Azonic 3D

Serves Griffin, GA

35244

Hired 1 time

1 employee

9 years in business

$80/on-site estimate

5.0

This pro accepts payments via Cash, PayPal, and Venmo.

Next Service

Hours

Sun Closed

Mon 10:00 am - 7:00 pm

Tues Closed

Wed Closed

Thurs Closed

Fri 10:00 am - 3:00 pm

Sat 10:00 am - 11:59 pm

Credentials

Background Check

Bruce Buck
Completed on 5/14/2025

Introduction

At Azonic 3D, we specialize in transforming ideas into tangible creations. Whether you have a rough sketch, a photo, or a CAD drawing, we’ll bring it to life with precision 3D modeling and high-quality prints. What we do: 3D Modeling from Sketches, Photos, or 2D Drawings: You provide the concept—whether hand-drawn or CAD—and we’ll create a detailed 3D model ready for visualization, prototyping, or production. 3D Printing of Your Design: Once modeled, we can produce a physical 3D print. For oversized designs, we offer scaled-down miniature versions to fit within print size limits. We combine creative problem-solving with real-world manufacturing know-how, helping small businesses and creators turn ideas into engineered realities. Let’s take your vision from flat to dimensional.

Q&A

What should the customer know about your pricing (e.g., discounts, fees)?

Project-based quotes, no surprises. • Typical range: most 3D-modeling / prototyping projects fall between $400 – $2,500. • Hourly reference: $75/hr for design & CAD, billed in 15-min increments when scope is open-ended. • Travel: on-site scoping visits inside 25 mi are $75 flat (credited toward the job). • Materials: prototype prints in PLA, PETG or PETG-CF are charged at cost + 20 % to cover wear and tear. • 50 % deposit for new clients; balance due on final files or parts.

What is your typical process for working with a new customer?

1. Discovery (15–30 min) – Free video/phone call to nail down goals, key dimensions and deadlines. 2. Scope + Quote – Written proposal within one business day; includes timeline, deliverables and fixed price. 3. Digital Design – CAD in Autodesk Fusion / SolidWorks with milestone screenshots or live screen-shares for feedback. 4. Prototype (optional) – Rapid 3D-printed sample shipped or reviewed in person for fit & feel. 5. Final Deliverables – Manufacture-ready STEP/IGES/STL files, drawings, or renderings, plus a brief hand-off call. 6. Post-Project Support – Minor tweaks (≤1 hr) included for 30 days.

What education and/or training do you have that relates to your work?

• Formal training in mechanical design & drafting. • 25 + years hands-on with CAD/PDM tools (Autodesk, Dassault, Onshape). • Autodesk Fusion & SolidWorks Certified Professional User. • Early adopter of additive manufacturing (LOM, SLS, FFF) since 2003. • Continuous coursework in DFM, GD&T and composite materials.

How did you get started doing this type of work?

It began in the 1990s, reverse-engineering bike parts so I could ride harder and break fewer components. University capstone work on early 3D-printing tech sealed the deal, and I’ve been blending mechanical design with digital fabrication ever since.

What types of customers have you worked with?

• Barber & salon owners needing custom tools • Outdoor-gear and bike startups • Vintage automotive & cycling restoration projects • Packaging & POP display houses • Machine shops that need clean CAD from napkin sketches • Marketing agencies looking for photorealistic product renders

Describe a recent project you are fond of. How long did it take?

Custom clipper comb for a local barber. We iterated through two design generations in four days, printed prototypes in PETG-CF, and delivered a production-ready model by the end of the week. The client’s review: “It’s in daily use and my customers notice the difference.”

What advice would you give a customer looking to hire a provider in your area of work?

Look for three things: 1) Manufacturing fluency (can they talk tolerances and toolpaths, not just pretty pictures?), 2) Iterative mindset (willing to prototype and pivot), and 3) Clear communication (quotes, timelines, and revision policy in writing).

What questions should customers think through before talking to professionals about their project?

• What problem does the part solve? • Critical dimensions or interfaces? • Expected quantity (prototype vs. production)? • Environment & load (temperature, chemicals, stress)? • Deadline and budget constraints? • Preferred file formats or manufacturing partners?