VentStar Oxylog Breathing Systems

Dräger VentStar® Oxylog® Breathing Systems | Trusted Supplier — JP Biochem Botswana

Draeger VentStar Oxylog breathing systems are purpose-built disposable breathing circuits designed exclusively for use with the Dräger Oxylog family of emergency and transport ventilators — providing a reliable, safe, and infection-controlled airway connection between patient and device during some of the most demanding clinical scenarios in hospital care. Reliable, practical and tested for safety, the VentStar® Oxylog® disposable breathing circuits provide an ideal connection between patient and the emergency transport ventilator Oxylog, forming an important component of the medical system. CardiacDirect

Whether the patient is being transported within a hospital, transferred between facilities, or managed in a pre-hospital emergency environment, the VentStar Oxylog breathing system ensures that ventilation quality is never compromised by circuit performance.

Designed for the Entire Oxylog Family

The VentStar Oxylog 2000 plus / 3000 Family breathing circuits are compatible with the Oxylog 2000 plus, Oxylog 3000 plus, Oxylog 3000, and Oxylog VE300 (Option Plus) ventilators, making it possible to standardise on a single consumable platform across different Oxylog devices within a facility — simplifying inventory management and reducing ordering complexity. CardiacDirect

Adult & Paediatric Coverage — One System, All Patients

In addition to the hose system for adults, Dräger also offers paediatric hoses with lower compliance and smaller dead space volumes. This enables patients with a tidal volume of 50 ml to 250 ml to be optimally supplied when using the Oxylog 3000 plus emergency transport ventilator. CardiacDirect

This full-spectrum coverage from adult to paediatric patients means clinicians never need to compromise on ventilation quality regardless of patient age, size, or clinical acuity during transport.

Infection Control by Design — Single-Patient Use

The use of disposable ventilation hoses not only helps to prevent costly cross-infections, but also helps to optimise work processes. The disposable breathing circuits are packed ready to use and can be used straight from the package. CardiacDirect

Eliminating the need for cleaning, reprocessing, or circuit inspection between patients removes a significant logistical burden — particularly important in high-throughput emergency departments, retrieval services, and busy ICU transport workflows.

PVC-Free & Biocompatible Materials — Patient Safety First

Dräger disposable breathing circuits are made from biocompatible materials. In order to prevent any possible complications right from the outset, all components that carry breathing gas are made from PVC-free materials. Components made from PVC do not carry breathing gas and do not contain plasticisers such as DEHP, protecting patients — particularly those with latex sensitivities or at risk of plasticiser-related complications — from unnecessary chemical exposure during ventilation. Medical Device Depot

Guaranteed Compatibility with Dräger Oxylog Ventilators

When you choose original accessories from Dräger, compatibility is guaranteed. VentStar Oxylog breathing systems have been specifically tested and validated for use with Dräger Oxylog transport ventilators — ensuring that circuit resistance, compliance, and dead space characteristics are matched to the ventilator's algorithms for accurate tidal volume delivery, particularly critical in paediatric transport scenarios. Medical Device Depot

Why Choose JP Biochem?

JP Biochem is your trusted local supplier of Dräger anaesthesia and ventilation consumables in Botswana. We provide reliable product supply, full support, and after-sales service for hospitals, emergency departments, ambulance services, and critical care units across the country. Sourcing your Dräger VentStar Oxylog breathing systems through JP Biochem means clinically validated transport ventilation consumables backed by dependable in-country support right here in Gaborone.

Contact Details