Sarcomere Dynamics develops the ARTUS Lite, a plug-and-play robotic hand designed for high-dexterity manipulation in industrial automation and teleoperation. This end-effector offers near-human capability with 20 degrees of freedom, enabling intuitive and versatile robotic interaction. The technology focuses on delivering compact, lightweight, and economical solutions for advanced robotic grasping and manipulation tasks.
Funding
$10K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional robotic end-effectors often lack the dexterity, strength, and compact size required to automate complex tasks that demand near-human precision and agility. Current solutions can be heavy, bulky, expensive, and limited in their range of motion, hindering their applicability in various automation scenarios.
Solution
Sarcomere Dynamics offers a compact, lightweight robotic hand that leverages shape memory materials and proprietary actuator technology to deliver near-human dexterity and strength. Their robotic hand, known as ARTUS Lite, is designed as a plug-and-play, agnostic end-effector for seamless integration across automation, teleoperation, and research applications. This technology enables the automation of intricate tasks previously unachievable with conventional robotics, allowing for the manipulation of objects ranging from delicate tools to complex shapes. The ARTUS series aims to provide a robotic hand that matches human performance and functionality.
Target Audience
The primary target audience includes system integrators and manufacturers seeking to automate complex tasks that require high precision and agility, as well as researchers in robotics and automation.
Features
- Employs proprietary shape memory alloy (SMA) actuators for compact and lightweight design.
- Offers 20 degrees of freedom (16 actuated and 4 under-actuated) for near-human dexterity.
- Designed as a plug-and-play, agnostic end-effector for easy integration.
- Suitable for automation, teleoperation, and research applications.
- Capable of manipulating a wide range of objects, from delicate tools to complex shapes.
- Regular software and hardware updates based on feedback from early adopters.
- Future versions (ARTUS Dex) planned with up to 24 degrees of freedom and integrated tactile feedback.