KORTHOS / ECOSYSTEM / PRODUCT

TactaBot

About

About TactaBot

A worker first performs a manufacturing task while wearing Tacta Glove, which records hand motion together with force, contact and other tactile signals. Tacta Dexterous AI turns that physical-interaction data into a manipulation policy and uses subsequent robot attempts to refine execution for the selected process.

TactaBot runs the learned skill through Tacta Hand, whose embedded sensing measures force, slip, texture and temperature as components are aligned, inserted, threaded or fastened. Tacta introduced the integrated product in July 2026 and plans initial shipments for early 2027 across electronics, AI-infrastructure and automotive manufacturing. The stated timing is a forward deployment plan, so the profile records pre-deployment maturity until customer operation is verified.

Capabilities

Source-backed capabilities

  • Capability areas: Tactile manipulation, Dexterous manipulation
  • Workflows: Industrial manipulation workflow
  • Tactile interaction sensing

    Claimed - Uses captured force, contact, slip, texture and temperature data to reproduce a demonstrated hand skill. - environment: industrial manipulation workcell

    Source

Operations

  • Order / Commitment

    Initial shipments scheduled for early 2027 - 2026-07-27 - high-value manufacturing assembly - Tacta Systems scheduled initial TactaBot customer shipments for early 2027 to manufacturers in electronics, AI infrastructure and automotive industries.

    Source

Timeline

  • Tacta Systems unveils TactaBot dexterous manufacturing system

    2026-07-27 - Product Launch - Tacta Hand uses Fluidic Tendon actuation and 15 independently actuated joints, with tactile sensing from 250 to 700,000 Pa at 400 Hz. The Skill Capture glove records force, motion, video and temperature data from worker demonstrations. Initial deployments with electronics, AI-infrastructure and automotive manufacturers are scheduled for early 2027.

    Source

Context

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