Tacta Systems Unveils TactaBot to Automate High-Precision Manufacturing
The new robotic system combines a 15-degree-of-freedom hand with a skill-capture glove to tackle complex assembly tasks.
Tacta Systems has introduced TactaBot, a robotic platform designed to automate high-skilled manufacturing tasks that have traditionally required human dexterity. The system aims to bridge the gap between advanced AI and physical execution, with shipments scheduled to begin in early 2027.
The TactaBot architecture integrates three primary components: the Tacta Hand, a Skill Capture system utilizing the Tacta Glove, and a proprietary AI engine called Dexterous Intelligence. The Tacta Hand employs Fluidic Tendon actuation and features 15 independently actuated joints, providing 15 degrees of freedom. Each fingertip is capable of lifting up to 25 newtons of force.
To achieve human-like precision, the system utilizes tactile sensors smaller than a grain of sand. These sensors measure pressure ranging from 250 to 700,000 pascals and track temperature with a precision of 0.1°C. The integration of the Tacta Glove allows the system to capture human skills directly, which the Dexterous Intelligence AI then translates into robotic motion.
The Physical AI Data Gap
Founded by serial entrepreneurs Andreas Bibl and Vikram Pavate—who previously sold companies to Apple, Fujifilm, and Lockheed Martin—Tacta Systems is targeting what it calls the "physical AI data gap." While large language models and computer vision have seen rapid advancement, the company argues that robotic dexterity has lagged because of a lack of high-quality tactile data.
Vikram Pavate, co-founder and CEO of Tacta Systems, emphasized the necessity of touch in this evolution, stating, "The hand is the hardest problem in robotics, and it can't be solved without touch." Pavate noted that while vision-only robots exist, the goal is to augment and expand the ability of robots to perform high-value work.
Implications for Reshoring
Tacta is positioning its technology to support U.S. reshoring efforts, specifically targeting the automotive, electronics, and AI infrastructure industries. The system is designed for complex assembly tasks that are currently difficult to automate, such as seating connector cables and assembling wire harnesses.
By automating these high-value tasks, Tacta aims to reduce industry reliance on a shrinking skilled workforce. If the system can successfully replicate human-level dexterity, it could enable the return of precision electronics manufacturing to domestic soil by lowering the labor barriers associated with intricate assembly.
Funding and Future Outlook
To develop the platform, Tacta Systems has raised $75 million from a group of investors including B Capital, Woven Capital, and SoftBank. The company's immediate focus remains the refinement of its Dexterous Intelligence model to ensure the transition from human skill capture to robotic execution is seamless.
As the company moves toward its 2027 shipping target, the industry will be watching to see if the combination of fluidic actuation and high-resolution tactile sensing can truly replace the nuance of a human technician in a factory setting.