FROM CONCEPT TO REALITY.

Precision 3D Printing & 3D Scanning for prototypes, replacement parts, custom designs, and more.

Close-up of a 3D printer producing a part
TOLVEXI
3D Printing • Scanning • Reverse Engineering
Navarre, Ohio

One-off plastic parts.
Real-world problem solving.

A modern concept for a custom manufacturing brand focused on reverse engineering, functional plastic parts, prototypes, and high-accuracy 3D scanning.

100%Custom and one-off work built around each project.
4 Core PlasticsPLA, PETG, ABS, and TPU for practical applications.
AutomotiveReplacement parts, mounts, brackets, fixtures, and more.
Micro PartsEven tiny pieces like computer mouse buttons.
Core Capabilities

Built for projects that do not fit into a catalog

Tolvexi is positioned as a technical problem-solving shop first. Customers can bring a broken part, an idea, measurements, a sketch, photos, or an existing object and work toward a usable plastic solution.

01

Reverse Engineering

Recreate geometry from existing parts, scans, dimensions, photos, or sketches when no usable CAD file exists.

02

Custom Plastic Printing

Produce one-off replacement parts, prototypes, modified components, fixtures, and practical custom designs.

03

3D Scanning + CAD

Capture real-world geometry, build or clean digital models, and prepare designs for modification or production.

Reverse Engineering Focus

From physical part to editable digital model

This is where the brand can stand apart. From automotive components to something as small as a computer mouse button, Tolvexi can use scanning, measurements, and CAD to rebuild a part digitally before printing or modifying it.

Broken PartsDiscontinued PartsFit CorrectionsCustom MountsPrototype Iterations
Engineer working in CAD on a technical design
Concept direction: pair real technical photography with a dark industrial interface and cyan accents so the site feels engineered, not generic.
How It Works

A simple path from problem to part

The process is technical behind the scenes, but the customer experience should feel straightforward.

Step 01

Show the problem

Start with a part, sketch, dimensions, photos, or a description of what you need.

Step 02

Scan or model

Capture the geometry or build the part digitally using reverse engineering and CAD.

Step 03

Refine the design

Adjust tolerances, mounting, strength, flexibility, and any needed functional changes.

Step 04

Print and test

Choose the best plastic for the job, produce the part, and iterate if fit or function needs refinement.

PHYSICAL PARTDIGITAL MODELPRINTED RESULT
Materials

Plastic-only manufacturing

No metal printers here. Tolvexi focuses on practical plastic materials and chooses based on fit, strength, flexibility, durability, temperature exposure, and the way the part will actually be used.

PLA

Polylactic Acid

Versatile for prototypes, fixtures, models, and many general-purpose custom parts.

PETG

Polyethylene Terephthalate Glycol

A useful balance of toughness, durability, and practicality for functional applications.

ABS

Acrylonitrile Butadiene Styrene

Suited to tougher applications where durability and temperature resistance matter.

TPU

Thermoplastic Polyurethane

Flexible and resilient for parts that need to bend, grip, absorb impact, or compress.

Project Showcase Concept

A homepage should show possibilities, not just services

These stylized examples show how future Tolvexi project categories or real customer work could be presented visually.

Replacement Components

Broken or discontinued plastic pieces recreated for a real-world fit and function.

Prototype Development

Early-stage designs produced quickly to test fit, geometry, and functionality.

Custom Design Work

Turn an idea, sketch, measurements, or unique need into a printable plastic solution.

Proudly Based in Navarre, Ohio

A more memorable direction for the brand

This is intentionally more ambitious than the current site: stronger photography, custom technical graphics, tighter typography, and a sharper positioning around custom plastic parts and reverse engineering.

Photography: Osman Talha Dikyar and Kumpan Electric via Unsplash.