-18%

Artery Forceps | NJ Medical Instruments

Name: Artery Forceps | NJ Medical Instruments
SKU: NJM-1303
Availability: InStock

SKU: NJM-1303

NJ Medical Instruments Artery Forceps
Precision surgical forceps designed to grasp and control arteries during surgery. Handcrafted from premium German stainless steel for a secure grip, durability, and reliable performance.

Why Choose Us:

✔ Free shipping on orders over $250
✔ OEM & bulk orders available
✔ Satisfaction guaranteed
✔ No-hassle refunds
✔ Secure payments

Apple Shopping Event

Hurry and get discounts on all Apple devices up to 20%

Sale_coupon_15

Original price was: $ 45.Current price is: $ 37.

Compare

Add to wishlist

15 People watching this product now!

Pick up from the Woodmart Store

To pick up today

Free

Courier delivery

Our courier will deliver to the specified address

2-3 Days

Free

DHL Courier delivery

DHL courier will deliver to the specified address

2-3 Days

Free

Warranty 1 year

More details

Free 30-Day returns

More details

Payment Methods:

Description

NJ Medical Instruments Artery Forceps

The NJ Medical Instruments Artery Forceps are precision-engineered surgical instruments designed to grasp, clamp, and control blood vessels during surgical procedures. These forceps provide a reliable grip on arteries, helping surgeons manage bleeding efficiently while maintaining delicate tissue integrity.

Handcrafted from premium surgical-grade German stainless steel, these forceps offer superior durability, corrosion resistance, and long-lasting performance. The finely milled jaws interlock securely to hold vessels firmly without slipping, ensuring safety and precision during both major and minor surgeries.

Available in various sizes and jaw patterns—straight or curved—NJ Medical Instruments Artery Forceps are versatile and suitable for general surgery, vascular procedures, plastic surgery, and other operative applications requiring meticulous hemostasis. The ergonomic handles and ratchet locking mechanism provide comfortable use, precise control, and minimal hand fatigue during prolonged operations.