The Medtronic Spacemaker Plus Balloon Dissector PDB™ offers a refined solution for precise tissue dissection in surgical settings. Available in kidney and round shapes, this sterile balloon device facilitates effective space creation, making it an essential tool for laparoscopic procedures. The design ensures ease of use and control, enhancing surgical outcomes and improving recovery times.

The Spacemaker Plus Balloon Dissector is ideal for hospital departments and clinics that perform regular minimally invasive surgeries. With the choice of two distinct shapes, professionals can select the best fit for various surgical scenarios. Each purchase comes with 5 sterile balloons per box or case, ensuring sufficient supply with each order. Trust in Medtronic's commitment to quality and innovation to support your surgical needs with precision and reliability.

Key Features:

• The Medtronic Spacemaker Plus Balloon Dissector features a unique design that enhances precision in space creation during surgical procedures.
• This balloon dissector offers both a kidney shape and a round shape option, allowing for versatility depending on surgical requirements.
• The product is packaged sterile, ensuring it is ready to use and minimizes cross-contamination risks in the operating room.
• Each box contains 5 kidney-shaped balloons and each case contains 5 round-shaped balloons, optimizing inventory management for medical facilities.

Uses:

• The Medtronic Spacemaker Plus Balloon Dissector is primarily used in surgical procedures requiring precise tissue dissection and separation. It is ideal for laparoscopic and minimally invasive surgeries due to its ability to create and maintain space efficiently.

FAQs:

1. What are the shapes available for the Spacemaker Plus Balloon Dissector?
The Spacemaker Plus Balloon Dissector is available in both kidney and round shapes to accommodate various surgical needs.

2. Is the Spacemaker Plus Balloon Dissector sterile?
Yes, the product comes sterile to ensure safety and reduce infection risks during surgical procedures.