Filtration Innovation for the
Protection of Patients, Equipment and Staff
Features
- Removes microorganisms and particles giving optimal protection against airborne contamination
- Filtration efficiency: >99.999% airborne bacterial removal efficiency. >99.99% airborne viral removal efficiency
- Hydrophobic filter medium prevents the backflow of body fluids and blood, stopping cross-contamination and damage of the insufflation apparatus
- Filter has a maximum resistance of 70 mbar at a flow rate of 15 litres per minute
- Unit packaging is validated to provide a sterile product, enabling safe handling of the product in the sterile field
- Free of natural rubber latex
Filtration Efficiency
|
| >99.999% airborne bacterial removal efficiency |
| >99.99% airborne viral removal efficiency |
|
Resistance of IGF1 with CO2*
*Internal scientific laboratory investigation results. Data calculated from IGF1 airflow resistance.
|
| IGF1 |
Yes |
7.5 cm |
Female luer |
52.5 cm |
Revolving male luer |
Silicone rubber |
D |
| IGF1C |
Yes |
7.5 cm |
Female suction connector |
250 cm |
Revolving male luer |
PVC |
S |
| IGF1CD |
Yes |
7.5 cm |
Female suction connector |
250 cm |
Revolving male luer |
PVC |
D |
| IGF1E |
Yes |
7.5 cm |
Female luer |
52.5 cm |
Revolving male luer |
PVC |
D |
| IGF1L |
Yes |
7.5 cm |
Female luer |
250 cm |
Revolving male luer |
PVC |
D |
| IGF1M |
Yes |
7.5 cm |
Male luer |
250 cm |
Revolving male luer |
PVC |
S |
| FRIGF2 |
Yes |
22/15 mm |
(F/M) Connector |
300 cm |
Revolving male luer |
PVC |
D |
|
Packaging: 20 units per case