Hans Collaborative Robot with 5-Finger Humanoid Hand (6 DOF)

• ✔ Advanced 6 DOF collaborative robot for maximum flexibility
• ✔ High-precision 5-finger humanoid hand for delicate manipulation
• ✔ Powered by mini linear servo actuators for smooth operation
• ✔ Designed for demanding tasks in industrial automation
• ✔ Adaptive design with 12 movable joints
• ✔ Safe and efficient collaboration with human operators

Introducing a cutting-edge collaborative robot designed to transform your automation processes. This innovative system combines a precision robotic arm with a fully functional humanoid hand, opening up new possibilities in manipulation and interaction in any industrial environment.

🤖 What can this robot do?

• Comprehensive 6 degrees of freedom (DOF) for maximum flexibility of movement and achieving complex positions.
• A humanoid robotic hand with five fingers, designed for delicate and adaptive manipulation of diverse objects.
• It uses mini linear servo actuators, ensuring precise, smooth and controlled finger movement.
• Integrated 12 joints in the arm for extensive range of motion and natural interaction with the workspace.
• The ideal solution for demanding tasks in industrial automation, assembly and quality control.

⚙️ Explore every detail of the innovation

This collaborative robot represents the pinnacle of modern robotics, combining robust engineering with advanced biomechanics. Its 6 degrees of freedom allow it to achieve complex positions and orientations, which is crucial for applications requiring a high level of adaptation and precision.

At the heart of the system is a humanoid robotic hand with five fully controllable fingers, capable of gripping and manipulating objects of various shapes and sizes with unprecedented finesse. Thanks to precision mini linear servo actuators, every movement is smooth and controlled, which increases efficiency and minimizes the risk of damage to the manipulated objects.

The 12-joint design mimics natural mobility, making it easy to program and integrate into existing workflows. Whether it's assembly, quality control, or material transfer, this robot is ready to exceed expectations in any industrial environment where precision and reliability are a priority.

⚠️ Are you bothered by automation limitations?

Many industrial processes still require delicate and adaptive manipulation that standard robotic arms cannot handle. Limited flexibility and the inability to work with diverse objects often hinder full automation and increase operating costs.

✨ Get unmatched flexibility and precision!

Our collaborative robot with a humanoid hand delivers a revolutionary solution. With its advanced 6 DOF design and 5-finger hand, it can simulate human dexterity, opening the door to automating even the most complex tasks. Free up your human workers for higher value-added activities and let the robot handle repetitive or dangerous tasks with maximum efficiency.

🚀 More than just features, real benefits

• 6 DOF Arm: Guarantees maximum reach and flexibility for working in complex environments. -> Benefit: Handles even the most complex tasks with ease and high adaptability.
• 5-Fingered Humanoid Hand: Allows for delicate manipulation of fragile or irregular objects. -> Benefit: Expands the range of automatable tasks and increases production efficiency.
• Mini Linear Servo Actuators: Ensure high accuracy and smoothness of hand movements. -> Benefit: Reduces the risk of material damage and increases the quality of output products.
• 12 Movable Joints: Provides more natural movement and easier adaptation to different tasks. -> Benefit: Faster implementation and optimization of work processes with minimal downtime.
• Collaborative Design: Safe interaction with human operators without the need for extensive barriers. -> Benefit: Flexible deployment in shared workspaces and increased team productivity.

🎯 Who is it the ideal choice for?

• Manufacturing companies looking for advanced automation solutions for precision assembly and handling.
• Laboratories and research centers requiring gentle and repeatable handling of sensitive samples.
• Packaging and logistics companies where adaptive handling of diverse products is needed.
• Automotive and electronics industries for precise assembly of complex components.

🤔 Do you have concerns? We'll answer them

• Concern: Is the robot complex to program and integrate into existing systems? -> Answer: Collaborative robots are designed with an emphasis on user-friendliness, making them easy to integrate and program quickly even for less experienced users through an intuitive interface.
• Concern: What is the reliability and durability of the humanoid hand during intensive operation? -> Answer: The humanoid hand uses a robust design and mini linear servo actuators that are tested for long-term reliability and precision even in demanding industrial operation, minimizing the need for maintenance.
• Concern: Can this robot work safely alongside humans in a shared workspace? -> Answer: Yes, as a collaborative robot, it is designed to safely coexist with human workers. It is equipped with built-in safety features and sensors that minimize the risk of collision and ensure smooth collaboration.

🛠️ Technical specifications

Number of axes:	6 DOF
Robot type:	Collaborative robot (Cobot)
Hand type:	Humanoid 5-fingered
Humanoid hand model:	Inspire Robots RH56DFX
Hand drive:	Mini linear servo actuators
Number of shoulder joints:	12
Determination:	Industrial automation, Handling

💡 Frequently Asked Questions

What exactly does "6 DOF" mean in a robotic arm?

6 DOF (Degrees of Freedom) refers to the six independent directions of motion in which a robotic arm can move and rotate (three for position and three for orientation). This ensures maximum flexibility and the ability to achieve almost any position and orientation in the workspace.

What are the key advantages of a humanoid robotic hand over standard tentacles?

The five-fingered humanoid hand enables delicate and adaptive manipulation of a variety of objects. It can grasp irregularly shaped objects, work with fragile materials, and simulate human dexterity, which is often limited by standard tentacles.

What types of industrial applications is this robot best suited for?

The robot is ideal for a wide range of industrial applications, including precision assembly of small parts, packaging of fragile products, quality control, laboratory tasks, and any handling that requires high dexterity and adaptability.

What role do mini linear servo actuators play in the functionality of the hand?

Mini linear servo actuators are key to the precise and smooth movement of each finger of a humanoid hand. They allow for detailed control of force and position, which is essential for delicate gripping and manipulation of delicate objects without damage.

Is this collaborative robot easily programmable for new tasks?

Collaborative robots are designed with user-friendliness in mind. They utilize an intuitive programming interface that facilitates rapid setup and adaptation to new manufacturing tasks, minimizing the need for specialized robotics knowledge.

What makes 12 movable joints different from other robotic arms?

With 12 movable joints, the robotic arm gains superior flexibility and range of motion, allowing it to achieve more complex trajectories and adapt to dynamic work environments with greater ease and efficiency.