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KINSERA RESEARCH / MODULAR ROBOTICS

Small modules.
New possibilities.

We’re exploring how interconnected robotic modules could form adaptable structures, beginning with a modular, reconfigurable prosthetic hand.

Early-stage research · Physically unvalidated
Experimental modular robotics schematic: connected modules with proposed pivot joints. Not to scale or physically validated.PIVOT INTERFACEREPLACEABLE MODULEEXPERIMENTAL ASSEMBLY / NOT TO SCALE
FIG. 02 — MODULAR ARCHITECTURERESEARCH CONCEPT
AN ENGINEERING QUESTION

Could adaptability
be built into
every connection?

Target module size
12 mm Design target
Current focus
Mechanical architecture & CAD
Validation
Physical testing still required
THE MODULAR CONCEPT

A system of parts.
Room to evolve.

The concept brings motion, locking, mechanical connections, and communication into small robotic modules. Each interface introduces engineering questions that need to be resolved through prototyping and testing.

01

Interchangeable components

Explore whether individual modules could be replaced without rebuilding a larger mechanism.

02

Programmable movement

Investigate coordinated motion and locking across an assembly of connected modules.

03

Reconfigurable structures

Study mechanical arrangements that could adapt to different tasks and configurations.

04

Applications beyond the hand

Consider longer-term uses for modular robotic systems beyond prosthetics, guided by what testing establishes.

WHERE THE WORK STANDS

Clear about the ambition.
Precise about the evidence.

This is research and development, not an available medical device. The 12 mm target module and its mechanical systems remain experimental and physically unvalidated.

No human trials, regulatory clearance, or demonstrated medical effectiveness are claimed.

  1. 01

    Conceptual mechanical architecture

    Exploring module motion, connection, locking, and communication.

    Concept stage
  2. 02

    CAD design exploration

    Developing and examining geometry and assembly concepts.

    Design exploration
  3. 03

    Early engineering consultation

    Exploratory discussions with University of Iowa prototyping resources.

    Exploratory discussions only
  4. 04

    Physical performance testing

    Force, reliability, durability, manufacturability, and safety still require evaluation.

    Still required
RESEARCH IS A COLLABORATIVE PROCESS

Bring an engineering perspective.

We welcome conversations about mechanisms, manufacturing, embedded systems, and ways to evaluate the concept.

Discuss research collaboration
LET’S BUILD WHAT COMES NEXT.

Better tools start
with a conversation.

For physicians, researchers, collaborators,
and people who see a different way forward.

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