01
DESIGN
Transforming ideas into precise digital products, assemblies and engineering documentation.
EXPLORE
PRODUCT ENGINEERING • MECHANICAL DESIGN • DEVELOPMENT
FROM CONCEPT TO PRODUCTION.
We transform ideas, concepts and engineering challenges into innovative, manufacturable products through design, mechanical engineering, simulation and prototyping.
CAD / 3D
REV / 03
PRECISION
PRODUCT DEVELOPMENT
SYSTEM / 001
CAD
MECHANICAL
SIMULATION
PROTOTYPE
SCROLL TO EXPLORE
01 / 06
01 / ENGINEERING MINDSET
WE DON'T JUST
CREATE MODELS.
Great engineering goes beyond creating a digital model. It considers performance, materials, manufacturing, assembly, cost and the environment in which the final product must operate.
02 / PRODUCT JOURNEY
FROM IDEA
TO REALITY.
One engineering partner. One connected development journey.
01
PROBLEM
DISCOVER
Understand the problem.
Define requirements, constraints, application environment and the real engineering challenge.
02
CONCEPT
CONCEPT
Explore possibilities.
Develop concepts that balance function, form, materials, cost and manufacturability.
03
CAD / 3D
DESIGN
Build the digital product.
Translate the concept into accurate 3D models, assemblies, drawings and documentation.
04
ENGINEERING
ENGINEER
Make it work.
Engineer mechanisms, components and systems around real-world performance requirements.
05
FEA / SIM
SIMULATE
Validate before you build.
Use analysis and simulation to identify risks, optimize performance and reduce physical iterations.
06
PROTOTYPE
PROTOTYPE
Turn digital into physical.
Create prototypes that allow form, fit, function and manufacturability to be evaluated.
07
VALIDATE
VALIDATE
Prove the solution.
Refine, test and prepare the engineering solution for the next stage.
08
PRODUCTION
MANUFACTURE
Design for the real world.
Support the transition toward efficient, repeatable and production-ready manufacturing.
03 / WHAT WE DO
ENGINEERING
CAPABILITIES.
A connected set of capabilities designed to move products from early thinking toward production.
01
PRODUCT DESIGN & DEVELOPMENT
Transform concepts into functional, manufacturable products through structured product development.
EXPLORE SERVICE02
MECHANICAL ENGINEERING
Develop mechanical systems, components, mechanisms and assemblies around real operating requirements.
EXPLORE SERVICE03
CAD DESIGN & DRAFTING
Create accurate 3D models, assemblies, manufacturing drawings and engineering documentation.
EXPLORE SERVICE04
INDUSTRIAL DESIGN
Balance form, ergonomics, usability and manufacturability to create products people want to use.
EXPLORE SERVICE05
REVERSE ENGINEERING
Transform physical products and legacy components into usable digital engineering data.
EXPLORE SERVICE06
ENGINEERING ANALYSIS & SIMULATION
Validate designs digitally, understand behaviour and identify opportunities for optimization.
EXPLORE SERVICE07
PROTOTYPING
Turn engineering data into physical prototypes for fit, function, validation and iteration.
EXPLORE SERVICE08
DESIGN FOR MANUFACTURING
Engineer products around actual processes, tolerances, materials, tooling and production economics.
EXPLORE SERVICE09
VALUE ENGINEERING
Improve product value by balancing function, performance, material usage and manufacturing cost.
EXPLORE SERVICE10
MANUFACTURING SUPPORT
Support the transition from engineering design to repeatable, production-ready manufacturing.
EXPLORE SERVICE04 / PRODUCT DEVELOPMENT
FROM SKETCH
TO PRODUCT.
The strongest product development workflows connect design thinking with engineering reality. Every stage should make the next one clearer.
01CONCEPTProblem definition & ideation
02CAD3D modelling & documentation
03ENGINEERINGPerformance & manufacturability
04PROTOTYPEPhysical validation
05PRODUCTProduction-ready outcome
DEVELOPMENT / 05
128.40
±0.02
R 4.5
05 / SELECTED WORK
ENGINEERED FOR
REAL-WORLD PERFORMANCE.
AUTOMOTIVE
PRODUCT ENGINEERING
06 / INDUSTRIES
ENGINEERING
ACROSS INDUSTRIES.
Different products demand different engineering decisions. Our approach adapts to the application, environment and production context.
01 / AUTOMOTIVE
Engineering for demanding mobility applications.
Components, mechanisms, assemblies and product engineering designed around performance, weight, packaging and manufacturability.
EXPLORE INDUSTRY07 / PRECISION ENGINEERING
PRECISION
AT EVERY
DETAIL.
Engineering decisions become valuable when they are precise enough to manufacture, test, assemble and improve.
CAD3D
REV03
STATUSVALID
128.40
72.00
01 MATERIAL
02 TOLERANCE
03 FINISH
FMC / ENG / 047
08 / CAPABILITIES
ENGINEERED
WITH PRECISION.
CAD & DESIGN
- 3D CAD
- Assemblies
- Drafting
- GD&T
- Product Design
MECHANICAL ENGINEERING
- Systems
- Mechanisms
- Components
- Materials
- Tolerances
ENGINEERING ANALYSIS
- FEA
- Structural
- Thermal
- Motion
- Validation
PROTOTYPING
- 3D Printing
- CNC
- Fabrication
- Assembly
- Testing
MANUFACTURING SUPPORT
- DFM
- DFA
- Tooling
- Supplier Support
- Production
09 / ENGINEERING TECHNOLOGY
THE RIGHT TOOLS.
THE RIGHT OUTCOME.
Use the platforms and engineering methods that best fit the product, workflow and manufacturing environment.
SOLIDWORKS3D CAD / PRODUCT DEVELOPMENT
CATIAADVANCED PRODUCT ENGINEERING
CREOPARAMETRIC DESIGN
INVENTORMECHANICAL DESIGN
AUTOCADENGINEERING DOCUMENTATION
ANSYSENGINEERING ANALYSIS
10 / WHY FUMECH
BUILT AROUND
ENGINEERING.
A good product needs more than a good-looking model. It needs engineering decisions that survive contact with reality.
PERFORMANCE
Design around the actual operating requirement.
PRECISION
Engineering detail that supports repeatable outcomes.
MANUFACTURABILITY
Design decisions informed by production reality.
OPTIMIZATION
Balance performance, materials and cost.
COLLABORATION
Engineering alongside your team, not in isolation.
0YEARS
EXPERIENCE
EXPERIENCE
0PROJECTS
DELIVERED
DELIVERED
0INDUSTRIES
SERVED
SERVED
0ENGINEERING
FOCUS
FOCUS
11 / ENGINEERING THINKING
INSIGHTS THAT
MOVE PRODUCTS FORWARD.
PRODUCT DESIGN
Why manufacturability should influence product design from day one.
READ ARTICLECAD / ENGINEERING
From concept sketch to production-ready 3D CAD.
READ ARTICLEMANUFACTURING
Design decisions that can reduce manufacturing complexity.
READ ARTICLE12 / START A PROJECT
HAVE AN
ENGINEERING CHALLENGE?
Tell us what you're building. Let's explore the right path from concept to production.
LET'S ENGINEER IT