The O&O Mdc disposable cartridges are moulded from a biocompatible Polypropylene copolymer using a patented low temperature injection technique that ensures the smoothness of the material surface by increasing the amorphous phase.
This, in turn, enhances the gliding effect, but, most importantly, any remaining risk of GMS residue is greatly minimized, resulting in contamination-free lens surfaces.
The slow surface migration of the gliding agent gives our cartridges an accepted expiry date of between two and three years.
FLYGLIDE CARTRIDGES
- INTEGRAL GUIDING RAILS FOR IOL The tapered, back loading “FlyGlide” and “FlyGlideMicro” cartridges incorporate guide rails for easy loading and optimum positioning of the IOL.
- “CLICK” LOCKING MECHANISM To ensure that the cartridge flaps, when the IOL is loaded, are securely fastened.
- QUICK RELEASE CATCH To facilitate re-opening the cartridge flaps should any readjustment to the IOL be required.
Flyglide for 2.2 mm incision
The back loading “FlyGlide” cartridge, used in conjunction with our “EasyShooter” or “ClipShooter” disposable
Injectors with the soft, yellow elastomer stopper, has the customary hydraulic effect on the viscoelastic solution,
which uniformly pushes on the IOL.
Depending on whether the surgical technique used is docking or traditional, the surgeon is now able to make a
microincision of only 1.80 mm to 2.40 mm.
REFERENCE
THEORETICAL DIAMETERS
FlyglideMicro for sub 1.8 mm
The “FlyGlideMicro” cartridge integrates advanced MICS techniques for sub-micro surgical incisions. In combination with our disposable “EasyShooter” or “ClipShooter” disposable Injectors, it has the same hydraulic effect on the viscoelastic solution, where the soft, yellow elastomer stopper evenly pushes the IOL through the cartridge funnel.
The “FlyGlideMicro” cartridge includes as standard the parallel end tip and it allows the surgeon to control the IOL injection via a sub-2-mm micro-incision of only 1.60 mm to 2.00 mm (depending on whether the surgical technique used is docking or traditional).
REFERENCE
THEORETICAL DIAMETERS
USING DISPOSABLE DELIVERY SYSTEM
Our “EasyShooter” or “ClipShooter”, with the “FlyGlide” and “FlyGlideMicro” cartridge, ensures the accuracy of the IOL’s placement during injection, hence eradicating any complications during implantation.
HYDROGLIDE CARTRIDGES
- PARALLEL END TIP For a constant incision size, regardless of the insertion depth.
- SAFE AND FAST The HydroGlide Cartridges reduce both the healing time and the risk of infection to the patient.
- DELIVERY SYSTEM Accurate IOL’s placement during injection, eradicating any complications during implantation.
Hydroglideclip for 2.4/2.6 mm incision
The “HydroGlideClip” cartridge, used in conjunction with our “EasyShooter”, “ClipShooter” or “OneShooter”
disposable Injectors with the soft, yellow elastomer stopper, has a hydraulic effect on the viscoelastic solution,
which uniformly pushes on the IOL.
Furthermore, the “HydroGlideClip” cartridge has been designed with a parallel end tip which allows a constant
incision size, regardless of the insertion depth.
Depending on whether the surgical technique used is docking or traditional, the surgeon is now able to make a
micro-incision of only 2.00 mm to 2.60 mm.
REFERENCE
THEORETICAL DIAMETERS
Hydroglideclip Mini for 2.0 mm incision
The “HydroGlideClipMini” cartridge is thinner and smaller than our traditional “HydroGlideClip” cartridge and is intended to meet today’s needs for sub micro-incision. In combination with our disposable “EasyShooter”, “ClipShooter” or “OneShooter” Injectors, it has the same hydraulic effect on the viscoelastic solution, where the soft, yellow elastomer stopper evenly pushes the IOL through the cartridge funnel.
The “HydroGlideClipMini” cartridge has a parallel end tip as standard, allowing the surgeon to control the IOL injection via a sub micro-incision of only 1.80 mm to 2.20 mm (depending on whether the surgical technique used is docking or traditional).
REFERENCE
HGCM-1315-GA
THEORETICAL DIAMETERS
USING DISPOSABLE DELIVERY SYSTEM
Our “EasyShooter”, “ClipShooter” and “OneShooter”, with the “HydroGlideClip” and “HydroGlideClipMini” cartridge, ensures the accuracy of the IOL’s placement during injection, hence eradicating any complications during implantation.
INSERTING IOL INTO A CARTRIDGE
- Open wide the two cartridge flaps.
- Spread viscoelastic solution on the inner barrel of the cartridge and on the hinge.
- As in Fig.1, the IOL is loaded from behind.
- As in Fig.2, slide the IOL between the guiding rails.
- Start folding the cartridge flaps whilst gently pressing on the lens to ensure the IOL holds its position in the integral guiding rails inside the cartridge barrel.
- As in Fig. 3, ensure that neither the haptics nor the optic get caught between the flaps during the folding process, and then click the two flaps together to close securely.
- Hold the cartridge by the “click”-fastened flaps and insert it into the injector body.
- As in Fig.1, lubricate the entrance of the cartridge barrel with viscoelastic, and/or coat the elastomer stopper.
- Avoid IOL dehydration and subsequent cartridge damage by keeping the IOL folded in the cartridge for less than one minute.
- Gently push the injector stopper until it touches the viscoelastic and the IOL.
- Apply slight pressure to glide the viscoelastic and the IOL into the cartridge barrel and observe the lens through the translucent injector body.
- As in Fig. 2, drive the IOL through the cartridge funnel. Insert the cartridge tip in the incision towards the capsulorhexis.
- As in Fig. 3, deliver the IOL into the patient’s eye by applying an even pressure on the push button. Push the lens through slowly and monitor the release of the IOL from the cartridge carefully, finishing before the yellow elastomer stopper reaches the end of the cartridge tip.