Ineo Tech specializes in developing advanced radiation attenuating surgical gloves, utilizing tungsten alloy for superior protection.
We prioritize both safety and comfort, offering lead-free, environmentally friendly alternatives that ensure maximum dexterity for surgeons.
Committed to innovation, we aim to set new standards in radiation protection for medical professionals.
Healthcare professionals performing fluoroscopy-guided procedures are constantly exposed to scattered ionizing radiation. IneoGuard™ Radiation Attenuating Surgical Gloves are designed to reduce radiation exposure to the operator’s hands while maintaining the dexterity and tactile sensitivity required for delicate medical procedures.
Manufactured using a proprietary tungsten-based composition, IneoGuard gloves provide superior radiation attenuation while remaining lead-free, latex-free, and environmentally safer than conventional leaded gloves.
The gloves are made from soft synthetic polyisoprene, offering excellent flexibility, comfort, and fatigue-free wear during long procedures such as interventional cardiology, orthopedic surgery, and fluoroscopic imaging.
Designed for safety, performance, and comfort, IneoGuard gloves help medical professionals work with greater confidence in radiation-intensive environments.
IneoGuard™ radiation attenuation gloves are suitable for healthcare professionals exposed to scattered radiation during imaging-guided procedures.
Radiation attenuating surgical glove designed for enhanced dexterity while providing reliable attenuation for fluoroscopy procedures.
Thicker attenuation layer designed for improved radiation protection during higher exposure procedures.
Tungsten-based gloves offer superior radiation attenuation compared to lead and bismuth alternatives.
Eliminates the risks associated with lead toxicity and its environmental impact.
Made with soft elastomeric materials like polyisoprene, ensuring comfort and flexibility.
Designed specifically to protect the hands, which are the most exposed during fluoroscopy-assisted surgeries.
Utilizes tungsten alloy for optimal balance between protection, dexterity, and comfort.
