Industrial Dual Robotic Manipulator with 2x 7 Axes and 5 kg Load Capacity

• ✔ Dual 7-axis arms for maximum flexibility and complex tasks
• ✔ Load capacity of 5 kg per arm – can handle demanding industrial applications
• ✔ Advanced sensors: laser and visual obstacle avoidance, force sensors
• ✔ Compact and flexible design for easy integration into limited spaces
• ✔ Powerful control system with NVIDIA GPU and Linux-based CPU
• ✔ Versatile use in industrial automation and innovative education
• ✔ Possibility of independent or cooperative operation of both arms

This intelligent robotic system with dual 7-axis arms is a cutting-edge solution for a wide range of industrial applications as well as innovative education. With a compact design and flexible payload of 5 kg per arm, it offers unmatched adaptability.

It is designed for both independent and collaborative work, opening up new possibilities for automation and precision tasks in any environment, from production lines to research laboratories.

🤖 What makes this dual robot special?

• Dual 7-axis arms for high freedom of movement and precise manipulation.
• Independent or cooperative operation of both arms to optimize work processes.
• Advanced safety with laser and visual sensing for obstacle avoidance and personnel protection.
• Integrated force sensors for sensitive handling of delicate materials.
• Powerful Linux-based control system with 384-core NVIDIA Volta™ GPU and 6-core NVIDIA Carmel ARM®v8.2 CPU.
• Wide range of digital and analog interfaces (network interface, USB, HDMI, GPIOs, I2C, I2S, SPI, UART) for easy integration.
• Robust design with operation in temperatures from -10°C to +40°C and humidity ≤85%.

🔬 Explore every detail

This dual robot manipulator is the epitome of engineering precision, designed for the most demanding industrial environments and pioneering educational institutions. Each of the two seven-axis arms, with a 5 kg payload capacity, provides exceptional agility and precision, enabling complex tasks that require coordination and finesse, such as assembling small components or welding intricate parts.

Its intelligent platform is equipped with cutting-edge technologies, including laser and vision sensing for obstacle detection and force sensors to ensure safe and efficient operation. With a platform height of 1350 mm and a maximum arm span of 2070 mm, it covers a wide working area, while its compact design ensures flexibility in confined spaces. This makes it an ideal choice for modern factories with high space and efficiency requirements.

At the heart of the system is a robust Linux-based controller, supported by a powerful NVIDIA Volta™ GPU and NVIDIA Carmel CPU, delivering lightning-fast data processing and advanced motion control. This robot is more than just a tool; it’s a platform for innovation, research, and workflow transformation, ready for the challenges of Industry 4.0 and artificial intelligence.

❌ Are you bothered by low efficiency and limited flexibility?

Many companies struggle to automate complex, multi-part operations that require high precision and adaptability. Traditional single-arm robots are often inadequate, leading to production bottlenecks and high manual labor costs. Furthermore, the limited space in modern factories presents an additional challenge for implementing high-performance industrial robots.

✅ Get unmatched productivity and innovation!

This dual industrial robot offers the perfect solution. Its two 7-axis arms can perform multiple tasks simultaneously or cooperatively, significantly increasing throughput and accuracy. The compact design allows for easy integration into existing production lines without extensive modifications. In addition, its advanced sensors and powerful computing platform open the door to complex AI-driven automation and serve as an ideal educational tool for future engineers.

💡 More than just features – real benefits for your business

• Dual Efficiency: Two 7-axis arms -> Double productivity: Handle two tasks at once or collaborate on more complex operations, saving time and costs.
• High adaptability: 7 axes per arm and compact design -> Flexibility in any environment: Ideal for tight spaces and changing production requirements without the need for major modifications.
• Safety and precision: Laser, visual and force sensors -> Minimize errors and risks: Ensures safe operation near people and precise handling of sensitive materials.
• The future of automation: Powerful GPU/CPU and Linux system -> Platform for AI and research: Enables the implementation of advanced algorithms and serves as a cutting-edge tool for robotics development.
• Universal applications: From welding to grinding -> One solution for many tasks: Optimize various processes with one flexible robot, reduce the need for specialized equipment.

🎯 Who is it the ideal choice for?

• For manufacturing companies looking to increase the automation, flexibility and accuracy of their production lines.
• For research and development centers developing new robotic applications and experimenting with artificial intelligence.
• For educational institutions that want to provide students with hands-on experience with cutting-edge robotics and automation.
• For companies that need to automate complex tasks such as small component assembly, quality inspection, or handling multiple objects.

❓ Do you have concerns? We will answer them

• Concern: Will installation and integration into my existing line be complex and expensive? -> Answer: Thanks to its intelligent platform and wide range of interfaces, the robot is designed for relatively easy integration. Our expert team will be happy to advise you on planning and implementation.
• Concern: How will the robot handle variable and non-standard tasks? -> Answer: Dual 7-axis arms, force sensors, and advanced control algorithms allow it to adapt to different scenarios and unexpected changes in the work environment. It is ideal for tasks that require flexibility and adaptability.
• Concern: Is the robot safe enough to operate near human workers? -> Answer: Yes, the manufacturer has equipped it with features such as laser and visual obstacle sensing and emergency stop, which significantly increases safety. It is designed for cooperation in a safe environment.

🛠️ Technical specifications

Detailed specifications
Robot type	Dual industrial robotic manipulator
Number of axes per arm	7 axes
Load capacity per arm	5 kg
Platform height	1350mm
Maximum arm span	2070mm
Power supply	Single phase three wire 220V ± 10% 50Hz
Operating temperature	-10°C to +40°C
Relative humidity	≤85% (at 25°C)
Max. altitude	<4000m
Safety features	Obstacle avoidance (laser, visual), force sensors, emergency stop
Microphone	Linear array of 4 microphones
Operating system	Linux
GPUs	384-core NVIDIA Volta™ with 48 Tensor Cores
CPU	6-core NVIDIA Carmel ARM®v8.2 64-bit
Interface	Network interface, USB interface, HDMI
Expansion interface	GPIOs, I2C, I2S, SPI, UART

❓ Frequently Asked Questions (FAQ)

Question: What industrial applications is this robot best suited for?

This dual robot is ideal for welding, painting, material transfer, grinding, assembly and inspection, as well as for complex research and educational projects in both discrete and process automation.

Question: Can the robot work with both arms simultaneously or independently?

Yes, the robot is designed to work with one arm alone, or for both arms to cooperate on more demanding tasks, which increases its versatility.

Question: What are the main advantages of a 7-axis arm over standard robots?

The 7-axis arm provides a higher degree of freedom, allowing the robot to reach more complex positions and avoid obstacles more effectively, expanding its application possibilities and simplifying programming.

Question: What sensors does the robot use for safety and accuracy?

The robot is equipped with laser and visual sensing for obstacle avoidance, as well as sensitive force sensors for gentle manipulation and safe operation in dynamic environments.

Question: What is the robot's control system and what performance does it offer?

At the heart of the robot is a Linux-based control system, powered by a 384-core NVIDIA Volta™ GPU with 48 Tensor Cores and a 6-core NVIDIA Carmel ARM®v8.2 64-bit CPU, providing exceptional computing power for complex algorithms.

Question: Is this robot suitable for educational purposes?

Absolutely. With its advanced platform and flexibility, this robot is an ideal training and development platform for innovative educational industries and research projects.