Ansell Microflex Xceed Powder-Free Nitrile Exam Gloves

Yes, the Ansell Microflex Xceed gloves are made from an advanced, scientifically formulated nitrile designed for high performance, user comfort, and durability.

This unique formulation achieves a superior combination of properties, allowing the gloves to be thinner and lighter while maintaining increased strength and protection. Key benefits include:

• Reduced Muscle Effort: Scientifically designed to minimize strain and hand fatigue during prolonged use. This benefit is supported by the United States Certified Ergonomics certification.
• Enhanced Tactile Sensitivity: The thinner profile maximizes dexterity and feel, which is essential for precise examination tasks.
• Superior Grip: They feature textured fingertips to ensure a reliable and stable grip, even in damp conditions.
• Powder-Free: They offer a reliable barrier solution suitable for clinical and laboratory environments requiring powder-free components.

Yes, the Ansell Microflex Xceed gloves are definitively powder-free. This feature is critical for minimizing the risk of particulate contamination in sensitive environments like medical and laboratory settings.

Key benefits related to their design include:

• Reduced Contamination: Being powder-free ensures suitability for high-standard procedures and prevents residue.
• High-Quality Material: Made from nitrile, these gloves offer excellent barrier protection and high tactile sensitivity while eliminating concerns related to natural rubber latex sensitivities.
• Enhanced Strength: A unique formulation allows them to be thinner and lighter, yet they maintain superior strength and protection compared to many standard examination gloves.

Yes, the Ansell Microflex Xceed gloves are scientifically formulated and ergonomically certified to minimize hand fatigue and reduce muscle effort during prolonged tasks.

This benefit is supported by several key design features:

• Ergonomic Certification: These gloves carry the United States Certified Ergonomics seal, confirming that their design is optimized for user comfort and reduced physical strain.
• Advanced Material: They utilize a unique, advanced formulation that results in a glove that is thinner and lighter than conventional nitrile, thus reducing the physical effort needed for movement and flexibility.
• High Tactile Sensitivity: The design ensures high tactile sensitivity and textured fingertips, allowing professionals to maintain precise grip and perform detailed work without needing to exert excessive gripping force.

Yes, the Ansell Microflex Xceed examination gloves feature textured fingertips.

This is a crucial design element included to:

• Enhance Grip: Provides improved control, especially when handling small or slippery objects and instruments.
• Improve Tactile Sensitivity: Works with the unique thinner and lighter formulation to ensure precision during critical examination tasks.

The Ansell Microflex Xceed gloves are available in five sizes: X-Small, Small, Medium, Large, and X-Large.

These powder-free nitrile examination gloves are engineered with a unique, scientifically designed formulation to reduce muscle effort and minimize strain during extended use, while the textured fingertips enhance grip and tactile sensitivity.

For high-volume purchasing, the packaging depends on the size:

• X-Small, Small, Medium, and Large sizes are packed 250 gloves per box.
• X-Large size is packed 230 gloves per box.

All configurations are sold in cases containing 10 boxes.

The Ansell Microflex Xceed gloves are packaged in bulk quantities suitable for high-volume professional environments. The standard configuration is as follows:

• Boxes per Case: 10 boxes
• Cases per Pallet: 60 cases

The number of gloves contained in each box varies slightly based on the size:

• Sizes X-Small through Large: 250 gloves per box (2,500 total gloves per case).
• Size X-Large (XL): 230 gloves per box (2,300 total gloves per case).

Each case of the Ansell Microflex Xceed Powder-Free Nitrile Exam Gloves contains 10 boxes. This bulk configuration supports high-volume professional settings.

Yes, the Ansell Microflex Xceed gloves are engineered for superior user comfort and fatigue reduction, backed by an official certification.

They carry the United States Certified Ergonomics designation, confirming they are scientifically designed to reduce muscle effort during use. This results from a unique, advanced formulation that allows the gloves to be thinner and lighter while maintaining high strength and protection.

Key ergonomic and performance features include:

• Reduced Muscle Effort: Specifically formulated to decrease hand fatigue during prolonged tasks.
• Enhanced Tactile Sensitivity: The thinner profile improves feel and touch while preserving barrier protection.
• Secure Grip: They feature textured fingertips to ensure secure handling for precise applications.

Yes, the Ansell Microflex Xceed gloves are scientifically engineered to offer enhanced protection and superior strength, even though they feature a unique formulation that makes them thinner and lighter than many comparable options.

Key features ensuring reliable performance and durability include:

• Superior Strength: The unique nitrile formulation maintains superior strength characteristics, providing a robust physical barrier while offering a lightweight feel.
• Reliable Nitrile Material: These are powder-free nitrile gloves, which minimize contamination risk and provide a reliable barrier solution for examination environments.
• Ergonomic Design: The gloves are also designed to reduce muscle effort during prolonged use, maintaining comfort and consistent tactile sensitivity without compromising barrier integrity. This design feature is supported by United States Certified Ergonomics.

These Ansell Microflex Xceed gloves are advanced examination gloves designed for professional settings requiring high dexterity and reduced hand strain over long periods. Their unique formulation and design make them ideal for:

• Clinical and Medical Examination: Provides reliable barrier protection while offering superior tactile sensitivity due to their thinner, lighter profile.
• High-Precision Tasks: The textured fingertips ensure an enhanced grip, making them suitable for handling small or intricate objects securely in laboratories or specialized industrial tasks.
• Extended Wear: Scientifically engineered to reduce muscle effort, they are perfect for demanding procedures where user comfort and minimized hand fatigue are crucial.