Flexible robot solutions for automated production
NiniX has extensive experience in designing and integrating robot cells for industrial automation applications. Robots are used where speed, accuracy, flexibility or complex movements are required. Depending on the application, a robot cell can operate as a stand-alone solution or be integrated into an existing machine or a complete assembly line.
By combining several process steps within one automated cell, production processes can run more efficiently, more consistently and more reliably.
Execution
Stand-alone or integrated into a machine or assembly line
Robot selection
Matched to speed, reach, payload, accuracy and flexibility
Vision
Product localisation, positioning and quality control
Scope
From concept to commissioning
Custom robot integration
Every automation application places different demands on speed, reach, payload, accuracy and flexibility. That is why we select the most suitable robot technology for each project.
NiniX works with SCARA robots, 6-axis robots, palletising robots, flexpickers and Cartesian robots with linear axes, among others. The choice of robot is always matched to the product, the process and the required performance of the installation.
- SCARA robotsFast, precise movements in the horizontal plane
- 6-axis robotsFull freedom of movement for complex handling
- Palletising robotsStacking and palletising of products and packaging
- FlexpickersHigh-speed pick & place from conveyors
- Cartesian robotsLinear axes for large working areas
Robotics combined with vision technology
Robot cells are often combined with vision systems for product localisation, positioning and quality control. By integrating camera and image processing technology, products can be detected, checked and processed automatically, even when their position or orientation varies.
This combination of robotics and vision technology ensures high process reliability and makes flexible automation solutions possible.
- DetectProduct localisation and positioning
- CheckQuality control
- ProcessEven when position or orientation varies
From concept to commissioning
- Concept development
- Engineering
- Build
- Integration
- Validation
From concept development and engineering to build, integration and validation, NiniX takes care of the entire process. Thanks to a structured project approach, we deliver robot cells that fit seamlessly into your production environment and your future growth plans.
Frequently asked questions
What is the difference between a robot cell and a cobot?
A robot cell usually consists of an industrial robot that is safely guarded from operators and can reach high speeds. A cobot is designed to work alongside people in the same workspace and places more emphasis on safety and flexibility. Which solution is most suitable depends on your production process, cycle time and automation objectives.
What are robot cells used for?
Robot cells are often used for assembly, pick-and-place applications, product handling, machine tending, palletising, visual inspection and quality control. By combining several process steps within one automated cell, efficiency, consistency and product quality can be increased.
Can vision systems be integrated into a robot cell?
Yes. Robot cells can be equipped with vision systems that detect, locate and inspect products. This allows robots to handle product variations more flexibly and lets inspections run automatically as part of the production process.
Does NiniX develop custom robot cells?
Yes. NiniX develops robot cells fully tailored to your product, process and production environment. For each application, the most suitable robot technology is selected, ranging from SCARA robots and 6-axis robots to flexpickers and Cartesian robots with linear axes. The result is a solution that matches the required performance, capacity and flexibility.
Why choose NiniX for your robot cell?
From pick-and-place applications and product handling to visual inspection and quality control, NiniX designs and builds robot cells that fit your product, process and production environment.
Drawing on our experience in robot integration, machine building and automation, we develop solutions that perform today and are ready for future growth and changing production needs.