EROSE Laparoscopic Rigid Telescope 30 Degree

The Laparoscopic Rigid Telescope 30 Degree from Glass Agencies, under the EROSE brand, is an optical viewing instrument for minimally invasive laparoscopic procedures. It allows surgeons to observe internal anatomical structures through a compatible camera system and external monitor. In addition, its 30-degree viewing angle helps surgeons inspect areas that do not remain directly in line with the telescope shaft.

Laparoscopic Rigid Telescope 30 Degree Features

The 30-degree optical angle allows the surgeon to view structures from an offset direction. Therefore, gentle rotation of the telescope can provide different perspectives of the operative field without moving the entire shaft. As a result, surgeons can observe surrounding tissues and anatomical structures during suitable laparoscopic procedures.

The optical system transfers the internal image from the distal tip toward the eyepiece or connected camera head. Furthermore, the lens arrangement supports clear image transmission when the telescope connects to a compatible laparoscopic imaging system.

Optical Viewing System

The telescope incorporates an optical pathway that transfers the surgical image toward the external viewing equipment. In addition, a fiber optic light channel carries illumination from a compatible external light source to the distal end.

Consequently, the surgical team can illuminate the working area while viewing the internal structures through the connected camera and monitor. The optical configuration supports observation during minimally invasive procedures where direct visual access remains limited.

Rigid Shaft Construction

The telescope features a rigid metal shaft that supports insertion through compatible laparoscopic trocars. Moreover, its rigid construction helps maintain a stable viewing position while the surgeon observes internal organs and tissues.

The balanced structure supports controlled positioning inside the body cavity. Therefore, the operator can adjust the viewing direction while maintaining the telescope at the required location.

Camera and Light Connections

The connection end supports compatible laparoscopic camera heads and light cables commonly used with suitable operating-room equipment. As a result, surgical teams can connect the telescope to an appropriate imaging and illumination setup.

Before use, users should confirm compatibility between the telescope, camera head, light cable, light source, and other laparoscopic equipment.

Laparoscopic Surgical Applications

The optical instrument can support various minimally invasive procedures that require internal visualization. For example, suitable applications may include:

• General laparoscopic surgery
• Abdominal procedures
• Minimally invasive diagnostic procedures
• Surgical training
• Teaching hospital demonstrations
• Laparoscopic visualization

Furthermore, the angled viewing capability can help surgeons inspect areas that remain outside the direct viewing path of a straight telescope.

Cleaning and Sterilization

The telescope requires appropriate cleaning, disinfection, and sterilization according to the applicable hospital protocol. After each procedure, the surgical team should process the instrument according to the manufacturer’s instructions and institutional requirements.

In addition, users should inspect the optical surfaces, shaft, connections, and light transmission components before subsequent use. Proper handling helps maintain the optical performance and physical condition of the instrument.

EROSE Laparoscopic Optical Instrument

The EROSE Laparoscopic Rigid Telescope 30 Degree combines an angled optical view, rigid shaft, illumination pathway, and compatible camera connections for laparoscopic visualization. Overall, its 30-degree viewing configuration provides surgeons with an alternative viewing direction during suitable minimally invasive procedures.

Glass Agencies supplies EROSE optical and surgical instruments for hospitals, surgical centres, teaching institutions, and medical training facilities.