You run your business.
We keep your robots moving.
Independent service and support for embodied AI systems.
From sensor to model: we find the root cause, fix it and keep your systems running. Remote or on site, manufacturer-independent, delivered by engineers who think mechanics, electronics, software and AI together.
How can we help you?
Do you operate robotic systems?
More uptime, planned maintenance, fast repairs. One partner for mechanics, electronics and AI.
Request service
Are you a manufacturer?
Focus on product and sales. We take over your service in full or in part, with clear processes, an SLA and, on request, under your brand.
Book a callWhy robozservice
One team for the full stack
Mechanics, electronics, firmware, ROS 2 and models. One point of contact for every layer.
Root cause, not symptom
We measure, log and analyze until the root cause is clear and can be resolved for good.
Manufacturer-independent
We support systems from different manufacturers and classes from a single source.
Traceable
Every intervention is documented, every service history accessible.
Services
Support
- Independent support: diagnosis and resolution, remote or on site
- Manufacturer support takeover: ticket handling, second-level support, knowledge base
- Fast help with disruptions: prioritized remote support, on-site visits by arrangement, binding response times via SLA
The Embodied AI Stack
We cover every layer
In embodied AI systems, every layer works together. The solution often lies on a different layer than the visible symptom: model performance depends on camera timing, gripper function on a stable power supply. That is why we work across all layers:
Mechanics and actuation
Gearboxes, joints, grippers, wear, backlash, thermal behavior
Power electronics and buses
Motor drives, batteries and BMS, CAN, EtherCAT, cabling, EMC
Sensing
LiDAR, cameras, depth sensing, IMU, force-torque sensors, calibration and time synchronization
Firmware and real-time control
Control loops, parameterization, safety functions, updates
Middleware and software
ROS 2, drivers, communication latency, network and wireless
Perception and navigation
SLAM, localization, sensor fusion, obstacle detection
Models and policies
Imitation learning, reinforcement learning, vision-language-action models, deployment on edge hardware
Simulation and data
Sim-to-real, teleoperation, data collection, logging and analysis
Robot Categories
Every system class has its own requirements. We know them and what matters in operation.
Mobile Robots (AMR/AGV)
Autonomous vehicles for transport and logistics.
Industrial Robots and Cobots
Robot arms with high repeatability, cobots with built-in force and collision detection.
Mobile Manipulators
A mobile base combined with an arm.
Humanoid Robots
Bipedal systems with many joints and hands, designed for human environments.
Quadrupeds
Rugged legged platforms for inspection, rough terrain and research.
Learning-Based Manipulation Platforms
Single- and dual-arm setups for teleoperation, data collection and policy training.
How It Works
Request
via the form
Assessment
by our team, usually within 1 business day
Booking
remote or on site
Execution
by qualified engineers
Documentation
and service history
Industries
Industries and typical tasks where we support you.
Mechanical Engineering
Reliable handling cells: analysis via signal and current measurement, optimized cable routing and parameters for stable gripper performance.
Automotive
Precise mobile manipulators in assembly: calibration, sensor-fusion review and software updates with test runs for stable process capability.
Plant Engineering
Commissioning of cobot cells across multiple sites with unified documentation, standardized rollout and maintenance at fixed intervals.
Intralogistics
Support for fleets of autonomous mobile robots: optimizing navigation and battery management for high availability in continuous operation.
Research and Education
Support for robot platforms including sim-to-real pipelines for reproducible experiments and a documented setup.
Team
Engineers from mechanical engineering, electrical engineering, mechatronics, robotics and AI, with academic degrees and several years of experience in industry and research. When you call us, you talk to someone who understands the system.
Mechanical Engineering
Drive and gear technology, design, gripper technology, mechanical analysis
Electrical Engineering
Power electronics, sensing, bus systems (CAN, EtherCAT), diagnostics of drive and control hardware
Mechatronics and Robotics
Control engineering, ROS 2, navigation, commissioning of complex systems
AI and Software
Machine learning, model integration, deployment on edge hardware, sim-to-real
Machine Safety
Risk assessment and safe commissioning according to relevant standards
Ecosystem
Three offerings, one goal: keep robotics in the field running.
Billing
Three models to fit your needs. Prices on request; quote after assessment.
Time and Materials
Hourly rate plus travel
Service Packages
Fixed scope
Maintenance Contract / SLA
Flat fee per system per year