ContiMech
Robotics & Automation Engineering

Fast prototypes for real technical problems

ContiMech helps find a working solution quickly and cost-consciously — combining mechanics, electronics, firmware, software, testing, and documentation in one cross-functional team.

Rapid prototyping · Practical R&D · One-stop engineering team
Start with a prototype View capabilities
ContiMech
Engineering roadmap

From business question to working artifact

We can start with a rough idea, a technical problem, or an existing prototype — and move it through analysis, research, design, implementation, testing, and handover.

  1. BABusiness analysisProblem, value, constraints, stakeholders, decision criteria.
  2. R&DResearchAlternative concepts, components, tools, risks, quick feasibility checks.
  3. PROTOPrototypeFast model, mock-up, board, fixture, simulation, or software proof.
  4. BUILDDevelopment & manufacturingDesign files, code, PCB, mechanics, procurement, assembly support.
  5. TESTIntegration & validationVirtual and real target checks, measurements, fixes, repeatable tests.
  6. DOCDocumentationRequirements, design description, protocols, test reports, handover package.
View workflow View capabilities
Cases before buzzwords

Real artifacts instead of abstract claims

A few examples where ContiMech turned constraints into a physical prototype, a tested enclosure, or a working engineering artifact.

Potted interface adapter housing filled with protective compound
Factory adapter

Potted interface adapter

Compound-filled enclosure for vibration, humidity, drops, and daily factory handling.

Material selectedHousing filledCustomer result achieved
Bent aluminum cabinet prototype
Metal enclosure

Bent aluminum cabinet

Manufacturable cabinet concept with fit, thermal, and assembly logic considered.
Diagnostic enclosure prototype
Prototype housing

Diagnostic enclosure

Mechanical proof before tooling and supplier-side mistakes.
Wooden cabinet prototype used for fit and assembly checks
Low-cost mock-up

Wooden cabinet prototype

Cheap physical validation of size, access, assembly sequence, and usability.
Capability model

One system, several engineering layers

System Design

Scope, architecture, interfaces, constraints, risks, and acceptance logic.

Mechanical Engineering

FreeCAD, Autodesk Fusion, SOLIDWORKS, parts, housings, brackets, fixtures, prototypes, and fit checks.

Mechanical workflow →

Hardware Engineering

draw.io diagrams, Altium/Xpedition workflows, schematics, simulation, component alternatives, PCB routing, prototype, testing, fixes, and CE-ready documentation.

Hardware process →

Firmware / Software

Business analysis, requirements, design descriptions, protocols, MATLAB/Simulink models, QEMU/Renode virtual targets, Dockerized builds, and MCU/SoC integration.

Firmware / software workflow →

Testing

Test cases, smoke checks, measurement, logs, reports, and acceptance evidence.

Documentation

Google Drive, Microsoft Office, LibreOffice, requirements, diagrams, interface notes, BOM inputs, test plans, and handover packages.