Robotics Actuator Lab
Touch Innovation. Feel the Future.
Actuation Technology for Humanoid Robot Hands
Dot develops robotic hands and tactile interfaces using precision actuation technology.
Robot hands are composed of four core technologies.
Robotic hands are composed of four core technologies: precision actuation, transmission mechanisms, sensing, and control. These elements work together seamlessly to enable stable grasping and precise manipulation of objects. Dot's fingertip actuation technology delivers fine, finger-level control, allowing for delicate handling and a secure grip even in complex environments.
Core Technology: Dot Actuator
The quality of a robot begins with details that are not easily visible. Dot’s core actuation technology enables precise motion in humanoid robots.
A New Paradigm in Gripping, Perfected by Ultra-Thin Actuators and Edge AI
Heavy computational loads, traditionally concentrated in centralized vision AI are innovatively distributed across Dot’s intelligent actuator array. Each actuator independently senses surface contours in real time, dynamically forming a customized gripping surface and securely latching in place—allowing even irregularly shaped objects to be grasped quickly and with precision.
Zero-Power Holding Mechanism
Once positioned, it maintains its state without additional power, reducing heat and extending battery life.
A Stable Grip with Both Softness and Strength
Gently handles objects while delivering the strength needed to support them securely.
Built by Engineers and Researchers
The Dot Robotics Actuator Lab is a collaborative space where engineers and researchers push the boundaries between robotic actuation and tactile technology. We are open to diverse partnerships to help shape the future together.
Majaer Jareparva
Co-founder / Head of business
Roy Kim
Co-founder / Head of R&D strategy
Recognition in Inclusive Motion Technology
Dot is researching the potential applications of its haptic actuation technology in robotic interaction.
Award for Inclusive Motion Technology
Born from innovation for the visually impaired, Dot’s actuator technology now extends to into humanoids—gently touching and transforming the world. Its uniquely advanced hardware enables objects to be grasped softly yet securely without causing damage, ushering in a new era of inclusive robotics—technology designed to support the elderly, people with disabilities, and other underserved communities with greater care and safety. Recognized on the global stage, this next-generation actuator marks the beginning of a powerful movement toward a warmer, more inclusive future for all.
Applications
Instantly handle even unfamiliar, irregular objects.
Smart Logistics
From thin vinyl to bulky boxes, adaptively grips objects of any shape in real time.
Food&Agriculture
Gently yet securely handles delicate produce without causing damage.
Space/Extreme Environments
Optimized robotic hands for survival in environments with extreme limitations in power and computational resources.
Domestic Humanoids
From fragile glassware to everyday tools, handles unpredictable household objects with human-like precision.
Start a Partnership
Complete the final piece of robotics with Dot’s actuation technology.
Contact us for partnership
Redefining Touch, Powered by Dot
A research center that explores new possibilities in haptic technology.
Haptic Gloves
These gloves incorporate Dot’s advanced actuator technology to deliver precise and dynamic tactile feedback. Through this, users can feel virtual textures, shapes, and even subtle movements. Haptic Gloves enhance sensory experiences across various fields, including virtual reality (VR), remote robot control, and accessibility solutions. They open new possibilities in the digital world—from gaming, education, and entertainment to everyday communication—helping people engage more deeply and experience more inclusive interactions.
Experience the difference,
discover the difference
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