HandX Handheld Robotic System

“HandX” is a 5 mm-diameter, fully articulating, software-driven handheld robotic instrument for minimally invasive surgery.
Designed to bridge the gap between conventional laparoscopy and large robotic systems by offering robotic-like dexterity in a handheld form.
Surgeon holds the device directly at the bedside, without need for large robotic docking or dedicated robotic OT.
Modular system compatible with 5 mm trocars and multiple end-effectors; ergonomic and lightweight with short learning curve.

Description

HandX Handheld Robotic System

Specification	Details
Instrument shaft diameter	5 mm (fits 5 mm trocars)
Degrees of Freedom (DOF)	Up to 7 DOF (insertion, roll, grasp, internal yaw, external yaw, internal pitch, external pitch)
Tip rotation	Up to 540° tip rotation quoted
End-effector compatibility	Variety of detachable single-use instruments (e.g., monopolar hook, spatula, scissors, needle holder, fenestrated grasper)
Modular / Handpiece design	Handpiece is reusable; instruments are detachable; ambidextrous, ergonomic grip
Workflow / Setup	Portable, no dedicated robotic OT required; quick setup, minimal docking time
Learning curve	Same port positions as conventional laparoscopy; short learning curve quoted
Maintenance	Low maintenance; software upgrades rather than mechanical overhaul
Regulatory status	FDA cleared and CE-marked (MDR)
Indications / Usability	Suitable for a wide variety of minimally invasive surgical specialties (general surgery, gynecology, urology, colorectal, thoracic)
Ergonomics	Designed with natural grip, fits various hand sizes, ambidextrous usage
Tip articulation mechanism	Motorized articulation for certain axes plus manual for others; system supports up to 8 DOF (4 motorized, 4 manual) per brochure

HandX Handheld Robotic System

Product Overview

The HandX Handheld Robotic System is a 5 mm fully articulated, software-driven surgical device that bridges the gap between traditional laparoscopy and advanced robotic surgery. Designed with surgeon comfort and precision in mind, HandX offers robotic-level dexterity in a compact handheld form. Its ergonomic design allows surgeons to operate naturally and efficiently, delivering enhanced control, tactile feedback, and surgical accuracy — all while maintaining the simplicity of laparoscopic techniques.

With its software-controlled articulating tip, HandX gives surgeons seven degrees of freedom, matching the flexibility of large robotic systems. It simplifies complex maneuvers inside the abdominal cavity, enabling surgeons to reach target anatomy easily and perform intricate procedures with greater precision and stability.

Key Features of HandX

Surgeon-Driven Precision: The surgeon holds and operates the HandX directly beside the patient, maintaining full control throughout the procedure — just like conventional laparoscopy, but with robotic precision.
Modular Design: The HandX handpiece supports multiple interchangeable instruments, allowing flexibility and efficiency in various minimally invasive procedures.
5 mm Trocar Compatibility: The slim 5 mm shaft fits seamlessly through standard trocars, fully supporting minimally invasive surgery (MIS) techniques.
Enhanced Tactile Feedback: Because the instrument is held directly by the surgeon, HandX preserves the natural tactile feel that’s often lost in traditional robotic systems.
Ergonomic Operation: Designed for maximum comfort, the system minimizes surgeon fatigue and improves overall handling during long procedures.
Simplified Complex Maneuvering: With embedded software control, surgeons can navigate the abdominal cavity smoothly and perform complex motions with ease.
Full Range of Motion: Offers 7 degrees of freedom — insertion, roll, grasp, internal yaw, external yaw, internal pitch, and external pitch — providing robotic-level articulation.
No Dedicated Robotic OT Needed: The portable design eliminates the need for a dedicated robotic operating room, making it ideal for hospitals of all sizes.
Quick Setup: HandX saves valuable operating time with rapid setup and no docking requirements.
Minimal Learning Curve: Surgeons can use familiar port positions and access points, ensuring fast adaptation with minimal retraining.
Dual Learning Modes: Choose between intuitive and counterintuitive operation modes to match personal preference and accelerate mastery.
Low Maintenance: Requires minimal upkeep — primarily software updates — reducing operational costs and downtime.
Affordable Robotic Surgery: HandX makes robotic-assisted surgery more accessible and cost-effective, bringing advanced surgical technology within reach of more patients and healthcare centers.