Most people can picture a product but get stuck turning it into something real and manufacturable. Elements & Objects closes that gap end to end: I design it in CAD, reverse-engineer existing or broken parts, prototype it, and prepare it for manufacturing. One point of contact from first sketch to finished object.

Product Design & Development

From concept, sketch or reference photo to a fully manufacturable CAD model. Industrial design, mechanical detailing, and design for manufacturing (DFM).

Reverse Engineering & 3D Scanning

Reverse engineering turns a physical part into an editable CAD model. I scan or measure an existing, legacy or broken object and rebuild it as a clean, parametric STEP file.

Sketch, Photo & Render to CAD

I convert 2D drawings, photos and design renders into accurate, production-ready 3D models — the hard step most people can't bridge.

Rapid Prototyping

Functional prototypes via FDM/SLA 3D printing, with real post-processing and physical fit verification before anything goes to production.

Manufacturing-Ready Handoff

Production-ready CAD, DFM review, and process guidance (CNC, vacuum casting, low-volume) so your manufacturer can build it right the first time.

Low-volume Manufacturing & Sourcing

I source and manage manufacturing — CNC machining, vacuum casting and low-volume runs — and deliver finished, inspected parts to your door.

01 — Discover

We define the object, its function, tolerances and target cost.

02 — Design

I model it in CAD — from your idea, or from a scan of an existing part.

03 — Prototype

A physical prototype is printed, finished and test-fitted before production.

04 — Production Support

Manufacturing-ready files, drawings, and process guidance for your production run.

05 — Handoff

Documented, production-ready deliverables, ready for your manufacturer or supplier.

Reverse-Engineered Legacy Part

Recreated an obsolete industrial component from a physical sample and delivered a production-ready CAD package.

Consumer Product Development

Developed a manufacturable design from an initial concept through multiple prototype iterations.

Scan-to-CAD Conversion

Converted complex scan data into fully editable CAD geometry suitable for manufacturing.

Functional Prototype Validation

Designed and optimized prototype components for fit, assembly, and performance testing.

Scan-to-CAD Conversion

Transform 3D scans, meshes, and physical parts into precise engineering-grade CAD geometry.

Precision Surface Modeling

Create high-quality Class-A and production-ready surfaces for complex geometries and industrial products.

Technical Documentation

Detailed drawings, tolerancing, assemblies, and manufacturing packages for suppliers and production teams.

Interactive 3D Product Visualization

Explore products directly in the browser using interactive WebGL technology.

Prototyping

FDM, SLA/resin, high-speed printing, post-processing and finishing.

Machining

CNC-machined metals and plastics for functional, tolerance-critical parts.

Casting

Vacuum casting (polyurethane) for low-volume runs with production-like finish.

CAD & Data

Parametric CAD, STEP/STL/3MF, 3D scan data cleanup, DFM review.

Engineering-First Approach

Every design decision is guided by engineering principles, manufacturability, and product performance.

Precision & Accuracy

A strong focus on geometric accuracy, dimensional integrity, and production feasibility.

End-to-End Support

From concept to prototype and production-ready CAD, all project stages are supported under one roof.

Modern Development Workflow

Leveraging advanced CAD, reverse engineering, 3D scanning, and digital prototyping technologies.

Consumer Products

Product development for startups and established brands.

Product Startups

Helping founders move from idea to manufacturable product.

Manufacturing

Production tooling, fixtures, jigs, and engineering support.

Industrial Equipment

Mechanical systems, replacement parts, and technical documentation.

Robotics & Hardware

Enclosures, mechanical parts, and prototypes for robotics and hardware products.

Hands-On, From Idea to Object

I'm a product development engineer who works across the entire making process — CAD, 3D scanning, reverse engineering, prototyping, and finishing. I don't just model parts on a screen; I build them and check that they actually work. [Add your name, a photo, and years of experience.]

Engineering-Driven Design

Every project is guided by manufacturability and real-world performance — not just how it looks in CAD.

I Build My Own Tools

I design, build, and tune my own machines, so I understand production from both the design side and the shop floor.

One Point of Contact

You work directly with the engineer doing the work — no handoffs, no detail lost between vendors.

Verification

Parts are physically test-fitted before production, so what ships actually works.

Supplier Management

I find, vet and manage the suppliers for you, so you don't navigate quotes, tolerances and shipping.

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"Delivered a production-ready CAD package from a single physical sample — exactly what we needed." (SAMPLE TEXT — replace with a genuine, attributed client quote before publishing.)

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"Turned a rough concept into a manufacturable design over several prototype rounds, with clear communication throughout." (SAMPLE TEXT — replace with a real quote.)

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"Reverse-engineered a legacy part accurately and fast; the files were clean and ready for our supplier." (SAMPLE TEXT — replace with a real quote.)