Sale price$770.50

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Description

Cardinal Health Protexis Pi Micro Surgical Gloves. Synthetic polyisoprene (PI) – not made from natural rubber latex. Thinner for enhanced flexibility and tactile sensitivity. Outstanding comfort due to a reduced modulus. 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-2D73PM55 2D73PM55 Size 5.5, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 5.5, 50 pr/bx, 4 bx/cs (Continental US Only) 4-5 Weeks
CDL-2D73PM60 2D73PM60 Size 6.0, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 6.0, 50 pr/bx, 4 bx/cs (Continental US Only) 4-5 Weeks
CDL-2D73PM65 2D73PM65 Size 6.5, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 6.5, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D73PM70 2D73PM70 Size 7.0, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 7.0, 50 pr/bx, 4 bx/cs (Continental US Only) 4-5 Weeks
CDL-2D73PM75 2D73PM75 Size 7.5, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 7.5, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D73PM80 2D73PM80 Size 8.0, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 8.0, 50 pr/bx, 4 bx/cs (Continental US Only) 1-2 Weeks
CDL-2D73PM85 2D73PM85 Size 8.5, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 8.5, 50 pr/bx, 4 bx/cs (Continental US Only) 4-5 Weeks
CDL-2D73PM90 2D73PM90 Size 9.0, 50 pr/bx, 4 bx/cs Glove, Surgical, Powder-Free (PF), Latex-Free (LF), Polyisoprene, Size 9.0, 50 pr/bx, 4 bx/cs (Continental US Only) 4-5 Weeks

Frequently asked questions

Is the Protexis Pi Micro surgical glove latex-free?

Yes, these surgical gloves are completely latex-free. They are manufactured using Synthetic Polyisoprene (PI) instead of natural rubber latex. This key feature makes them safe for both clinicians and patients who suffer from natural rubber latex allergies, mitigating risk in sensitive surgical environments.

What glove sizes are available?

The Cardinal Health Protexis Pi Micro Surgical Gloves are available in a comprehensive range of sizes, all engineered with a proprietary hand mold and an independent thumb design to ensure an anatomical fit and natural hand movement.

The available sizes are:

  • Size 5.5
  • Size 6.0
  • Size 6.5
  • Size 7.0
  • Size 7.5
  • Size 8.0
  • Size 8.5
  • Size 9.0
What is the bulk packaging configuration?

The Cardinal Health Protexis Pi Micro Surgical Gloves are supplied in bulk quantities suitable for clinical and surgical settings:

  • Per Box: 50 pairs of gloves.
  • Per Case: 4 boxes, totaling 200 pairs of gloves per case.
Are these surgical gloves powder-free?

Yes, the Cardinal Health Protexis Pi Micro Surgical Gloves are powder-free (PF). This designation is crucial for professional clinical settings, as it helps maintain sterile fields and minimizes the risk of particulate transfer. Additionally, because they are made from synthetic polyisoprene (PI), they are also latex-free (LF), ensuring suitability for individuals with natural rubber latex allergies.

Does the cuff design prevent roll-down?

Yes, these surgical gloves feature an interlocking, beaded cuff design. This specific construction is engineered to significantly reduce cuff roll-down during surgical procedures, ensuring the gloves remain securely in place.

Do these gloves offer enhanced tactile sensitivity?

Yes, these Cardinal Health Protexis Pi Micro Surgical Gloves are specifically engineered for enhanced tactile sensitivity.

This is achieved through several design features:

  • They utilize a thinner gauge synthetic polyisoprene (PI) material, which maximizes dexterity and feel during delicate surgical procedures.
  • The material also features a reduced modulus and proprietary hand mold, providing an anatomical fit that supports natural movement and outstanding comfort.
Is the synthetic polyisoprene material premium?

The Cardinal Health Protexis Pi Micro Surgical Gloves are constructed from synthetic polyisoprene (PI), a high-quality, high-performance material specifically engineered for demanding surgical environments. This material serves as a superior, reliable alternative to natural rubber latex.

Key benefits derived from the PI construction include:

  • Latex-Free Safety: Being entirely synthetic, it eliminates the risks associated with natural rubber latex allergies.
  • Enhanced Tactile Sensitivity: The thin material design maximizes flexibility and provides a precise feel, essential for micro-surgeries and detailed procedures.
  • Outstanding Comfort: The PI material features a reduced modulus, which ensures a softer feel and promotes comfort for extended wear.
  • Anatomical Dexterity: This material complements the proprietary hand mold and independent thumb design to facilitate a natural, anatomical fit, reducing hand fatigue.
Do these gloves feature an independent thumb design?

Yes, these surgical gloves are meticulously designed for superior anatomical fit and outstanding comfort during delicate procedures. They feature a proprietary hand mold with an independent thumb design.

This specific engineering allows for:

  • Natural Movement: Accommodation of natural movement across the fingers, thumb, and palm.
  • Enhanced Comfort: The anatomical fit, combined with the glove’s reduced modulus material, minimizes hand fatigue during extended wear.
Are these gloves comfortable for extended wear?

Yes, the Cardinal Health Protexis Pi Micro gloves are specifically engineered for outstanding comfort during extended procedures.

Comfort is optimized through several key design features:

  • Reduced Modulus: The synthetic polyisoprene (PI) material features a reduced modulus, minimizing the effort required for movement and significantly contributing to comfort.
  • Anatomical Fit: They use a proprietary hand mold with an independent thumb design to ensure a natural, anatomical fit.
  • Enhanced Movement: This design accommodates the natural movement of the fingers, thumb, and palm, helping to reduce hand fatigue during long operations.
Is the interlocking cuff design secure?

Yes, the cuff design is engineered for security and stability. These gloves utilize an interlocking, beaded cuff design specifically intended to reduce roll-down during surgical procedures. This feature helps ensure the glove remains securely in place, maintaining a stable fit throughout extended wear.