Aspen Surgical Richard-Allan Needle

Yes, these surgical needles are constructed for superior strength and clinical dependability.

They are manufactured from fine true tempered stainless steel and undergo a specialized heat-treating process to maximize structural integrity and ensure reliability during use. This robust construction makes them ideal for tissue closure procedures.

Yes, the Aspen Surgical Richard-Allan Needles are latex-free, ensuring they are suitable for use with individuals who have latex allergies or sensitivities.

Yes, the Aspen Surgical Richard-Allan Needles are specialized surgical instruments intended primarily for tissue closure when used in conjunction with appropriate suture materials.nnTheir design emphasizes strength and reliability for surgical environments:nn* Material: They are constructed from fine, true tempered stainless steel.

• Durability: The steel undergoes a specialized heat-treating process to ensure superior strength and dependable performance.
• Design: These are free-eyed needles, allowing for convenient threading of suture material.
• Configurations: The needles are available in various types, including Mayo Intestinal, Mayo Catgut, and Cleft Palate configurations, suitable for different procedural needs.
• Safety: The composition is entirely latex-free.

Yes, the Richard-Allan Needles are offered in several specialized configurations for various tissue closure procedures. All variants are constructed from fine, true tempered stainless steel that is heat-treated for superior strength and are guaranteed to be latex-free.

Available configurations include:

• Mayo Intestinal Needle: Features a Straight Taper Point design (e.g., 0.034” wire diameter).
• Needle 1/2 Circle, Mayo Catgut (Taper Point): Ideal for general suturing on softer tissues, available in different sizes (e.g., 0.050” x 1.535” and 0.050” x 1.092”).
• Needle 1/2 Circle, Cleft Palate (Reverse Cutting Lanes, Spring Eye): This specialized variant features a reverse cutting edge for penetrating tougher tissues, often used in procedures like cleft palate repair.

Yes, the Aspen Surgical Richard-Allan Needles are manufactured using a specific heat-treating process. This crucial step significantly enhances the strength and dependability of the true tempered stainless steel, ensuring reliable performance for all tissue closure applications.

Yes, the Aspen Surgical Richard-Allan Needles are specialized instruments engineered for high strength and dependable performance during tissue closure.

Their reliability is ensured by several key features:

• Superior Construction: They are manufactured from fine, true tempered stainless steel.
• Enhanced Strength: The material undergoes a rigorous heat-treating process to maximize structural integrity and ensure dependability during procedures.
• User-Friendly Design: These are free-eyed needles for easy and convenient threading of suture material.
• Latex-Free: The composition is entirely latex-free, making them suitable for diverse patient populations.

Yes, the Aspen Surgical Richard-Allan Needles are supplied in Factory New condition.

This ensures superior dependability and optimal performance, as the instruments are manufactured from fine, true tempered stainless steel that has undergone a rigorous heat-treating process for enhanced strength.

Yes, these needles are manufactured from fine, true tempered stainless steel for superior performance and undergo a heat-treating process for enhanced strength and dependability.

Yes, the Aspen Surgical Richard-Allan Needles are designed with a free eye. This standard configuration facilitates easy and convenient threading of suture material for tissue closure procedures. The needles are built for high performance and dependability, constructed from:

• Material: Fine, true tempered stainless steel.
• Strength: Enhanced through a rigorous heat-treating process.

Yes, these needles are designed for dependable use. They are manufactured from fine, true tempered stainless steel and undergo a heat-treating process to enhance their strength and reliability.