CUSTOMIZE & SALE
Ideativa’s products
Ideativa can assist you in designing and implementing innovative and fully customized robotic solutions to meet your specific needs.
The collaborative cells we create are designed to work side by side with human operators, increasing efficiency and productivity in industrial processes.
As previously mentioned, one of the distinctive features of our products is the possibility of customization. Every client has unique requirements, and we are here to offer tailor-made solutions that perfectly fit their operational context.
Here is a list of various customization options available.
Choice of Robot
Workbench Configuration
Another fundamental aspect is the design and customization of the workbench on which the robot will be installed and mounted, thus ensuring excellent integration and functionality with both the robot and the working environment. In the workbench configuration, there is also the possibility to customize supports with fixtures of any kind, which will be designed to meet any specific customer requirements.
Vision System
Additional External Axes
It is possible to integrate additional external axes for controlling additional mechanisms or further expanding the robot’s movement capabilities. This option allows for greater flexibility in performing operations and adapting to the specific needs of the production process.
The addition of external axes can facilitate the manipulation of complex objects or the execution of more intricate movements, allowing the robotic system to tackle a wider range of tasks with greater precision and versatility.
By choosing our collaborative robotic cells, you can rely on cutting-edge technology, flexibility, and dedicated customer service that will accompany you through every phase of the process, from design to installation and beyond.
As an illustrative example, here are three types of collaborative solutions developed by our company.
PRODUCTS
Collaborative Cell with FANUC CRX-20iA/L
Our collaborative cell with the FANUC CRX robot represents an excellent solution for industrial automation, combining safety with a wide range of action. Flexibility is a key element of our design, and the solution has been made modular by featuring three separate benches that can be joined to expand the robot’s workspace. This not only allows adapting the cell to the specific needs of your production process but also simplifies the transportation and installation of the structure.
Designed for a wide range of activities, our collaborative cell is ideal for laboratory applications, heavy load handling, training, and research. Whether it’s assembly work, inspection, packaging, or any other activity, our solution offers the flexibility and reliability needed to optimize workflow.
Robot Features
- Model: FANUC CRX-20iA/L Collaborative Robot
- Max TCP Speed: 2 meters per second
- Payload: 20 kg
- Reach: 1418 mm
- Axes: 6
- Additional Accessories: 1 additional servo motor
Tool Features
- Model: Zimmer GEP2013IO Gripper
- Type: Parallel
- Mounted Gripper Types: Customized and 3D-printed for laboratory sample manipulation
- Additional Accessories: Automatic tool changer at the wrist
Workbench Composition
- 3 separate benches to be joined
- Overall Size: 2000×2000 mm
- 6 doors for access under the bench.
- 4 swivel wheels per bench, two with brakes, for a total of 12 wheels.
Additional Features
- Vision support made with aluminum profiles
- Vision Type: 3D
- Sensor Model: FANUC 3DV-400
- Quick tool change station with supports made with aluminum profiles
- 2 ZIMMER tool deposits
- 3D-printed Teach pendant support
PRODUCTS
Collaborative Cell with ABB CRB 15000 GOFA
Our robotic collaborative cell with ABB CRB 15000 GOFA represents an excellent solution designed to offer compactness and efficiency without compromising performance. With this innovative cell, a wide range of applications can be developed simply and precisely.
The CRB 15000 is widely recognized for its reliability and, despite its payload capacity limited to 5 kg, excels in handling elements with great precision.
Our bench has been specifically designed for educational and research purposes, providing a safe and controlled environment for learning and developing new technologies. With our collaborative cell, students, researchers, and operators can experiment with advanced robotics and acquire essential skills for the industry of the future.
Robot Features
- Model: ABB CRB 15000 GOFA Collaborative Robot
- Payload: 5 kg
- Reach: 950 mm
- Axes: 6
Tool Features
- Model: OnRobot 2FG7 Gripper
- Type: Parallel
- Additional Accessories: Manual OnRobot tool changer at the wrist
Workbench Composition
- Made of aluminum profiles.
- Overall Size: 1000×1000 mm
- Presence of 2 doors for access under the bench.
PRODUCTS
Collaborative Cell with ABB IRB 14050 YuMi single arm
Our robotic collaborative cell with ABB 14050 YuMi represents the solution with the most compact and lightweight design. The ABB YuMi Single Arm robot embodies a harmonious fusion of compactness, lightness, speed, and precision, representing the pinnacle of innovation in the field of industrial robotics. With an elegant and ergonomic design, this extraordinary device stands out for its compact size and unparalleled agility given by its 7 axes, allowing it to best simulate the human arm.
This solution is designed for educational, training, and especially research purposes.
In the case of YuMi, the cell is equipped with artificial vision. This is because the tool equipped with the robot, called SmartGripper, in addition to the servo motor that controls the parallel grippers, has 2 suction cups with pneumatic connection and a 2D vision sensor capable of providing great support in inspection applications and element research.
Robot Features
- Model: ABB CRB 15000 GOFA Collaborative Robot
- Payload: 500g
- Reach: 559 mm
- Axes: 7
Tool Features
- Model: ABB SmartGripper Parallel Gripper
- 2 suction cups, 1 parallel gripper, Integrated 2D Camera
Workbench Composition
- Made of aluminum profiles.
- Overall Size: 1000×1000 mm
- Presence of a door for access under the bench.
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