Other Conventional & Drive Independent Production Automation
Nextomation designs and integrates production systems for established automotive components that require reliable high-volume assembly, stable process control and complete traceability. Our solutions combine precision handling, press fitting, controlled tightening, dispensing, sealing, calibration, vision inspection and functional testing. We support manufacturers from early feasibility analysis and simulation through line implementation, ramp-up and long-term service.
Conventional automotive production systems
Transmission Mechatronics
Transmission mechatronic modules integrate mechanical, hydraulic and electronic functions within compact assemblies. We design automated production systems that ensure accurate component alignment, controlled sealing, reliable valve and actuator integration and repeatable functional performance.
Processes
- Hydraulic circuit and housing assembly
- Valve and actuator integration
- Press fitting and precision positioning
- Liquid gasket dispensing and sealing
- Pressure and leakage testing
- Functional verification and traceability
Conventional automotive production systems
Throttle Modules
Throttle modules require precise integration of valve bodies, shafts, actuators, position sensors and electronic controls. Our automated systems maintain accurate valve positioning, controlled tightening and stable calibration while verifying movement, airflow and electrical functionality.
Processes
- Valve body and shaft assembly
- Actuator and position sensor integration
- Controlled tightening and torque monitoring
- Sealing and controlled dispensing
- Position and airflow calibration
- Functional testing and traceability
Conventional automotive production systems
Valves
Automotive valves used in powertrain, thermal management and auxiliary systems require reliable sealing, accurate flow control and long-term durability. We integrate component assembly, seal installation, calibration and functional verification into stable and scalable production processes.
Processes
- Valve body and internal component assembly
- Seal and O-ring installation
- Press fitting and controlled joining
- Flow and position calibration
- Pressure and leakage testing
- Dimensional inspection and traceability
Conventional automotive production systems
Oil Pans
Oil pan production requires accurate housing positioning, repeatable gasket application and verified leak-tightness. Our automated systems combine component handling, controlled dispensing, screwdriving, inspection and leakage testing for stable high-volume production.
Processes
- Housing positioning and component handling
- Liquid gasket and sealant dispensing
- Fastener insertion and screwdriving
- Controlled tightening and torque monitoring
- Pressure and leakage testing
- Vision inspection and traceability
Conventional automotive production systems
Gear Sets
Gear set assembly requires precise positioning, controlled joining and reliable verification of meshing and dimensional parameters. We develop automated systems that support repeatable gear integration, torque application and inspection while capturing complete production data.
Processes
- Gear positioning and alignment
- Bearing and shaft component integration
- Controlled pressing and joining
- Gear meshing and torque verification
- Dimensional and surface inspection
- End-of-line testing and traceability
/ Conventional automotive application expertise
Engineering Conventional Automotive Production Across Technologies
Conventional automotive components still demand highly controlled, repeatable production. Transmission mechatronics, throttle modules, valves, oil pans and gear sets combine precision assembly, joining, sealing, calibration and functional verification within stable high-volume processes.
At Nextomation, interdisciplinary teams of mechanical, electrical, software, robotics, vision, testing and process engineering experts combine multiple technologies within one production concept — from feasibility and simulation to automated assembly, inspection, testing and traceability.
Technologies for Conventional Automotive
Core Nextomation technologies combined for stable, scalable and traceable production of conventional automotive components.
ur projects
Selected case studies
Explore our automotive case studies and see how custom automated assembly lines improve production efficiency, quality and scalability across complex manufacturing processes.
6.5-second cycle time
Automotive
Multi-Reference Assembly Line for Accelerator Pedal
Stable 6.5-second cycle time across multiple product variants.
Project scope
8.5-second cycle time
Automotive
Automated Assembly Line for EV Coolant Circulation Pump
Eight robots and seven stations delivering a fully automated e-mobility assembly and testing process.
Project scope
Micrometer-level quality control
Automotive · Electronics
Robotic 3D Glue Bead Inspection System
Micrometer-level quality control using robotic 3D vision inspection.
Project scope
/ insights
Related Insights
Explore selected insights related to industrial automation, engineering decisions and production improvement. Discover practical perspectives that connect technology, processes and real manufacturing challenges.
Conventional automotive component production automation
Planning a new production line or modernizing an existing automotive process? Our engineering team can help you define the right assembly, sealing, inspection and testing concept for transmission mechatronics, throttle modules, valves, oil pans and gear sets. We support the complete project lifecycle, from feasibility analysis and simulation to implementation, ramp-up and service.
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