$37.05

• X-Small size ergonomic fit
• Latex-free neoprene material
• Powder-free examination grade
• Textured fingertips for grip
• Quantity: 200 gloves per pack

The Ansell Perry Neogard TOUCH Neoprene Gloves 200/Pk X-Small are powder-free, latex-free synthetic examination gloves designed to provide dependable barrier protection and tactile precision in clinical environments where fit and sensitivity are critical. Manufactured from high-performance neoprene, these gloves deliver elasticity and durability comparable to natural rubber while eliminating latex protein exposure, making them suitable for practices prioritizing allergy-safe protocols.

Sized X-Small to accommodate narrower hands, they offer improved ergonomic conformity, allowing enhanced instrument control and reduced hand fatigue during extended procedures. If you have ever wondered about what the Ansell Perry Neogard TOUCH Neoprene Gloves 200/Pk X-Small are used for, they are the best latex-free neoprene examination gloves for clinicians requiring a precise fit and reliable chemical resistance during dental, hygiene, surgical, and laboratory procedures. The textured fingertip surface enhances grip stability when handling instruments in both wet and dry conditions, supporting procedural accuracy.

A beaded cuff design assists with secure donning and helps minimize cuff roll-down during active use. The powder-free construction reduces airborne particulates in treatment rooms and supports infection control standards by limiting contamination risk. Neoprene material provides strong resistance to common disinfectants and procedural chemicals, maintaining glove integrity throughout clinical workflows.

Intended for single use, these gloves help reduce cross-contamination while ensuring consistent barrier performance for every patient interaction. For healthcare professionals who prioritize a secure small-hand fit, dependable durability, and latex-free compliance, they are also the best disposable neoprene exam gloves solution for maintaining hand protection and dexterity in high-demand clinical settings.