Silicone (Ventouse) Cup with Release Valve

The Silicone (Ventouse) Cup with Release Valve manufactured by Glass Agencies under the brand EROSE is an obstetric instrument used during assisted vaginal delivery procedures. This device forms part of a vacuum extraction system that helps guide the baby’s head through the birth canal when additional support is required during childbirth. It is commonly used in hospitals, maternity wards, and obstetric care units where assisted delivery techniques are performed. The ventouse cup is produced from high-quality silicone material that provides a soft and flexible structure. This flexibility allows the cup to conform gently to the contour of the fetal head while creating a secure vacuum seal during the procedure. The smooth silicone surface helps maintain comfortable contact with the scalp while the vacuum system is applied. The cup connects to a vacuum pump through a tubing arrangement that generates controlled suction. Once the vacuum is created, the cup attaches to the fetal head, allowing the obstetrician to assist the movement of the baby during the delivery process. The suction force helps maintain the attachment while gentle traction is applied during uterine contractions. An integrated release valve allows the operator to reduce or stop the vacuum quickly when required. This feature helps release the cup safely once the delivery assistance is complete or when repositioning is needed during the procedure. The valve mechanism allows controlled pressure release to ensure smooth removal of the cup. The silicone construction allows the instrument to maintain flexibility while supporting cleaning and sterilization procedures commonly used for obstetric equipment in medical facilities. Its lightweight structure allows convenient handling during the delivery process. The EROSE Silicone (Ventouse) Cup with Release Valve, produced by Glass Agencies, assists obstetric teams during vacuum-assisted childbirth procedures by providing controlled suction and stable attachment during delivery. It helps support safe guidance of the baby’s head during assisted vaginal delivery within hospital maternity environments.