Station 02
Engineering & Product Development
Mechanical, electrical, and mechatronic design, CAD modeling, and technical documentation, from concept to a manufacturing-ready part.
Executive view
The problem it solves
A product concept isn't enough to manufacture it: it needs to become a model, a drawing, and a bill of materials that a supplier can execute without ambiguity.
What you receive
- CAD models
- Dimensioned 2D drawings
- Bill of materials (BOM)
- Functional prototype
- Assembly instructions
Applications
- New product development
- Redesign of existing components
- Reverse engineering of parts with no drawing available
- Optimizing an assembly for cost or weight
Technical view
Scope
- Mechanical, electrical, and mechatronic design
- 3D CAD design
- Manufacturing drawings
- Development and optimization of components and assemblies
- Design for manufacturing
- Digitization and reverse engineering where applicable
- Prototype development
- Bills of materials (BOM)
- Technical documentation and assembly instructions
Process
- Requirement gathering
- Conceptualization and scope definition
- CAD modeling and engineering review
- Documentation for manufacturing or prototyping
Input data
- Project scope and the goal of the part or assembly
- Sketches, references, or a physical part, if available
- Material, standard, or interface constraints
- Estimated volume and target date
Possible deliverables
- CAD models
- Dimensioned 2D drawings
- Bill of materials (BOM)
- Functional prototype
- Assembly instructions
Frequently asked questions
Can you start from a physical part with no drawing?
Yes, through digitization and reverse engineering, when the case allows it.
Do you only deliver the design, or do you also manufacture the part?
Both options are possible: the project can stay in engineering, or continue into CNC machining, 3D printing, or whichever process applies.
What CAD software do you use?
We work with industry-standard 3D modeling tools; the delivery format is agreed on with the client.