MTG-H100 Robotic Endoscope Holder

The HIWIN MTG-H100 Robotic Endoscope Holder serves as an automated surgical assistant that maintains stable laparoscopic visualization, freeing human assistants while providing precise camera positioning through multiple control interfaces.

Product Overview

Positioned between conventional laparoscopy and full surgical robot systems, the MTG-H100 addresses a specific surgical need: reliable, fatigue-free endoscope manipulation. Human camera holders inevitably introduce tremor and require communication with the operating surgeon; the robotic alternative eliminates both issues while reducing personnel requirements.

HIWIN’s precision motion control expertise translates directly into the MTG-H100’s core capability—steady, accurate camera positioning that responds to surgeon commands without delay or interpretation errors. The system integrates with existing OR infrastructure and surgical techniques, requiring minimal workflow modification.

Key Features

Remote Center of Motion (RCM) Mechanism: The robotic arm pivots around a fixed point at the incision site, minimizing tissue stress while allowing full range of camera movement. This kinematic design prevents inadvertent force application to the abdominal wall.

Multi-Modal Control: Surgeons operate the system through:

• Manual input for rapid, large-scale repositioning
• Foot pedal for precise, fine adjustments during critical phases
• Intelligent control modes that synchronize with surgical workflow

Vibration-Free Movement: Unlike human camera holders, the robotic system eliminates tremor entirely. Stable images enhance surgeon concentration and potentially improve precision during delicate dissection.

Advanced Endoscope Compatibility: The system works with current-generation visualization technology including 3D stereoscopic and 4K resolution endoscope systems, preserving the image quality advantages these technologies provide.

Single-Port Surgery Support: The RCM design accommodates the constrained access angles of single-incision laparoscopic surgery, where camera management becomes particularly challenging.

Technical Specifications

For minimally invasive surgery, HIWIN’s MTG-H100 uses an RCM mechanism with manual, foot-pedal, and intelligent control modes, supporting standard, 3D, and 4K endoscope systems.

Clinical Applications

The MTG-H100 applies across the spectrum of laparoscopic surgery:

General Surgery: Cholecystectomy, appendectomy, hernia repair, and other routine procedures benefit from consistent visualization without assistant fatigue during longer cases.

Gynecological Surgery: Hysterectomy, myomectomy, and endometriosis procedures where sustained camera stability enhances surgical precision.

Urological Surgery: Prostatectomy, nephrectomy, and other procedures where anatomical constraints make camera positioning particularly demanding.

Colorectal Surgery: Extended procedures where human camera holders struggle to maintain concentration benefit significantly from robotic assistance.

The system particularly benefits smaller surgical teams where personnel constraints make dedicated camera assistants impractical, and high-volume centers where consistent visualization quality across cases improves outcomes.

Regulatory Status

Frequently Asked Questions

How does the MTG-H100 compare to full surgical robot systems?

The MTG-H100 provides robotic camera assistance only, while systems like da Vinci include robotic instrument manipulation. This focused approach offers significant cost savings for facilities that want improved visualization without full surgical robot investment. Surgeons continue using conventional laparoscopic instruments.

Does the system require specialized training?

Training requirements are minimal compared to full surgical robots. Most surgeons adapt to the control interfaces within a few cases, as the core surgical technique remains unchanged—only camera operation transitions to robotic control.

Can the MTG-H100 be used with existing OR equipment?

Yes, the system integrates with standard laparoscopic towers and is compatible with most commercial endoscope systems, including advanced 3D and 4K platforms. No specialized visualization equipment is required.