The Slavage Disposable Pulse Lavage System – Single Nozzle is engineered for surgeons who need powerful irrigation performance, broader wound coverage, and precise suction control during orthopedic and trauma procedures.

With its high-pressure pulsed flow and sterile, single-use design, it maximizes infection control while delivering superior cleaning efficiency in critical surgical environments.

Key Features & Clinical Advantages

• High-Volume Irrigation (Single Nozzle)- Provides strong, wide-angle irrigation for fast and effective wound cleansing.
• Sterile & Disposable System- Designed to eliminate cross-contamination and remove the need for reprocessing.
• Strong Pulsed Flow Technology- Efficiently removes blood, debris, and necrotic tissue while maintaining controlled pressure.
• Integrated Suction Mechanism- Keeps the surgical field clear and visible, enhancing precision during procedures.
• Ergonomic, Lightweight Build- Reduces surgeon fatigue during long orthopedic or trauma surgeries.
• Adjustable Irrigation Speed- Offers controlled, high-pressure discharge to loosen bone debris and reduce fat embolism risks.
• Protects Soft Tissue- Ensures controlled, pressurized irrigation that minimizes soft tissue damage.
• Optimal Bone Bed Preparation- Thoroughly cleans cement-receiving surfaces by removing blood, fat, marrow, and debris, improving cement interlock, implant fixation, and long-term stability.
• Extended Operating Time- Up to 45 Minutes
• Consistent performance with integrated splash protection.
• Easy Locking & Clamp System
• Prevents backflow and ensures a ready-to-use, hassle-free setup.

Single Nozzle - Fan Spray & Femoral Canal Nozzle - THR/TKR Surgeries - 45 min battery life

USP

• Time & Cost Efficient

• Faster & More Efficient Cleaning

• Improved Surgical Precision

• Enhanced Infection Prevention

• Ergonomic & Lightweight

The Slaney Disposable Skin Stapler (35W) is a high-precision, sterile, single-use stapling device engineered for fast and consistent wound closure in a wide range of surgical procedures.

Designed with surgeon comfort and patient safety in mind, this skin stapler comes preloaded with 35 medical-grade stainless-steel staples, ensuring uninterrupted performance during critical operations. Its ergonomic design, lightweight body, and accurate staple delivery system make it a trusted choice for hospitals, clinics, and surgical centers.

Key Features of the Slaney Disposable Skin Stapler (35W)

Preloaded With 35 Stainless-Steel Staples

The device comes with 35 high-quality medical-grade staples, delivering continuous usage without the need for cartridge replacement. This ensures smooth operation and consistent closure strength throughout the procedure.

Accurate Staple Counter Indicator

A built-in counter tracks the number of staples used, allowing surgeons to maintain accuracy and reduce the risk of overuse or underuse during wound closure. This contributes to safer surgical outcomes and enhanced procedural control.

Ergonomic, Surgeon-Friendly Design

The stapler features a well-contoured finger-grip handle for superior comfort and better handling. Its lightweight structure reduces fatigue during longer procedures and ensures steady stapling even in challenging surgical environments.

Sterile, Disposable & Infection-Safe

Each Slaney Skin Stapler is individually packed in sterile, single-use packaging, reducing cross-contamination and eliminating the need for sterilization.

Benefits for Surgical Teams

• Ensures quick and efficient wound closure
• Provides consistent staple formation for uniform results
• Minimizes operative time with smooth trigger action
• Enhances patient safety through sterile single-use design
• Suitable for general surgery, orthopedic procedures, trauma repair, and emergency closures

The ergonomic finger-grip handle significantly enhances control, enabling surgeons to maintain a steady hand and apply the correct force with minimal fatigue. Its lightweight, single-use construction is ideal for maintaining a sterile field while reducing the need for cleaning, reprocessing, or troubleshooting complex instruments. This not only saves time but also helps hospitals reduce operational costs and improve workflow consistency.