Compact Robotic Joint Module – Precision Actuator for Collaborative Robots

• ✔ Extremely high peak torque for dynamic applications
• ✔ Compact and lightweight design for optimal integration
• ✔ Precise motion control for sensitive and repeatable tasks
• ✔ Ideal for collaborative and humanoid robotic systems
• ✔ Simplified integration into complex robotic arms
• ✔ Optimized for high efficiency and long-term operation

Discover a cutting-edge robotic joint module that revolutionizes the design and functionality of robotic systems. This actuator is designed to provide an unmatched combination of high performance, precision, and compact dimensions, making it the ideal choice for modern collaborative and humanoid robots.

✨ What can this module do?

• Provides high start-stop peak torque, essential for fast and dynamic movements.
• It offers an excellent power-to-weight ratio, which reduces the overall load on the robot.
• It enables smooth and precise positioning, crucial for manipulating delicate objects or interacting with people.
• Its robust construction ensures reliability even in demanding operating conditions.
• It supports modular design for easy and quick integration into various robotic arm configurations.

🔍 Explore every detail

This robotic articulated module is the result of years of development focused on optimizing performance and minimizing size. Thanks to its precision design and carefully selected components, the module provides excellent response and control, which is essential for applications requiring a high degree of sensitivity and adaptation. Its lightweight design also contributes to extending the reach and increasing the payload of robots without compromising on speed or safety.

Whether you are developing a new generation of humanoid robots for research or designing collaborative robotic systems for production lines, this actuator is a key component for achieving maximum efficiency and innovation. Its versatility and robustness make it suitable for a wide range of applications in modern robotics.

🤔 Are you bothered by complex integration and insufficient performance?

Many robot developers face the challenge of integrating powerful yet compact actuators without compromising the design or functionality of their systems. Conventional articulated modules often offer either high performance at the expense of size, or compactness without sufficient torque or precision. This leads to development delays, higher costs, and limited opportunities for innovation. How do you ensure that your robot is strong, agile, and safe at the same time?

💡 Take back control with the precision articulated module!

With our compact robotic joint module, you get a solution that effectively overcomes these challenges. It offers the ideal balance between high torque, precision and lightweight. Its modular design simplifies integration and reduces development time, while its optimized performance allows your robots to perform complex tasks with maximum reliability and safety. No more compromises – just pure performance and flexibility.

🚀 More than just features, real benefits

• Feature: High start-stop peak torque (up to 133 Nm) -> Benefit: Ensures the robot can handle dynamic loads and rapid changes of direction without hesitation.
• Feature: Optimized design for low weight -> Benefit: Allows you to extend the reach of the robotic arm and increase the efficiency of the entire system, minimizes inertia.
• Function: High-precision motion control -> Benefit: Guarantees fine manipulation and repeatable accuracy, crucial for sensitive tasks and human interaction.
• Feature: Modular and easy-to-integrate design -> Benefit: Reduces development and assembly time, leading to faster time to market and lower costs.
• Function: Reliability and durability -> Benefit: Ensures long-term and trouble-free operation even in demanding industrial applications.

🎯 Who is it the ideal choice for?

• Collaborative robot developers: They need precise, safe, and powerful articulated modules.
• Humanoid robot designers: They will appreciate compactness, low weight, and smoothness of movement.
• Researchers and academic institutions: Looking for a flexible and robust platform for experiments in advanced robotics.
• Automation engineers: They need a reliable and efficient solution for their automated lines.

💡 Do you have concerns? We'll answer them

• Concern: Will integration into my existing system be too complex? -> Answer: The module is designed with maximum compatibility and simplified integration in mind thanks to a modular approach.
• Concern: Is the power sufficient for my demanding applications? -> Answer: With a high peak torque of up to 133 Nm, it can handle even the most demanding tasks with ease.
• Concern: What is the reliability and durability of the components? -> Answer: This module is designed for long-term durability and stable performance, even with intensive use.

⚙️ Technical specifications

Start-stop peak torque (Nm)	Up to 133 Nm (variants 68.5, 107, 133)
Maximum permissible torque at average load (Nm)	Up to 133 Nm (variants 68.5, 107, 133)

❓ Frequently Asked Questions (FAQ)

Is this module suitable for collaborative robots?

Yes, it is designed with safety and precision in mind, ideal for collaborative and humanoid robots where human interaction is key.

What are the main advantages of using this articulated module?

Key benefits include high torque, compact design, precise positioning, and easy integration, which speeds up development and increases robot performance.

What level of accuracy can I expect in motion control?

Thanks to advanced encoder technology, the module provides very high control accuracy, which is essential for applications requiring fine and repeatable movements.

Can the module be integrated into various robotic structures and designs?

Yes, its modular design allows flexible integration into a wide range of robotic arms, systems and custom designs, saving time and resources.

Is this product suitable for research and development of new robotic applications?

Definitely. Its advanced features, robustness, and flexibility make it an ideal choice for academic and industrial research projects and prototyping.

How does this module contribute to reducing the overall weight of the robot?

With its lightweight and compact design, the module minimizes added weight to the robotic arm, allowing for more efficient movements and a potential increase in the load capacity of the entire robot.