Engineering-grade CAD, built for production from day one.

From concept sketches to manufacturing-ready 3D models, we deliver precision CAD work that holds up on the shop floor — not just on screen. ISO-compliant, NDA-protected, and reviewed by senior engineers.

Gearbox housing CAD model on screen beside the machined part, engineering drawings and a QC checklist

End-to-end CAD services for serious engineering teams.

Five core capabilities, one accountable team. Whether you need a single drafting pass or a full product design cycle, we plug in where you need us.

CAD Drafting
CAD Drafting

Production-ready 2D drawings with full GD&T, BOMs, and ISO/ASME compliance — ready to send straight to fabrication.

3D Modeling
3D Modeling

Parametric solid and surface models built for downstream manufacturability, simulation, and documentation.

Product Design
Product Design

Concept-to-prototype design across mechanical, enclosure, and consumer products — DFM and ergonomics baked in.

Reverse Engineering
Reverse Engineering

From point-cloud scan or physical sample to clean, editable parametric CAD with verified tolerances.

Assembly Design
Assembly Design

Multi-part assemblies with motion studies, interference checks, and exploded views ready for assembly instructions.

Custom Engineering
Custom Engineering

Have a one-off CAD challenge? We scope, quote, and deliver against tight timelines without sacrificing rigor.

Built for the industries where tolerances aren't optional.

Decades of combined experience across regulated, high-precision sectors. We speak your standards — AS9100, IATF 16949, ISO 9001 — fluently.

Aerospace

Lightweight structures, fixtures, and interior components to AS9100

Automotive

Powertrain components, body-in-white, and tier-1 supplier tooling

Manufacturing

Jigs, fixtures, and production tooling designed for repeatability

Industrial Equipment

Heavy machinery, conveyor systems, and custom automation rigs

Consumer Products

Enclosures, mechanisms, and design-for-injection-moulding work

Medical Devices

Class II/III enclosures and instruments — ISO 13485-aligned workflow

Our Automation Process

01

Requirement Analysis

Understand your design workflows & challenges.

02

Rule Definition

Define design logic and automation rules.

03

Development & Integration

Build automation within your CAD environment.

04

Testing & Validation

Ensure accuracy and
reliability

05

Deployment & Training

Implement and train your
team

Senior engineers. Honest timelines. Files that pass review.

99.2%

First-pass approval rate on production drawings, measured across 2024 deliveries.

Precision & Accuracy

GD&T-first workflow with double-blind QA before any file leaves our team.

Industry Expertise

Engineers with 8+ years' average experience across regulated industries.

Precision & Accuracy

GD&T-first workflow with double-blind QA before any file leaves our team.

Precision & Accuracy

GD&T-first workflow with double-blind QA before any file leaves our team.

Precision & Accuracy

GD&T-first workflow with double-blind QA before any file leaves our team.

Fluent in the softwareyour team already uses.

Native deliverables in your toolchain — no costly format conversions, no re-work.

AutoCAD

SolidWorks

CATIA

Fusion 360

Siemens NX

Creo

Inventor

Rhino

KeyShot

ANSYS

Onshape

+ your stack

Case Study

Cutting 14 weeks off aTier-1's bracketredesign cycle.

Problem

A Tier-1 supplier's internal CAD team was bottlenecked on legacy bracket variants. Each redesign cycle took 16–18 weeks and missed RFQ windows.

Outcome

Cycle time dropped to 4 weeks. Zero drawing revisions on first submission. Engagement extended into a multi-year framework.

78%

Cycle time reduction

0

Drawing revisions on first review

12

Variants under parametric control

CAD design team working on bracket redesign

Frequently asked questions

Native files in your CAD environment of choice (SolidWorks, CATIA, NX, Creo, Inventor, Fusion 360, AutoCAD) plus neutral formats — STEP (AP242), IGES, Parasolid, and PDF drawings with full GD&T.

We sign NDAs before any scoping conversation. ITAR-flagged projects are handled by US-based engineers under appropriate export control procedures. All work is stored in encrypted, access-controlled environments.

Simple 2D drawings: 2–3 business days. Complex 3D models or assemblies: 5–10 business days depending on scope. Rush delivery is available — we'll quote it explicitly.

Both. Single-scope deliverables (one drawing, one model) are quoted fixed-fee. Ongoing programs and variable-scope engagements are typically time-and-materials with a monthly cap option.

Yes. We've worked in SolidWorks PDM, Windchill, Teamcenter, and Vault. We follow your checkout/checkin workflows and naming conventions so there's no disruption to your existing change management process.

Discovery call → scope-of-work doc within 48 hours → your approval → work begins. No retainer required for the first project. We prefer to earn the relationship before asking for a commitment.