Industrial Automation
FiXar delivers turnkey industrial automation for production environments where speed, repeatability and process control are essential.
Our Industrial Automation Solutions
Robot & cobot stations
Robot and cobot stations are automated work cells in which industrial robots or collaborative robots perform specific tasks.
They are typically used for repetitive, critical or ergonomically demanding operations, improving repeatability and process stability.
FiXar designs and integrates the complete cell, resulting in a safe, reliable and fully integrated industrial automation solution.
Industries
- Aerospace
- Automotive
- Diversified Markets
Assembly stations
Assembly stations are dedicated work cells designed to support efficient and precise manual or semi-automated assembly processes. They optimize ergonomics, workflow, and component handling, ensuring consistent quality and reduced cycle times across production.
Fixar designs and delivers fully integrated assembly stations tailored to your process, combining smart tooling, clear layouts, and robust engineering for maximum productivity.
Industries
- Aerospace
- Automotive
- Diversified markets
Production lines
Production lines are integrated production systems that connect multiple assembly stations into a continuous, streamlined workflow. They are designed to optimize throughput, balance operations, and ensure consistent quality across each stage of the process.
Fixar designs and integrates complete assembly lines tailored to your production needs, delivering efficient, scalable, and fully synchronized manufacturing solutions.
Industries
- Aerospace
- Automotive
- Diversified markets
Test benches
Test benches are dedicated systems designed to validate the performance, functionality, and reliability of components and assemblies under controlled conditions. They enable precise, repeatable testing while capturing critical data to ensure compliance with technical and quality requirements.
Fixar designs and delivers customized test benches that integrate measurement, control, and reporting for accurate, efficient, and fully traceable validation processes.
Industries
- Aerospace
- Automotive
- Diversified markets
Discover Our Projects
Curious how our industrial automation solutions perform in practice? Explore real-life projects where precision, repeatability and process control are key.
FRequently asked questions
Is robot automation always cost-effective?
Cost-effectiveness depends on volume, repeatability and quality requirements. In processes with high repetition, ergonomic load or quality-critical operations, robotics typically delivers clear productivity and quality gains.
Can robot stations be expanded later?
Yes. Robot cells are typically modular, allowing additional tooling, vision systems, extra robots or process steps to be added over time.
What happens in case of a failure?
Robot stations include clear diagnostics via the HMI. If needed, FiXar provides support through remote assistance or on-site intervention to minimise downtime.
How much maintenance does a robot cell require?
Robot cells are designed for low maintenance. Preventive maintenance typically includes tooling inspection, calibration checks and periodic software updates.
Can robot stations be integrated into existing production lines?
Yes. Robot stations can be fully integrated into existing PLC architectures, safety chains and production systems. They can also be connected to MES systems for traceability and data logging.
How is safety ensured in a robot station?
For industrial robots, safety is ensured through physical guarding, light curtains and safety PLCs in line with PL/SIL principles. For cobots, safety is achieved through force and speed monitoring, combined with risk assessments according to standards such as ISO 10218 and ISO 13849.
Can one robot handle multiple product variants?
Yes. Through smart programming, vision integration or automatic tool changers, a single robot cell can support multiple product variants without complex changeovers.
How do you determine which robot is suitable?
We analyse the full process, including payload, reach, accuracy, cycle time, environmental conditions and system integration. Based on this, we select the most appropriate robot platform and tooling.
Which robots does FiXar use?
FiXar has experience with various robot platforms, including KUKA, ABB, Fanuc, Techman cobots and Universal Robots (UR). The selection depends on payload, accuracy, cycle time and integration requirements.
What is the difference between a robot and a cobot?
An industrial robot typically operates in a safeguarded cell with high speed and payload. A cobot (collaborative robot) is designed to safely interact with operators through force and speed limitations. The choice depends on cycle time, safety requirements and the application.
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