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Safety First

Safe and Convenient Cord Blood Collection for Vaginal Births and Cesarean Sections

Cord blood banks have traditionally used two types of collection models. One model employs the use of an obstetrician or midwife to perform the collection during the third stage of labor. The second method is performed by a cord blood bank staff member who receives the placenta after it has been delivered and brings it into a separate room to perform the collection. With the growing number of cesarean section deliveries, the need arose to perform the harvest in a sterile surgical field.

Cord Blood Sterile Exterior Collection Bag

Safe and Convenient Cord Blood Collection for Vaginal Births and Cesarean Sections. Eliminate the need for extension sets or questions about sterility. Pall's Cord Blood Sterile Collection Bag is suitable for ALL cord blood collections whether within a sterile field in a cesarean section, or for cord blood collection during a vaginal birth. The Sterile Collection Bag accommodates either delivery method at a moment's notice with no additional parts or assembly required for use.

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Cord Blood

Innovative solutions and industry standards. As a key supplier to the rapidly developing cord blood banking industry, Pall sets the bar for patient and caregiver safety.

Let’s find the right solution, together.

Let’s connect. We want to share our innovative filtration solutions with you today. Contact our knowledgeable subject matter experts for information on how we can help. Thank you and we look forward to assisting you shortly.

Cord Blood Collection, Processing and Freezing Bag Sets for the Cryopreservation of Blood and Cellular Component

Cord blood stem cells have been effectively used in the treatment of more than 70 malignant and non-malignant diseases, including sickle cell, leukemia, non-Hodgkin’s lymphoma, other forms of cancer, life-threatening anemias, and autoimmune diseases. As a key supplier to the cord blood banking industry, Pall provides a full range of bag sets that are used to prepare the cord blood stem cells for treatment. Pall’s collection and processing sets are manufactured to cGMP using validated manufacturing processes that ensure safe, consistent and reliable product performance. Each bag is 100% inspected prior to release and is fully traceable by lot number. Pall’s bag sets are uniquely designed to facilitate closed system processing of cord blood stem cells by the volume reduction method developed at the New York Blood Center.
Cord blood stem cells have been effectively used in the treatment of more than 70 malignant and non-malignant diseases, including sickle cell, leukemia, non-Hodgkin’s lymphoma, other forms of cancer, life-threatening anemias, and autoimmune diseases. As a key supplier to the cord blood banking industry, Pall provides a full range of bag sets that are used to prepare the cord blood stem cells for treatment. Pall’s collection and processing sets are manufactured to cGMP using validated manufacturing processes that ensure safe, consistent and reliable product performance. Each bag is 100% inspected prior to release and is fully traceable by lot number. Pall’s bag sets are uniquely designed to facilitate closed system processing of cord blood stem cells by the volume reduction method developed at the New York Blood Center.
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Air-eliminating filter designed for 96-hour particle, bacteria and endotoxin retention

Particulate contamination arises from a variety of sources, intrinsically in infusates and equipment or extrinsically due to manipulations.1 Particles cause phlebitis on peripheral infusion lines and have serious systemic effects, damaging the lung and solid organs by irritation of the endothelium and by deposition in the microvasculature.
Particulate contamination arises from a variety of sources, intrinsically in infusates and equipment or extrinsically due to manipulations.1 Particles cause phlebitis on peripheral infusion lines and have serious systemic effects, damaging the lung and solid organs by irritation of the endothelium and by deposition in the microvasculature.
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