Moria SBK One Use Plus Motor Handpiece

One Use-Plus SBK offers certainty, accuracy, and the reproductive equivalent to the femto SBK, with faster recovery and at a fraction of the cost. This system is complete with the EVO 3 Console, One Use-Plus SBK Hand-piece, and the Epi-K Hand-piece.

The One Use Plus System

Pre-assembled, linear, automated microkeratome
Nasal hinge
Intraoperative visibility
Numerous head sizes available for customized flap thicknesses from 100 μm(1) to 130 μm(2) on average
Many Single Use suction rings to accommodate for all keratometries

Epi-K™

The unique design and intelligent features of Moria Epi-K™have made it the leader in the US epikeratome market(1).

Epi-LASIK is a refractive technique performed with an epikeratome which mechanically cleaves the epithelium from the Bowman’s membrane, leaving a pristine optical zone for laser ablation. The epithelial flap can then either be repositioned or discarded, according to the surgeon’s preference.
Many surgeons have made Epi-LASIK their practice of choice for surface ablation. With the Epi-K™ and the latest refinements in technique and postoperative care, Epi-LASIK produces quicker healing and visual recovery than all other surface ablation procedures. This is the optimal design for safe and reliable separation time after time.
Hand-piece with two independent motors for fast separator oscillation and safe advancement rate.
Metal separator with proprietary edge geometry specifically for cleaving rather than cutting.
Disposable plastic head encases each separator for added protection and accessibility.
Unique large applanation plate provides yet an additional margin of safety.
Several suction rings with modifiable stops to modify the epithelial flap diameter.
Large diameter suction ring for hyperopes, flat corneas, wavefront guided ablations, and lasers requiring large ablation zones.
Single Use suction ring option.

Moria M2 Motor Handpiece

Moria M2 Single Use Motor is an automated, mechanical, rotatable and 360° hinge-positioned microkeratome with disposable heads.

Designed for Outstanding Safety

Unique and patented design offers the smallest overall dimensions to fit deep set or small eyes
Perfectly balanced microkeratome, combined with small suction rings assures safe suction
A new sterile head for each patient
Pre-mounted blade = no handling
Pristine cutting edge for each patient: eliminates blade-handling and reduces the risk of inadvertent blade destruction
Designed for efficiency
Easy and quick set-up makes it simple to install the pre-sterilized head, making the M2 Single Use ready to go
Technique is the same for each eye
Reduces maintenance costs: eliminates the need to sanitize and sterilize heads between procedures
Increases surgical turnover: there’s no need to break down the instrument for cleaning/sanitizing, the M2 Single Use reduces downtime

Designed to be User Friendly

One-piece design, marginal assembly requires a short turnover time
Hinge creation is possible in any quadrant and direction (360° hinge placement) for reasons such as patient factors, physician comfort, or laser ergonomics
Automated and simple system allows for extremely short learning curve

Moria

(Laser Locators is a trusted reseller of Moria eqiupment.)

MORIA designs, manufactures and sells precision instrumentation and equipment for eye surgery including medical tools for refractive surgery with a wide range of microkeratomes for LASIK surgery, lamellar surgery, and Epi-K for Epi-LASIK surgery.

Their instruments have been used in ophthalmic surgery all over the world for nearly two centuries, bringing about many major developments in eye surgery: including microsurgery, phacoemulsification, refractive surgery and new corneal transplant techniques. Working closely with surgeons, MORIA has developed innovative and world renowned, quality instruments.

Epi-LASIK combines the best of LASIK and surface ablation. This refractive surgical technique consists in mechanically cleaving the epithelium from the Bowman’s membrane leaving a pristine optical zone for laser ablation thanks to a device called an epikeratome. Epi-LASIK preserves the structural integrity of the eye and allows the production of a remarkably viable epithelial flap. This flap can be either discarded or repositioned, according to the surgeon’s preference. Epi-LASIK also minimizes discomfort, and shortens the length of visual recovery.

Lamellar Keratoplasty

Descemets’ Stripping Automated Endothelial Keratoplasty(DSAEK) for Fuchs’ and other endothelial dystrophies (i.e. posterior polymorphous dystrophy), post-cataract surgery edema (aphakic or pseudophakic bullous keratopathy) and some of failed PK.

Superficial Anterior Lamellar Keratoplasty (SALK) indicated in the treatment of superficial corneal opacities resulting from previous refractive surgical procedures, infections, degenerations, dystrophies, superficial scars or trauma.

Deep Anterior Lamellar Keratoplasty (DALK) indicated when a thicker stromal lamella should be removed: keratoconus, post-herpetic scars, post-infectious opacities, some corneal dystrophies, and alkali or acid burn lesions.

Mushroom and Lap joint Keratoplasty indicated in patients with full-thickness central stromal opacities but normal endothelium.