Miltex Wecker Iris Spatula

The Miltex Wecker Iris Spatula is a sophisticated surgical tool designed specifically for precision in delicate surgical procedures. With a compact blade measuring 30 x 2mm and an overall length of 5 inches, this spatula offers superior control and accuracy, making it indispensable for intricate surgeries.

Constructed with a sterling blade, the spatula is not only durable but also corrosion-resistant, ensuring longevity even with frequent sterilization and use. It is ideal for ophthalmic surgeries where meticulous tissue manipulation is required. Additionally, it serves well in ENT and other delicate surgeries, promising reliability and ease of handling.

• Crafted with a sterling blade, the Miltex Wecker Iris Spatula ensures high durability and precise performance in surgical operations. Its sterling construction also enhances corrosion resistance, ensuring longevity.
• The spatula features a compact 30 x 2mm blade, making it ideal for precision work in ophthalmology and other delicate surgeries. Its 5-inch overall length provides the necessary leverage and control for surgeons.

• The Miltex Wecker Iris Spatula is primarily used in delicate ophthalmic surgeries, particularly for manipulating and moving tissues with precision. Its design makes it ideal for procedures requiring meticulous manipulation within small, sensitive areas.
• This spatula is also suitable for general surgical applications where precision and control are paramount. Additionally, it can be used in ENT surgeries due to its small and accurate blade that allows delicate tissue work.

1. What material is the Miltex Wecker Iris Spatula made of?
The Miltex Wecker Iris Spatula is made of a sterling blade, which ensures durability and precision in surgical applications.

2. What is the blade size of the Wecker Iris Spatula?
The blade size of the Wecker Iris Spatula is 30 x 2mm, which is perfect for delicate surgical procedures.

3. What is the spatula primarily used for?
This spatula is primarily used in ophthalmic surgeries for precise manipulation of tissues, and it is also suitable for other delicate surgical procedures.