CAPABILITIES
Engineering from first idea to finished component.
IRACA combines digital engineering, practical product development and manufacturing knowledge to solve engineering problems and turn ideas into physical results.
Engineering Design
3D CAD modelling, engineering drawings, component development and design for manufacture.
Product Development & Prototyping
Develop concepts into testable prototypes, evaluate them and refine the design toward manufacture.
Reverse Engineering
Recreate obsolete, damaged or unavailable components and generate useful CAD and manufacturing data.
3D Scanning & Digitalisation
Capture complex geometry for redesign, documentation, inspection and reverse-engineering workflows.
CAD/CAM Engineering
CAM programming, machining strategy, workholding and practical translation from CAD to component.
Precision Manufacturing
Prototype, one-off and low-volume CNC-milled components where appropriate to the project.
THE IRACA PROCESS
A connected engineering workflow.
A project can start with an idea, a sketch, an existing component or a problem. The route is built around what the project actually needs.
01 — UNDERSTANDDefine the problem and requirements.
02 — DESIGN / CAPTURECAD, measurement or 3D scanning.
03 — PROTOTYPECreate and evaluate the solution.
04 — REFINEImprove function and manufacturability.
05 — MANUFACTUREProduce the finished component.
ENGINEERING EXPERIENCE
Mechanical design and product development grounded in practical engineering.
The experience behind IRACA spans more than a decade of mechanical design, product development, engineered systems, prototyping, manufacturing support and controlled technical documentation.
Mechanical Design & CAD
Complex 3D models, assemblies, manufacturing drawings, design iteration, tolerance definition and controlled engineering documentation.
Product Development
Development from requirements and early concepts through prototype evaluation, design refinement and preparation for manufacture.
Engineered Systems
Experience with integrated mechanical systems, piping, pressure-related equipment, environmental-control arrangements, pneumatic and hydraulic systems.
Prototyping & Validation
Practical development using CNC machining and additive methods, supported by testing, troubleshooting and structured design iteration.
Design for Manufacture
Collaboration with production, quality and suppliers to improve manufacturability, assembly, material selection and production readiness.
Standards & Quality
Experience with formal engineering standards, inspection and test procedures, acceptance testing, technical manuals and traceable design records.
