Sterile Latex Surgical Gloves Powder-Free - Beaded Cuff with Polymer Coating

Professional Sterile Latex Surgical Gloves for Optimal Surgical Performance

These premium sterile latex surgical gloves deliver exceptional tactile sensitivity, barrier protection, and reliability for surgical procedures requiring the highest standards of performance and safety. Featuring powder-free construction with continuous polymer coating for superior donning, inverted beaded cuff for enhanced roll-down protection, and gamma radiation sterilization, these hand-specific gloves meet or exceed ASTM surgical glove standards. The smooth anti-slip finish and 9 mil fingertip thickness provide the precision control and durability necessary for demanding surgical applications.

Advanced Surgical Performance Features

• Sterile Gamma Radiation Sterilization: Each pair is terminally sterilized using validated gamma radiation process, ensuring complete sterility and eliminating microbial contamination risks during surgical procedures, meeting the stringent sterility requirements for invasive surgical applications
• Powder-Free Construction: Eliminates cornstarch powder that can cause post-operative complications including granulomas, adhesions, delayed wound healing, and allergic reactions, while preventing powder-related contamination of sterile surgical fields and reducing airborne allergen exposure in operating rooms
• Continuous Polymer Coating: Advanced interior polymer coating provides excellent donning characteristics on both dry and damp hands, facilitating rapid gloving during surgical procedures without requiring powder or excessive force that could compromise glove integrity
• Inverted Beaded Cuff Design: Reinforced beaded cuff with inverted construction enhances roll-down protection during donning, prevents tearing at the wrist opening, and creates secure seal that prevents fluid migration onto forearms during procedures involving irrigation or bodily fluids
• Superior Tactile Sensitivity: Natural latex material provides exceptional tactile feedback essential for delicate surgical manipulations, suturing, tissue handling, and instrument control, allowing surgeons to feel subtle anatomical structures and maintain precise control throughout procedures
• 9 Mil Fingertip Thickness: Standard fingertip thickness of 9 mil (0.23mm) balances durability and sensitivity, providing puncture resistance and barrier protection while maintaining the thin profile necessary for fine motor control and tactile discrimination during surgery
• Anti-Slip Smooth Finish: Textured smooth exterior surface enhances instrument grip and tissue handling without the excessive texture that could traumatize delicate tissues, providing secure control in both dry and wet surgical conditions
• Hand-Specific Design: Anatomically shaped left and right gloves provide superior fit and comfort compared to ambidextrous designs, reducing hand fatigue during lengthy procedures and improving dexterity through precise finger positioning
• 11.4 Inch Standard Cuff Length: Extended cuff length provides adequate coverage to overlap surgical gown cuffs, creating complete barrier protection and preventing exposure gaps during arm movements throughout surgical procedures

Quality Standards and Compliance

• Meets or Exceeds ASTM Standards: Manufactured to meet or exceed ASTM D3577 surgical glove standards for physical properties, barrier performance, and quality specifications, ensuring reliable protection and performance in critical surgical applications
• Low Protein Content: Contains 50 micrograms or less of total water-extractable protein per gram, significantly reducing the risk of latex protein sensitization and allergic reactions compared to higher-protein latex gloves, supporting safer use in surgical environments
• HCPCS Code A4930: Classified under HCPCS code A4930 for surgical gloves, facilitating proper billing, reimbursement, and inventory management in healthcare facilities and surgical centers

Comprehensive Surgical Applications

Essential for general surgery procedures, orthopedic surgery, cardiovascular surgery, neurosurgery, plastic and reconstructive surgery, obstetric and gynecological procedures, urological surgery, ophthalmic surgery, ENT procedures, oral and maxillofacial surgery, trauma surgery, transplant surgery, minimally invasive and laparoscopic procedures, and any surgical application requiring sterile barrier protection with exceptional tactile sensitivity and dexterity.

Surgical Precision and Control

The natural latex material provides unmatched tactile sensitivity that allows surgeons to feel tissue planes, detect subtle anatomical variations, and maintain precise instrument control during delicate dissections and reconstructions. This sensitivity is particularly critical in neurosurgery, microsurgery, and plastic surgery where millimeter precision can determine surgical outcomes. The thin 9 mil fingertip thickness maintains this sensitivity while providing adequate strength to resist puncture from suture needles, bone fragments, and surgical instruments.

Barrier Protection Excellence

These surgical gloves provide reliable barrier protection against bloodborne pathogens, bodily fluids, and infectious agents as required by OSHA regulations and CDC guidelines for surgical procedures. The latex material creates an impermeable barrier that prevents microorganism transmission, while the powder-free design eliminates the powder-mediated transfer of pathogens that can occur with powdered gloves. The sterile packaging ensures each pair is free from microbial contamination when opened in the sterile surgical field.

Powder-Free Benefits

Eliminating powder provides multiple clinical benefits beyond preventing post-operative complications. Powder-free gloves reduce the risk of powder-related allergic reactions in both surgical teams and patients, improve air quality in operating rooms by eliminating airborne powder particles, prevent powder contamination of surgical wounds and implants, and eliminate the powder residue that can interfere with wound healing and cause tissue inflammation. These benefits support better surgical outcomes and safer working environments for surgical personnel.

Enhanced Donning Performance

The continuous polymer coating creates a slippery interior surface that allows gloves to slide easily onto hands even when hands are damp from surgical scrubbing or perspiration. This superior donning characteristic is critical during surgical procedures where rapid gloving is necessary, such as when changing contaminated gloves during surgery or when additional surgical team members need to glove quickly. The polymer coating eliminates the donning difficulties that can occur with uncoated powder-free latex gloves.

Durability for Extended Procedures

The 9 mil fingertip thickness and quality latex construction provide the durability necessary for lengthy surgical procedures that can extend for many hours. The gloves resist puncture from suture needles, scalpel handles, and bone fragments while maintaining barrier integrity throughout the procedure. The reinforced beaded cuff prevents the tearing at the wrist that can occur during donning or from contact with surgical instruments, reducing the need for mid-procedure glove changes that disrupt surgical flow.

Comfort for Surgical Teams

The hand-specific anatomical design reduces hand fatigue by allowing fingers to rest in natural positions rather than fighting against ambidextrous glove construction. This ergonomic benefit is particularly important during lengthy procedures where hand fatigue can compromise surgical precision and increase the risk of technical errors. The smooth interior coating prevents the skin irritation that can occur from prolonged contact with uncoated latex, supporting comfort during extended wear.

Sterile Field Integrity

The sterile packaging allows aseptic presentation to the sterile surgical field using standard sterile technique. Each pair is individually packaged to maintain sterility until use, and the packaging design facilitates sterile dispensing without contaminating the glove exterior. The powder-free construction prevents powder contamination of the sterile field that could interfere with surgical procedures or contaminate implants and grafts.

Cost-Effective Surgical Protection

These surgical gloves provide professional-grade performance at competitive pricing, making them suitable for high-volume surgical facilities managing supply costs without compromising quality or safety. The reliable performance reduces waste from glove failures, while the powder-free design eliminates costs associated with powder-related complications including extended hospital stays, additional procedures, and litigation risks.

Single-Use Disposable Design

Designed and intended for single-use only to maintain sterility and prevent cross-contamination between surgical procedures. After use, gloves must be disposed of in appropriate biohazard waste containers according to facility protocols. Never reuse, reprocess, or resterilize surgical gloves, as this compromises barrier integrity and sterility assurance.

Important Latex Allergy Information

CAUTION: This product contains natural rubber latex which may cause allergic reactions. Safe use of this glove by or on latex-sensitized individuals has not been established. Healthcare facilities must screen surgical team members and patients for latex allergy before using latex surgical gloves. Alternative non-latex surgical gloves should be available for latex-allergic individuals. Despite the low protein content, these gloves can still cause allergic reactions in sensitized individuals.

FSA/HSA Eligible

These sterile surgical gloves qualify for purchase using Flexible Spending Account (FSA) and Health Savings Account (HSA) funds, making essential surgical supplies more affordable for surgical centers, ambulatory surgery facilities, and healthcare providers managing supply expenses.

Specifications: Sterile | Latex Material | Powder-Free | Polymer Coated Interior | Inverted Beaded Cuff | Hand-Specific | 11.4 Inch Length | 9 Mil Fingertip Thickness | Smooth Anti-Slip Finish | Gamma Sterilization | ≤50 mcg Protein/gram | Meets ASTM Standards | Single-Use | HCPCS A4930