Today, medical facilities can choose between different types of endoscopic systems depending on their needs.
The main categories include:
• flexible endoscopy (gastroscopes, colonoscopes, bronchoscopes);
• rigid endoscopy (laparoscopes, thoracoscopes, arthroscopes, cystoscopes);
• video endoscopy systems (processor units, light sources, high-definition monitors);
• endoscopic stands for operating rooms;
• disposable and reusable endoscopes;
• aspiration and irrigation systems;
• endoscopic instruments (biopsy forceps, snares, staplers, needles);
• equipment for endoscopic retrograde cholangiopancreatography (ERCP).
Practice shows that modular systems, which allow for the use of different types of endoscopes on a single platform, work best for general hospitals.
Many healthcare facilities start their search by comparing prices, but cost is only one of the selection criteria.
Before making a purchase, it is worth evaluating:
Criterion Significance
Hospital specialization Determines the required type of endoscopes (flexible/rigid)
Image quality (HD, 4K) Affects the accuracy of diagnosis and surgery
Ability to record video and document Important for training and medical records
The number of procedures per day determines the requirements for performance and durability
Compatibility with existing equipment allows for system expansion
Service support and repairs minimize the risk of downtime
A common mistake is purchasing an endoscopic system without considering the cost of consumables and future functionality upgrades.
Modern endoscopic systems are used in many medical specialties.
The most common of these are:
• gastroenterology (gastroscopy, colonoscopy, ERCP);
• pulmonology (bronchoscopy);
• urology (cystoscopy, ureteroscopy);
• gynecology (hysteroscopy, laparoscopy);
• general surgery (laparoscopic surgery);
• orthopedics (arthroscopy);
• otolaryngology (ENT endoscopy);
• Thoracic surgery (thoracoscopy).
Appropriate endoscopes, light guides, instruments, and software are selected for each specialty.
The capabilities of an endoscopic system are largely determined by the technologies used.
The most commonly used are:
• HD and 4K video cameras for high-resolution imaging;
• narrow-band imaging (NBI, BLI) for early detection of lesions;
• fluorescence endoscopy (ICG) to assess tissue perfusion;
• artificial intelligence systems for automatic detection of pathologies;
• aspiration-irrigation systems to maintain image clarity;
• electrosurgical generators for endoscopic resections.
It is often the right choice of technologies that influences the quality of diagnosis and surgery more than the individual technical specifications of the system.
In clinical practice, there is an increasing need for the most accurate imaging and minimally invasive procedures.
Expert-class endoscopic systems provide:
• high resolution (4K, HDR);
• advanced imaging modes (NBI, BLI, FICE);
• automated measurements;
• integration with surgical navigation;
• reduced procedure times;
• support for complex interventional procedures.
Such systems are particularly relevant for cancer centers, minimally invasive surgery centers, and large multidisciplinary hospitals.
Investing in a high-quality endoscopic system not only improves the accuracy of diagnosis and surgery.
In practice, hospitals benefit from:
• an expanded range of minimally invasive services;
• an increase in the number of patients;
• faster patient discharge and a reduction in bed-days;
• increased patient trust;
• a competitive advantage in the healthcare market.
That is why a modern endoscopy console is one of the most important tools for the development of surgical and diagnostic services.