KORTHOS / ECOSYSTEM / PRODUCT

Mia Hand

About

About Mia Hand

Mia Hand is a compact anthropomorphic platform offered in prosthetic, industrial and research configurations. Its multi-articulated fingers support common daily and industrial grasp patterns through a lightweight mechanism designed around the dimensions of a human hand.

The prosthetic version uses myoelectric control for upper-limb replacement. Industrial and R&D versions integrate with robot arms and research systems through dedicated controllers and interfaces. Prensilia supplies application engineering, mechanical adapters and development support across the three configurations.

Capabilities

Source-backed capabilities

  • Capability areas: Robotic grasping, Dexterous manipulation
  • Workflows: End-effector manipulation, Prosthetic bionic hand
  • Operating environments: Prosthetics, industrial automation, robotic hand research and manipulation R&D
  • Target markets: Teams comparing a hand platform that crosses assistive, industrial and research use cases.
  • Deployment model: Commercial prosthetic-hand product with robotics-relevant actuation, control and grip-system design.
  • Robotic grasping

    Claimed - Prensilia presents Mia across prosthetic, industrial and research routes for anthropomorphic grasping and manipulation.

    Source
  • Dexterous manipulation

    Claimed - Prensilia presents Mia across prosthetic, industrial and research routes for anthropomorphic grasping and manipulation.

    Source

Supply

Supply / Components

  • Mia Hand

    Tactile Sensor Module - sensing_perception - Touchlab Robotics - Touchlab delivered a custom 16-taxel sensorised thumb and supporting electronics for Prensilia Mia Hand - source: touchlab.io

    Source

Research

  • Preliminary Activities Towards a Battery Consume Optimization Algorithm for Prosthetic Hand

    2022-08-09 - Research Publication - The MEC Symposium paper proposes a current-sharing and battery-management strategy for myoelectric prostheses and reports a preliminary physical implementation on Prensilia's Mia Hand. The work targets daily grasp demand while extending battery autonomy and service life.

    Source

Context

Market context

Anthropomorphic hand platform spanning prosthetic, industrial gripper and research configurations.

  • Target environment: Prosthetics, industrial automation, robotic hand research and manipulation R&D
  • Workflow context: Anthropomorphic grasping, industrial hand-like gripping and research hand experimentation
  • Customer context: Teams comparing a hand platform that crosses assistive, industrial and research use cases.
  • Deployment model: Commercial prosthetic-hand product with robotics-relevant actuation, control and grip-system design.
  • Commercial maturity: Commercial-facing product page; exact configuration/spec package should be confirmed with Prensilia.
  • Adoption constraints: Adoption depends on chosen configuration, control interface, support and fit to the target robot or medical/research workflow.
  • Adjacent products: Prensilia IH2 Azzurra, qb SoftHand Industry, qb SoftHand Research, SCHUNK SVH

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