Sale price$770.50

Special Order Item

Est. Delivery: 
%3Cp%3EEarn%20[points_amount]%20when%20you%20buy%20this%20item.%3C/p%3E

Shop with Confidence

+
+
+

Description

Cardinal Health Protexis Pi Classic Surgical Gloves. Synthetic polyisoprene (PI) – not made from natural rubber latex. For use in a broad range of procedures. Proprietary hand mold with an independent thumb design allows for an anatomical fit and natural movement in the fingers, thumb and palm. Featuring an interlocking, beaded cuff design that helps to reduce roll-down
SKU MPN OPTION DESCRIPTION EST. TO SHIP
CDL-2D72PL55X 2D72PL55X Size 5.5, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 5.5, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 4-5 Weeks
CDL-2D72PL60X 2D72PL60X Size 6.0, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 6.0, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D72PL65X 2D72PL65X Size 6.5, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 6.5, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D72PL70X 2D72PL70X Size 7.0, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 7.0, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D72PL75X 2D72PL75X Size 7.5, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 7.5, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D72PL80X 2D72PL80X Size 8.0, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 8.0, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D72PL85X 2D72PL85X Size 8.5, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 8.5, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D72PL90X 2D72PL90X Size 9.0, Sterile, 50 pr/bx, 4 bx/cs Glove, Synthetic Polyisoprene Surgical, Size 9.0, Sterile, 50 pr/bx, 4 bx/cs (Continental US Only) 4-5 Weeks

Frequently asked questions

Are these high-quality surgical gloves latex-free?

Yes, the Cardinal Health Protexis Pi Classic Surgical Gloves are not made from natural rubber latex.

They are constructed using synthetic polyisoprene (PI) material, making them a safe and reliable choice for environments and personnel concerned with latex sensitivities or allergies. This high-quality synthetic material ensures dependable barrier protection and an anatomical fit for natural movement.

Do these surgical gloves feature an anatomical design?

Yes, the Cardinal Health Protexis Pi Classic Surgical Gloves are specifically designed for enhanced comfort and dexterity during procedures. They feature an anatomical fit achieved through a proprietary hand mold, which is engineered to:

  • Conform naturally to the hand’s shape.
  • Support natural movement in the fingers, thumb, and palm.
  • Provide enhanced dexterity crucial for surgical tasks.

Additionally, they utilize an interlocking, beaded cuff design to prevent unwanted roll-down, ensuring the secure fit is maintained throughout use.

Does the interlocking cuff reduce roll-down?

Yes, these surgical gloves feature a secure interlocking, beaded cuff design. This engineering is specifically intended to minimize the risk of cuff roll-down during procedures, ensuring a stable and secure fit throughout use.

Are these surgical gloves sterile?

Yes, the Cardinal Health Protexis Pi Classic Surgical Gloves are supplied sterile, making them suitable for use in surgical environments that require rigorous infection control standards. They are intended for a broad range of medical procedures and are constructed from synthetic polyisoprene (PI), confirming they are not made from natural rubber latex.

What sizes are available for the anatomical fit?

The Cardinal Health Protexis Pi Classic Surgical Gloves are available in a comprehensive range of sizes to ensure you achieve the optimal anatomical fit for enhanced dexterity and natural movement. The proprietary hand mold design, which includes an independent thumb, maximizes comfort and movement when the correct size is worn.

Available sizes include:

  • Size 5.5
  • Size 6.0
  • Size 6.5
  • Size 7.0
  • Size 7.5
  • Size 8.0
  • Size 8.5
  • Size 9.0
How many sterile pairs are in one case?

The gloves are packaged for high-volume surgical use. Each case contains a total of 200 sterile pairs.

This configuration is made up of 4 boxes, with each box holding 50 sterile pairs of gloves.

Are these high-dexterity gloves suitable for surgery?

Yes, the Cardinal Health Protexis Pi Classic Surgical Gloves are sterile gloves specifically intended for use across a broad range of surgical and medical procedures.

They are designed to provide both protection and performance through several key features:

  • Latex-Free Material: Constructed from synthetic polyisoprene (PI), they are safe for individuals with natural rubber latex allergies.
  • Enhanced Dexterity: The gloves utilize a proprietary hand mold for an anatomical fit, facilitating natural, unrestricted movement in the fingers, thumb, and palm.
  • Secure Fit: They feature an interlocking, beaded cuff designed specifically to resist cuff roll-down during intensive or lengthy procedures.
How many sterile pairs are in each box?

The Cardinal Health Protexis Pi Classic Surgical Gloves are provided in a sterile configuration in high-volume packaging:

  • Each box contains 50 pairs of sterile gloves.
  • The gloves are typically shipped in cases, with 4 boxes included per case.
Are the surgical gloves latex-free?

Yes, these Cardinal Health Protexis Pi Classic Surgical Gloves are latex-free. They are constructed entirely from synthetic polyisoprene (PI), making them an excellent choice for individuals with natural rubber latex allergies.

Do these surgical gloves provide natural movement?

Yes, these surgical gloves are specifically engineered to provide excellent anatomical fit and natural movement.

They feature a proprietary hand mold with an independent thumb design to ensure optimal movement in key areas during procedures:

  • Fingers
  • Thumb
  • Palm

This enhanced design promotes dexterity and helps minimize hand fatigue during prolonged or detailed surgical tasks.