgment built through printing, modeling, repair, and testing.
Kevin brings more than eight years of 3D printing and modeling experience to custom parts, prototypes, troubleshooting, and design decisions. The goal is not to force every idea onto a printer. It is to identify the simplest reliable path to a useful result.
Current shop capabilities include multiple FDM platforms, large-format printing, practical filament choices, Shapr3D modeling, and scan-to-part support when complex geometry is difficult to measure by hand.
When replacement parts disappear, we make the next one.
Local enough to understand the project. Flexible enough to work remotely.
Based in Independence, Kentucky, 3D Printing by Kevin serves Kenton County, Northern Kentucky, Greater Cincinnati, and remote clients when files, measurements, photos, shipping, and project risk make remote work practical.
What to know before starting a custom 3D printing project.
Do I need a finished 3D model?
No. A finished STL, OBJ, or STEP file is useful, but a project may also begin with photos, measurements, a sketch, a PDF, a scan, the broken original, or a clear explanation of what the part must do.
Can you recreate a broken or discontinued plastic part?
Sometimes. Feasibility depends on the surviving geometry, measurable interfaces, expected load, temperature, material needs, and whether the replacement can be used safely. Photos from several angles are a good starting point.
What file types can I send for review?
The project-intake system accepts common files such as STL, STEP, OBJ, and PDF. Photos, drawings, and measurements may also help explain the project. Large files may need to be shared by an approved link.
Do you offer resin printing?
Not currently. The present service focuses on FDM printing and practical filament-based parts. Resin work may be considered later when the dedicated workspace and safety controls are ready.
Can you scan an object and print an exact copy?
A scan can capture complex surfaces, but it rarely becomes a finished printable replacement without cleanup, measurement, remodeling, or reconstruction of hidden and functional features. Scan-to-part work is reviewed case by case.
How long will my project take?
Turnaround depends on design work, material, testing, quantity, printer time, and whether revisions are needed. The quote will explain the expected path and timing before the project is approved.
Can you guarantee that a replacement part will perform like the original?
No universal guarantee is possible. Material, print orientation, geometry, use conditions, and the original manufacturing process all affect performance. The project review identifies important limitations and testing needs before work begins.
Bring the problem. Let’s figure out the right next step.
You do not need to know the perfect material, printer, or file type before reaching out. Share what is broken, missing, difficult to buy, or ready to prototype, and Kevin will review whether 3D printing is a practical fit.