CAPSULVisc 2% (Excel Lens)
2% Sodium Hyaluronate with high molecular weight (3.o mill Dalton) and high Zero shear Viscosity of 900.000 mPas.
Showing all 6 results
2% Sodium Hyaluronate with high molecular weight (3.o mill Dalton) and high Zero shear Viscosity of 900.000 mPas.
3% Sodium Hyaluronate with medium molecular weight (0.75% mill Dalton) and low Zero shear Viscosity of 30.000 mPas for coating purposes (Dispersive) .
1,2% NaHA with high Molecular Weight (3 mill Daltons) and quite low Viscosity: 65.000mPs, Zero shear rate, in 1,2 ml syringe. 27G cannula.
1,8% NaHA with high Molecular Weight (3 mill Daltons) and quite high Viscosity: 210.000mPs, Zero shear rate, in 1,2 ml syringe. 25G cannula.
7 different concentration Viscoelastic from biofermented Sodium Hyaluronate. 1%, 1,2%, 1,4%. 1.6%, 1,8%, 2%, 3%. All but the 3% are Cohesive with medium to high Zero Shear Viscosity and regular high MW to ~3 miiion Dalton. However the 3% concentration has a much lower MW and low Zero Shear Viscosity, therfore it is classifien as Dispersive.
Topical Monodose 0,3% NaHA and 2% Lidocaine
Intracameral 1% NaHA or 1,5% both of MW 2.5 mill Dalton and Zero Shear Viscosity of 100.000 and 220.000 mPas respectively. Both formulations iclude 1% Lidocaine.
Syringe volume 0,8ml