Applications overview

Medical applications Industrial applications

Medical Holders for the Surgical Navigation

The use of precise holding systems to improve the precision and accuracy in surgical procedures

feature1_neurology
navigation surgery Computer-Assisted Navigation in Surgery
how How It Works
healthcare Applications in Various Medical Fields
benefit Benefits of Navigated Surgery
navigation surgery

Computer-Assisted Navigation in Surgery

Computer-assisted navigation in surgery enhances precision and accuracy using computer-based systems. These systems utilize 3D patient images to monitor surgical instrument position and orientation in real time, facilitated by continuous camera acquisition. The navigation unit consists of a camera that detects the position and orientation of specially marked surgical instruments and matches them to previous planning data. A computer calculates in real time where the instrument is in relation to the planned path and provides appropriate feedback to the surgeon. 

how

How It Works

A navigation unit incorporates a camera detecting the position and orientation of marked surgical instruments, aligning them with preoperative planning data. A computer then calculates the instrument’s real-time location relative to the planned path, providing feedback to the surgeon during the procedure.

healthcare

Applications in Various Medical Fields

Surgical navigation is used in various medical fields: in orthopedics, it ensures accurate alignment of joint implants; in neurosurgery, it improves precision for tumor removal and device implantation; in otolaryngology, it helps protect critical structures during head, neck, and cochlear procedures; in urology, it enhances accuracy in prostate surgery and incontinence treatment; and in gastroenterology, it supports precise tumor removal with minimal tissue damage.

benefit

Benefits of Navigated Surgery

Navigated surgery using computer-assisted navigation systems offers several key benefits. It ensures precision by enabling accurate instrument placement in relation to anatomical structures and surgical plans. It also enhances safety by helping to avoid damage to critical tissues, nerves, and blood vessels during complex procedures. Additionally, it improves efficiency by streamlining surgical workflows and reducing procedure times through real-time guidance.

Our features

3D articulated arm allows pinpoint positioning of instruments and optical trackers

241120 146 1 scaled

Compatible with standard MAYFIELD® skull clamps and swivel adapters

241120 107 1 scaled

Fast and stable fixation of instruments (for ex. biopsy needles)

Screenshot 2025 06 25 at 16.30.17

Articulated arm allows 3D adjustment for perfect optical tracker alignment

241120 151 1 scaled

Steam sterilizable at 134ºC

241120 101 scaled

You are currently viewing a placeholder content of YouTube. To access the actual content, click the button below. Please note that this will transfer data to third-party providers.

Unlock content Accept required service and unlock content
More information

Explore our products

products wordpress scaled

FISSO Arms

See Arms
FISSO Clamp Klemme Clamp 5.760 VE

FISSO Components

See components

Our costumers confirm that we are the leading company for superior quality articulated arms with central locking mechanism.

brainlab logo Brainlab Medical Technology Company

«The central clamping unit and the large adjustment ranges enable our costumers to quickly align and flexibly set up our navigated neurosurgical instruments.»

Background Icon

Get in touch!

Contact Alain Dreier EN
MP_72