Robotic systems
Handling, assembly, welding, dispensing and machine tending cells engineered around the real production cycle.
01 Manufacture automation expert
Automation
built for the
factory floor.
We engineer robotic production systems that turn demanding processes into stable, measurable and scalable operations.
SystemRobot integration
ControlOne coordinated line
01 / RoboticsRepeatable motion
02 / ControlsConnected intelligence
03 / VisionIn-line assurance
04 / ServiceStable production
[ What we automate ]
From a single robotic cell to a coordinated production line.
Mautex brings mechanical engineering, electrical controls, robotics and commissioning into one accountable delivery team.
Automotive lines
Automation for body, component and final assembly processes with traceability built into every station.
Controls & data
PLC, motion, safety and production data integrated into a control architecture your team can maintain.
Mechanical designRobot programmingPLC & motionMachine visionSafety systemsProduction data
[ Automotive automation ]
02 Built around takt time
Every station. One production rhythm.
Application 01 Material handling & transfer
Automotive lines leave no room for isolated engineering. We coordinate tooling, robots, controls, quality checks and traceability around the complete process.
View automotive expertise[ Integrated systems ]
Engineering that connects machines, people and production data.
01
Turnkey production systems
Concept, simulation, detailed design, build, integration and production ramp-up under one project structure.
System integration02
Robotic process cells
Robots, end-of-arm tooling and fixtures engineered together for repeatability, access and serviceability.
Robotic applications03
Controls & traceability
A maintainable control architecture with clear diagnostics and the production records your process requires.
Controls engineering04
Vision & in-line quality
Inspection, guidance, identification and error-proofing placed where they protect the process most effectively.
Quality systems[ Delivery model ]
A controlled path from production problem to stable output.
Each stage has a clear engineering purpose, defined interfaces and measurable acceptance criteria.
- 01Discover
Process, parts, cycle time, plant standards and project constraints.
- 02Engineer
Concept validation, risk review, simulation and detailed design.
- 03Build
Fabrication, controls development, robot programming and integration.
- 04Validate
Offline testing, run-off, safety verification and operator training.
- 05Launch
Installation, ramp-up support and structured handover to production.
[ Production applications ]
Automation shaped around the process — not the catalogue.
Joining
Robotic welding & joining
Coordinated motion, process monitoring and fixtures designed for consistent geometry.
Quality
Vision inspection
Automated checks that stop defects from moving downstream.
Flow
Handling & logistics
Reliable part movement between process steps and machines.
Assembly
Precision assembly & testing
Controlled fastening, dispensing, pressing and functional verification with complete recipe management.
Maintainability first
Clear access, documented interfaces and diagnostics designed for the people who keep the line running.
Safety by design
Risk reduction is developed with the process concept, not added after the equipment is built.
Measured performance
Cycle time, repeatability and quality criteria guide decisions from simulation through acceptance.
Open handover
Training, source files, documentation and spares planning give your team long-term control.
[ Start a conversation ]
Bring us the production challenge.
Tell us what the process must achieve, where it runs and what is limiting it today. We will start with the engineering questions that matter.
Manufacture Automation Expert
Let’s engineer what’s next