PROTAC Sterile Microsurgery Gloves are meticulously designed to meet the high precision and sensitivity demands of critical ophthalmic surgical procedures. Developed after extensive market analysis and direct customer feedback, these gloves feature a uniquely curved former that conforms closely to hand anatomy, providing a perfect fit akin to a second skin. This ergonomic design significantly reduces hand fatigue during prolonged operations. The glove surface incorporates a micro-rough texture, enhancing grip stability and control essential for microsurgical tasks. Manufactured with advanced automatic glove dipping technology under stringent quality control, these gloves ensure superior skin tolerance and durability. Sterilization options include Ethylene Oxide (ETO) Gas or Gamma Radiation tailored to customer specifications. Customizable packaging ensures that the gloves meet the unique needs of healthcare professionals and surgical centers specializing in microsurgery and ophthalmology.
Key Features
| Features | Description |
|---|---|
| Ergonomic Design | Curved former adapted to hand anatomy for a second skin fit |
| Surface Texture | Micro rough surface for excellent grip |
| Material Sensitivity | Optimum thickness balancing protection and tactile sensitivity |
| Sterilization Methods | Available in Ethylene Oxide (ETO) Gas or Gamma Radiation sterilization |
| Manufacturing Process | Produced using state-of-the-art automatic glove dipping machines |
| Quality Assurance | Stringent in-process quality control ensuring high skin tolerance |
| Intended Use | Specifically designed for critical ophthalmic and microsurgical procedures |
| Packaging | Customizable packaging to customer specifications |
| Fatigue Prevention | Ergonomic fit prevents hand fatigue during long surgeries |
| Attributes | Description |
|---|---|
| Glove Type | Sterile Microsurgery Gloves |
| Material | High-quality surgical latex or synthetic variants (based on customer requirement) |
| Thickness | Optimized for balance between sensitivity and protection |
| Sterilization | ETO Gas or Gamma Radiation |
| Texture | Micro rough surface on finger tips and palm |
| Fit | Anatomically curved former for enhanced comfort |
| Packaging Options | Based on customer specifications |
| Use Case | Ophthalmic and microsurgical applications |
| Compliance Standards | Complies with applicable medical device safety and sterilization standards |
*Disclaimer: The above description has been AI-generated and has not been audited or verified for accuracy. It is recommended to verify product details independently before making any purchasing decisions.
Yes, PROTAC Microsystems Gloves can be sterilized using either Ethylene Oxide Gas or Gamma Radiation based on specific customer requirements.
The curved former is anatomically designed to match the natural contour of the hand, providing an ergonomic fit that reduces hand fatigue and enhances dexterity over extended surgical periods.
While the standard PROTAC Microsurgery Gloves use high-quality latex, synthetic alternatives can be made available upon request to accommodate latex-sensitive users.
A micro-rough surface texture on the fingertips and palm area is engineered to enhance grip stability, critical for handling delicate instruments in microsurgical procedures.
Yes, the packaging of PROTAC Microsurgery Gloves can be customized according to customer specifications to meet varying sterile field protocols.
PROTAC Micro Surgery Gloves – Due to the demand from our customers for a glove with optimum thickess with a good sensitivity for critical opthtalmic surgical procedures, our quality and production team has analyzed the ophthalmic gloves available in the market and collected feedback from diverse customers and designed a curved former adapting to the hand anatomy ensuring perfect fit just like a second skin, preventing fatigue during long operating procedures. Our formers have micro rough surface to ensure excellent grip. The whole manufacturing process is carried out under stringent process using state of the art automatic glove dipping machine and quality control to ensure a good glove with excellent skin tolerance. The gloves are sterilized either by ETO (Ethylene Oxide Gas) or by Gamma Radiation as per customer requirement. Packaging is based on specifications requested by the customer.
