Modular robot cell by gKteso
Our modular robot cells offer you a perfect balance of automation, precision, and adaptability. Thanks to the flexible modular system, you can quickly adjust and optimize your processes without high conversion costs.
This is how the future of automation works
Labor is getting more expensive, the shortage of skilled workers is increasing and few people are still interested in simple assembly or manufacturing tasks: This means that you need to look for new solutions in the long term: Modular robot cells are the next stage of automation. They consist of combinable modules that can be individually adapted and expanded. This allows you to design your production flexibly, optimize assembly and quality processes, and implement material handling more efficiently. No more quality fluctuations and no errors! Thanks to the modular design, the need for a complete reinvestment is eliminated – instead, the systems grow with the requirements, ensuring long-term efficiency and scalability.
Modular robot cells: Tailor-made automation solutions
At gKteso, we develop highly precise, flexible, and efficient modular robot cells that seamlessly integrate into existing production processes. Our innovative modular system allows for easy adaptation to new challenges and optimizes workflows in areas such as assembly, deburring, or waterjet cutting.
Our robot cells are characterized by high process reliability, robust construction, and intuitive operation. With a solution from gKteso, you maximize your production capacities, reduce costs, and secure future-proof automation.
Technical data
| Component weight | Up to 2 kg |
| Load carrier | Up to 16 |
| Maximum speed | 4 m/s |
| Max. number of parts | Up to 48 individual components |
From gluing to testing: What our modular robot cell can do
Our modular robot cell consists of a flexible modular system that can be precisely adapted to your requirements. It can be equipped with various processing modules and takes on numerous tasks in automated manufacturing.
- Gluing: Automated dosing and precise application of various adhesives, including two-component and high-performance adhesives, for optimal adhesion and minimal material waste.
- Assembly: Assembly of components with high repeat accuracy through intelligent gripping and positioning systems that ensure error-free end products.
- Screwing & pressing: Process-safe screwing and pressing operations with controlled torque, ideal for structurally critical components in automotive and electronics manufacturing.
- Testing & measuring: Integrated sensors and high-resolution camera systems enable seamless quality control, from dimensional accuracy to surface inspection to functional testing.
- Marking & identifying: Automated marking using laser or inkjet technology for secure traceability and identification of components in the production chain.
Advantages of the modular robot cell by gKteso
Increased efficiency and time savings
Automated processes minimize processing times and optimize material flows, significantly increasing production capacities.
Cost reduction and fast amortization
Due to reduced personnel deployment, less scrap, and optimized processes, the investment in a modular robot cell pays off quickly.
Precision and process reliability
Modern sensor and camera technology ensures exact control – for consistent quality and minimal rejection rates.
Flexible adaptation and expandability
Thanks to the modular design, the robot cell can be configured individually. New tools or additional robots can be easily integrated.
Higher workplace safety
The takeover of monotonous or dangerous tasks by robots reduces the risk of injury and increases workplace safety.
User-friendly control
An intuitive user interface allows for quick setup and adjustment to new production requirements, even without deep robotics knowledge.
Robust and durable control
High-quality materials guarantee low-maintenance and reliable operation – even in demanding industrial environments.
Flexibility for changing requirements
Thanks to quick convertibility, the robot cell can be easily adapted to new production tasks – ideal for varying batch sizes.
Areas of application
The modular robot cell is suitable for various industries and manufacturing processes, including:
- Automotive industry: Assembly of components, highly precise gluing processes, and quality control for error-free production.
- Electronics manufacturing: Exact placement and screwing of sensitive components for reliable electronic assemblies.
- Medical technology: Automated, hygienic production processes for medical devices with the highest quality standards.
- Mechanical engineering: Flexible automation of complex manufacturing steps to shorten production times and increase efficiency.
- Aerospace industry: Precise processing and assembly of sensitive components for the highest safety requirements.
- Packaging industry: Automated packaging processes that increase speed and accuracy and reduce errors.
