Stryker LATDD24 Latera 24mm Delivery Device

Stryker LATDD24 Latera 24mm Delivery Device

Stryker

A hand-held manual surgical instrument intended to be used to introduce a nasal implant into the nasal cartilage support implant into the nasal soft tissues (e.g., between the nasal mucosa and the cartilage). It is in the form of a syringe-like tool with a plunger and a stainless steel cannula designed to be inserted through the nasal mucosa tissue, via the nasal cavity, to deploy the implant. This is a single-use device.

• Model: LATDD24

This medical supply or implant item is not in its original equipment manufacturer (OEM) packaging but remains sterile and intact within its inner sterilization package. Despite the absence of the outer box, the item is unused and maintains sterility, ensuring it is suitable for medical use.

Innovative Design for Precision

The Stryker LATDD24 Latera 24mm Delivery Device is designed with precision in mind. This advanced device enables surgeons to deliver lateral wall support implants with accuracy. Its ergonomic features simplify the surgical process, ensuring that the device is easy to handle in a variety of conditions. Because of its thoughtful design, surgeons can confidently perform procedures, resulting in positive patient outcomes.

Enhanced Patient Outcomes

Utilizing the Stryker LATDD24 Latera Delivery Device can significantly enhance patient outcomes. This device allows for customized implant placement, which helps in effectively addressing structural deformities. As a result, patients experience better recovery times and less discomfort post-surgery. By improving the accuracy of implant delivery, Stryker promotes overall patient satisfaction and success in surgical interventions.

Durability and Reliability

The Stryker LATDD24 device showcases remarkable durability and reliability during surgical applications. Crafted from high-quality materials, it withstands the demands of the operating room. Hence, surgeons can trust this delivery device to function optimally, reducing the need for replacements or interruptions during surgeries. This reliability not only supports surgical teams but also ensures consistent care for patients receiving treatment.