Real engineering for real production
Mechanical design, simulation and product development to reduce lead time, costs and technical risk.
Real engineering for real production
Mechanical design, simulation and product development to reduce lead time, costs and technical risk.
“If it doesn’t work in production, it’s not engineering“
We design production-ready components, not just CAD models
Every project is developed with manufacturing constraints in mind, including process, cost and industrialization, reducing iterations, errors and development time.
APPLICATIONS
Engineering support across multiple industries with application-focused solutions.
Automotive
Lighting
Industrial / Energy
Services
We support product development with an integrated approach combining design, simulation and cost optimization from the early stages.
- Product Development
Development of components, assemblies and mechanical solutions from concept to production, with focus on manufacturability. - Engineering Simulation (CAE) Structural FEM and CFD analysis (filling, cooling, thermal dissipation) to prevent defects and reduce design iterations.
- Die Casting Design (HPDC)
Optimization of filling, quality and tooling constraints for high pressure die casting processes. - Design Optimization
Weight reduction, performance improvement and optimization for manufacturing processes such as die casting, sheet metal and plastics. - Cost Engineering
Component, tooling and process cost analysis and optimization to achieve competitive and sustainable solutions. - Global Manufacturing Strategy
Evaluation of production scenarios across Europe, Asia and America to identify the most efficient and cost-effective solution.
High Pressure Die Casting (HPDC) Design focused on quality and cost
We develop aluminum die cast components by optimizing geometry, filling and production process to reduce defects, costs and industrialization time.
HPDC design requires specific expertise that goes beyond standard CAD modeling.
C2R Engineering integrates design, simulation and cost analysis to develop production-ready components, reducing iterations and critical issues from the early stages.
- Geometry optimization for filling and solidification
- Defect reduction (porosity, shrinkage, inclusions)
- Design for tooling and manufacturing process
- Process simulation (filling, thermal behavior)
- Cost analysis and optimization (tooling and component)
A properly designed die casting component reduces scrap, avoids tooling modifications and lowers part cost.
How we work
A structured approach to reduce errors, time and costs from the early stages.
01
Technical Analysis
Requirements evaluation, constraints and critical aspects of the component.
02
Design for Manufacturing
Geometry and constraints optimization according to the production process.
03
Simulation and Validation
CAE analysis and simulations to prevent defects and reduce iterations.
04
Cost Analysis
Component, tooling and process cost estimation and optimization.
05
Production Support
Support up to industrialization and production start.
Fewer iterations, fewer changes, lower costs. Faster path to production.
Do you have a component to develop or optimize?
We evaluate feasibility, critical issues and optimization opportunities on design, process and cost.
Get a first technical assessment to support faster and more informed decisions.