Systems engineering · Special-purpose machinery · Industrial equipment
Design. Calculate. Define. Deliver.
SPMD turns an industrial requirement into a substantiated, manufacturable and validated mechanical system. One controlled chain links the 3D architecture, FEA, manufacturing definition and the commissioned machine.
Complete production equipment, robotised lines and complex industrial systems: the overview comes first, then each project file shows the real engineering stages.
Not just a model. A justified technical definition.
The level of analysis is adapted to each project. What remains constant is the logic: identify the inputs, state the assumptions, verify the critical points and issue controlled deliverables.
01 / SYS
01 / SYS
Functional architecture & interfaces
Turn the requirement into a coherent mechanical architecture, accounting for cycles, movements and product, site, operator and maintenance interfaces.
Functions & operating modes
Kinematics & degrees of freedom
Clearances & access zones
Interface matrix
02 / FEA
02 / FEA
Sizing & finite-element analysis
Substantiate mechanical behaviour using explicit load cases, boundary conditions and calculation models, then interpret the results required for decisions.
Load cases & combinations
Constraints, contacts & mesh
Stress & displacement
Stability & safety margin
03 / GPS
03 / GPS
Industrial definition for manufacturing
Turn 3D geometry into a manufacturable, inspectable and assemblable definition package, with functional requirements carried by the drawings.
Datums & functional dimensioning
ISO-GPS tolerances & fits
Materials, welds & treatments
BOM & revisions
04 / V&V
04 / V&V
Verification, testing & conformity
Connect risk assessment, safety requirements and expected performance to documented checks and tests tailored to the machine concerned.
ISO 12100 risk assessment
Safety functions as required
Functional & load testing
Reports, technical file & traceability
03 — A complete engineering partner
One technical owner from study to start-up.
A mechanical engineering office connected to the realities of the shop floor.
SPMD adapts the scope to your organisation: engineering only, build-to-print, remote ESO support, on-site integration or a complete turnkey project.
01
Frame
Feasibility, requirements, architecture, costing and planning.
02
Design & substantiate
3D/2D CAD, structural and FEA calculations, kinematics, ergonomics and definition packages.
03
Build & inspect
Manufacturing, procurement, assembly, wiring, metrology and quality inspection.
04
Integrate & validate
Functional and load testing, commissioning, technical file and EC conformity.
05 — Core solutions
Purpose-built. Never off the shelf.
Every project begins with your operation, your environment and the performance to achieve.
Clear gates, useful deliverables and traceable decisions from requirements to commissioning.
01
Analyze
Requirements · risks · feasibility
02
Design
CAD · calculations · technical choices
03
Industrialise
Drawings · BOM · sourcing
04
Build
Manufacturing · assembly · inspection
05
Validate
Testing · EC · commissioning
CE2006/42/CE
08 — Safety & conformity
Safety is designed in.
Risk assessment, essential requirements, harmonised standards, verification, technical file and machine-specific declaration: conformity is built into the project, not added at the end.
3D CADArchitecture · Kinematics · Ergonomics
Calculations & FEAAssumptions · Sizing · Calculation report
