EROSE Fan Retractor 5 Blade

The EROSE Fan Retractor from Glass Agencies is a surgical instrument that helps surgeons retract tissue and maintain a clear operating field during minimally invasive procedures. Its five-blade configuration provides broad tissue contact and supports controlled movement inside the abdominal area. As a result, surgeons can improve access and visibility while working around deeper anatomical structures.

Fan Retractor Features

The five individual blades create a broad retraction surface when the surgeon opens the mechanism. Therefore, the instrument can distribute contact across a wider tissue area instead of concentrating pressure at one narrow point.

In addition, the balanced blade arrangement helps maintain the selected tissue position during the procedure. The fan-shaped structure can support better exposure when the surgical team needs additional working space.

Five-Blade Fan Design

The five blades open smoothly to create a stable fan profile. Consequently, surgeons can lift and hold selected tissue away from the operating area while maintaining controlled movement.

The smooth blade surface supports insertion, positioning, and removal. Furthermore, the individual blades provide broad contact for controlled tissue separation during suitable laparoscopic procedures.

Long Shaft and Laparoscopic Access

The long, rigid shaft allows the instrument to pass through compatible laparoscopic trocars. As a result, surgeons can reach confined surgical areas while maintaining control from outside the body.

The shaft supports stable movement during insertion and positioning. In addition, its rigid construction helps the operator maintain a controlled path toward the intended surgical area.

Ergonomic Handle and Operation

The handle provides a comfortable grip and clear tactile feedback during operation. Moreover, the operating mechanism allows the surgeon to open and close the five blades with controlled hand movement.

The smooth mechanism supports blade adjustment according to the requirements of the procedure. Therefore, surgeons can manage tissue exposure while maintaining control of the instrument.

Surgical Applications

The instrument can support minimally invasive procedures that require controlled tissue retraction. For example, suitable applications may include:

• General laparoscopic surgery
• Gynecological procedures
• Bariatric procedures
• Abdominal surgery
• Liver retraction
• Intestinal tissue retraction
• Soft tissue retraction
• Deep surgical field exposure

Furthermore, the raised fan structure can provide additional exposure in deeper surgical areas where a conventional retractor may offer limited access.

Cleaning and Maintenance

The stainless steel construction supports routine cleaning and sterilization procedures suitable for compatible surgical instruments. After use, the surgical team should clean the blades, shaft, and handle according to the applicable institutional protocol.

In addition, users should inspect the blade alignment and operating mechanism before subsequent use. Proper cleaning and handling help keep the instrument ready for future procedures.

Quality Check by Glass Agencies

Glass Agencies checks each EROSE Fan Retractor before supply. During inspection, the team examines blade alignment, blade spacing, locking action, shaft condition, handle movement, and overall construction.

Moreover, these checks help confirm smooth mechanical operation and consistent movement of the five-blade mechanism.

Product Specifications

• Number of Blades: 5 Blades
• Length: 33 cm
• Material: Stainless Steel
• Product Type: Laparoscopic Fan Retractor
• Brand: EROSE
• Company: Glass Agencies

EROSE Surgical Instrument

The EROSE Fan Retractor combines five individual blades, a long rigid shaft, and a controlled handle mechanism for tissue retraction during minimally invasive procedures. Overall, its fan-shaped design supports broad tissue exposure and controlled positioning in suitable laparoscopic surgical applications.

Therefore, hospitals, surgical centres, and medical institutions can consider this instrument when a procedure requires controlled tissue retraction and improved access to the operating field.