Specialized Equipment Design & Build For Science

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Bringing Ideas to Life

From Idea to Real, Scalable Product

Based in Ontario, Canada with over 30 years of experience and 150+ successful projects completed (mainly in automotive, but also in pharmaceutical, food, aircraft), we support manufacturers, scientists, engineers, and innovators turning ideas into real, functional products. From early concepts to production-ready solutions, we focus on building what works and preparing it for scale and protection.

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Engineering Design &
Prototyping

Concept design, feasibility, and 3D CAD development
Materials selection, BOM, and design for manufacturing (DFM)
Prototype build, testing, and support through fabrication and assembly

Technical Documentation

Bill of materials (BOM) with sourcing and cost considerations
Detailed CAD models, assemblies and fabrication drawings
Material selection with performance and manufacturability justification
Reports for partners, grants, and investors

Patent Preparation Support

Invention documentation
Technical drawings and figures
Claims support (working alongside lawyers)
Clean handoff for patent filing

How we work with you

We begin by understanding your idea through discussion, sketches, and early concepts, then develop and refine multiple design directions into a detailed, build-ready solution with defined materials and components.

From there, we coordinate prototype/system fabrication with our trusted machining, electrical engineering, and programmer partners to deliver a functioning product/system and complete technical package. The package supports manufacturing handoff and patent preparation.

Step 1: Discovery

Initial consultation/problem definition
Review sketches, notes, and concept inputs
Identify constraints: cost, performance, environment
Define success criteria and key requirements
Align expectations, scope, and project direction

Step 2: Conceptual CAD Design

Develop multiple early-stage design concepts
Create high-level CAD layouts and models
Evaluate trade-offs across design approaches
Compare feasibility, cost, and complexity
Select preferred concept with client alignment

Step 3: Detailed CAD Design

Develop full CAD assemblies and components
Optimize design for performance and usability
Design for manufacturing and assembly (DFM)
Create bill of materials (BOM)
Select materials and standard components

Step 4: Prototype Product Build

Engage with trusted local machining partners
Fabricate custom components and assemblies
Source off-the-shelf components and hardware
Assemble functional prototype system that can be deployed in working environment