Schuco NSV Sharp Disposable Haemostatic Forceps (Pack of 10)

The Schuco NSV Sharp Disposable Haemostatic Forceps (Pack of 10) are high quality single-use forceps designed for non-scalpel vasectomy procedures. Intended to stop bleeding by compressing blood vessels, these forceps are used to maintain the patients hygiene and safety at all time.

What's Included?

• 10 x Disposable Forceps

Key Features and Benefits

• Sterile packaging for immediate use straight from the box
• Designed to prevent blood flow and hemorrhaging during a vasectomy operation
• Disposability helps save on sterilisation costs and reduces instrument inventory
• Circular handle provides a secure hold for steadiness and precision
• Ratchet between each handle prevent the forceps from exerting too much force to avoid accidental tissue damage

What Procedures Can These Forceps Be Used For?

The Schuco Haemostatic Forceps are designed to facilitate non-scalpel vasectomy (NSV) procedures. Their purpose is to clamp small blood vessels to control hemorrhages and prevent blood flow during an operation, which helps ensure the patients safety and hygiene. These forceps are also suitable for haemostatic use in other procedures where stopping blood flow is required.

What Are the Benefits of Disposable Forceps?

Disposable forceps remove the need to boil water and wait for sterilisation before each operation session. As they are already sterilised, and supplied in sterilised packaging, each vasectomy forcep is ready for use immediately. This has four main benefits that help ensure a smooth operation.

• Lower Inventory
• Time-Efficiency
• No Sterilisation Costs
• Assured Hygiene Standards

In any case, having reliable disposables on hand is a good back-up for when no other sterile instruments are available.

Are Other Non-Scalpel Vasectomy Instruments Available?

Other disposable non-scalpel vasectomy tools include the Schuco NSV Sterile Disposable Ringed Vasectomy Forceps, which feature a ring-shaped clamp that holds the vas without causing any unwanted tissue damage.