Micromotors for Cobot applications
Cobots, short for collaborative robots, represent a transformative paradigm in robotics, being meticulously crafted robotic systems tailored for seamless integration into shared workspaces alongside human operators.
This revolutionary approach fosters close cooperation and interaction
between humans and robots, ushering in a new era of collaborative manufacturing
and diverse industrial applications. Engineered with precision, cobots
prioritize not only productivity gains but also heightened safety and
unparalleled flexibility, redefining the dynamics of human-robot collaboration
across a spectrum of industries.
Cobot Actuators
Cobot electric actuators play a pivotal role in enabling precise and collaborative movement in collaborative robots, ensuring controlled motion, flexibility, and safety alongside human workers. These actuators incorporate plenty of high-precision micromotors, sensors and programming flexibility to facilitate tasks with efficiency, while their energy efficiency and payload capacity contribute to the overall performance of cobots in diverse applications .
Benefits of using Mirmex Motors
- High Torque: Industrial robots often handle heavy payloads and encounter resistance in their movements. For a given space envelope, Mirmex Motors deliver more torque comparatively to its peers to handle these loads and maintain precise control.
- Compact and Lightweight Design: Mirmex Motors have a compact form factor and can be made lightweight to facilitate integration into the limited space available within the robot structure without adding excessive weight. Being able to customize the motor down to a single copper fiber of the winding, Mirmex will adapt its motors to your cobot and not the other way around.
- Durability and Longevity: with a simplified architecture, Mirmex Motors are resilient and durable, capable of enduring the rigorous and frequently challenging conditions of industrial robot operations in manufacturing settings. This ensures a reduction in downtime and maintenance needs, contributing to the overall efficiency of the robotic system.
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Electrical Grippers
An electrical gripper for cobots is a robotic end effector equipped with electrically powered mechanisms, designed to grasp, hold, and manipulate objects in collaboration with collaborative robots (cobots). These grippers offer precise control, adaptability, and safety features, allowing cobots to interact with their environment and work alongside humans in shared workspaces.
Benefits of using Mirmex motors
- Precise Control: with a precision up to 24-bit resolution, Mirmex Motors provide precise and controllable movements to enable accurate grasping and manipulation of objects, ensuring the safety of human-robot collaboration. They are always coggingless.
- Compact and Lightweight Design: Mirmex Motors are more compact and lighter, facilitating easy integration into the confined space within the gripper. This contributes to the overall agility and maneuverability of the cobot, especially in environments with spatial constraints.
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Humanoid
Humanoids, designed to mimic human attributes, depend
on micromotors for lifelike movements. With a human-like appearance and the
ability to walk or manipulate objects, these robots utilize motors to perform
various tasks, from social interaction and assistance to advancing research in
artificial intelligence and human-robot interaction.
Benefits of using Mirmex Motors
- Precision and Dexterity: Mirmex Motors provide precise control to mimic intricate human movements, allowing for dexterous manipulation of objects and nuanced interactions.
- Energy Efficiency: Mirmex Motors are crafted with the best-in-class efficiency to enhance the operational longevity of humanoid robots, enabling sustained interaction without the need for frequent recharging.
- High Torque: Because of a higher torque density due to their higher copper fill-factor, Mirmex motors deliver more substantial torque to effectively manage the diverse loads encountered during movements, ensuring the strength necessary for tasks such as lifting and securely holding objects is totally met.
Other ROBOTICS applications
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