CAD Design, 3D Scanning, 3D Printing

CAD Design

Turn your idea into a precise, manufacturable reality

Have an idea you want made? CAD (Computer-Aided Design) is where concepts become accurate, usable digital models ready for 3D printing, machining, or fabrication. At Sculpt Nest we translate sketches, rough measurements, or physical prototypes into clean CAD files that solve fit, function, and manufacturability.

What CAD can do for you

Capture your vision: we convert rough sketches or descriptions into detailed 3D models so you can visualize the final product before production.
Ensure fit and function: we model assemblies and moving parts to verify clearances, tolerances, and mechanical interaction.
Reverse engineer: bring existing parts into CAD from measurements or scans to reproduce, improve, or integrate them with new components.
Prepare for production: exportable files for 3D printing, CNC machining, or laser cutting (STL, STEP, IGES, DXF) with proper wall thicknesses, fillets, and support considerations.
Iterate quickly: rapid design revisions based on testing, feedback, or assembly trials to get to a working solution faster.

How we work

Initial consultation: tell us your concept, send photos, sketches, dimensions, or the part itself.
Design & validation: we create a CAD model, simulate fit where needed, and provide a review for your approval.
Final output: deliver manufacturing-ready files and optional printing or machining services.

Typical projects

Functional prototypes and jigs
Replacement or legacy parts through reverse engineering
Custom enclosures, brackets, and mounts
Interfacing components that must align precisely with existing hardware

Ready to get started? Send your idea, sketches, photos, or a description of the part and what it needs to do. We’ll provide a scope, timeline, and quote to turn your concept into a precise CAD model ready for production.

3D Scanning

At Sculpt Nest we use the Miraco—one of the industry’s leading 3D scanning solutions—to capture precise, high-resolution scans of objects ranging from tiny screws to full-size industrial machines. Our Miraco-powered workflow delivers accurate surface geometry and rich detail, enabling applications including reverse engineering, quality inspection, prototyping, digital archiving, and rapid part reproduction.

What we scan

Small hardware and components (screws, fasteners, connectors)
Complex assemblies and mechanical parts
Consumer products and props
Tooling, jigs, and fixtures
Industrial machinery and large-scale equipment

Why the Miraco matters

High-resolution capture for fine features and thread detail
Wide capture range for both miniature and large objects
Fast scan times with minimal setup
Reliable repeatability for inspection and comparison
Clean mesh output optimized for 3D printing and CAD workflows

Deliverables

Cleaned and watertight 3D meshes (OBJ/STL)
High-fidelity textured models (where requested)
Aligned point clouds for inspection workflows
CAD-ready reverse-engineered geometry (on request)
Dimensional reports and deviation maps for QA

Typical workflow

Preparation: Clean and, if needed, apply temporary surface treatment to improve scan ability.
Scanning: Capture multiple passes with the Miraco to ensure complete coverage.
Processing: Register, merge, and clean point clouds; remove noise and fill gaps.
Output: Deliver meshes, textures, and inspection data in formats that fit your production pipeline.

Turnaround & scaling

Fast turnaround for single parts
Scalable for batch scanning and large assemblies
Flexible delivery formats to integrate with manufacturing, inspection, and design teams

We come to you, send us your part or bring your assembly to our studio. We’ll provide a scan consultation, recommended settings, and a quote tailored to your project’s scale and tolerance requirements.

3D Printing

We print your designs — from concept to finished part.

Provide your CAD file or let us scan your model; we’ll handle the rest. Our workshop prints a wide range of materials and performance grades to match your project requirements, including:

Standard PLA for prototypes and visual models
PETG for durable, chemical-resistant parts
TPU for flexible, impact-absorbing components
ABS and ASA for heat- and UV-resistant functional parts
PVA and BVOH for reliable water-soluble support structures
Polycarbonate (PC) for high-strength, high-temperature applications
Engineering-grade fiber-reinforced plastics and a variety of carbon- and glass-fiber reinforced variants for superior stiffness, strength, and lightweight performance

Need metal or CNC work? We coordinate with trusted partner shops for machining and metal fabrication to deliver a complete solution.

What we offer:

Accurate printing from your CAD or scans
Material selection guidance based on application and environment
High-quality finishing and post-processing options
Volume runs and one-off prototypes
Project management for multi-process jobs (printing + external metal/CNC work)

Send your file or discuss your requirements — we’ll recommend the right material and process to meet strength, tolerance, and finish goals.