Product

THE EVOARM SYSTEM

Engineered for Mobility. Built for Life.

Explore the modular, high-fidelity 3D-printed prosthetic system designed to bridge the gap where insurance ends.

A MASTERCLASS IN MODULAR ASSEMBLY

WebView I Version 2 elevates every detail of the EvoArm platform with precision engineering and user-first design.

JH A-Settings Finish

A pristine white medical-grade finish that communicates confidence and clinical precision at first glance.

The “Click” Logic

Optimized tolerances ensure every component clicks into place — not snaps. Assembly feels intuitive, not forceful.

Single-Cable Return

The cable is housed entirely within the hand — one closing cable delivers clean, reliable actuation with zero external routing.

THE 5-PART SPECIFICATION SYSTEM

Five precision-engineered modules combine into one cohesive prosthetic system.

Part 1

Modular Finger System

Repeating index-to-pinky architecture allows each finger to be individually replaced, reducing repair time and cost.

Part 2

Oppositional Thumb System

Dual-axis movement enables complex grip patterns, from precision pinch to full opposition for everyday tasks.

Part 3

Structural Palm Chassis

The core structural frame integrates EMG sensor nodes and serves as the central cable-routing hub for the entire system.

Part 4

Rotational Wrist Connector

A modular interface joint that enables smooth pronation and supination rotation, connecting the hand to the forearm sleeve.

Part 5

Anthropomorphic Forearm & Bicep Sleeve

Anatomically contoured to match realistic human limb volume, providing both structural support and a natural silhouette.

INTUITIVE BIO-FEEDBACK

A seamless control loop between user and prosthetic, powered by embedded sensors and intelligent grip software.

Integrated EMG Nodes

Embedded within the palm chassis and socket interface, picking up electromyographic signals to translate muscle intent into grip actuation.

Custom Grip Profiles

Pre-configured and user-tuneable grip patterns tailored to daily needs — from holding a cup to turning a key.

Safety Boot-Up Sequence

Activated via the center blue button, the boot-up sequence calibrates sensors, confirms connectivity, and verifies safe operating range before use.

EvoArm ServoCore schematic diagram

THE JH MASTER TIP: BETTER BY DESIGN

Every component is designed for longevity, repairability, and forward compatibility.

Lower Cost of Ownership

Modular parts mean you replace only what breaks. No full-system overhauls — just targeted, affordable fixes.

User-Serviceable

Designed so the wearer or caregiver can perform routine maintenance and part swaps without specialist tools or clinic visits.

Upgradable Hardware

As the EvoArm platform evolves, new modules slot into the same chassis — future-proofing your investment in mobility.

MASTERY IN MOTION

A growing library of grip patterns engineered for real-world tasks.

Power Grip demonstration

Power Grip

Full finger wrap for cylindrical objects — bottles, handles, tools. Maximum contact surface area for a secure, confident hold.

Tripod Grip demonstration

Tripod Grip

Thumb, index, and middle finger converge for precision tasks — writing, picking up small objects, and fine manipulation.

Key Grip demonstration

Key Grip

Lateral pinch between thumb and index finger — ideal for turning keys, holding cards, and managing thin, flat objects.

Ready to Get Started?

Whether you are a clinician, maker, or someone in need — there is a path forward.