Modern phacoemulsification surgery uses ultrasound to break up and remove the cloudy lens through a small incision.

Implantation of premium intraocular lenses (IOLs) tailored to your needs, including:

Monofocal lenses for clear distance vision.

Multifocal and extended depth-of-focus lenses for reducing dependence on glasses.

Toric lenses for correcting astigmatism.

Rapid recovery protocols allow most patients to resume normal activities quickly.

Suitable for patients over 45 seeking freedom from glasses

Replaces your natural lens with a custom artificial lens

Can correct long sight, short sight, astigmatism and presbyopia

An alternative to laser eye surgery for many patients

Painless surgery to close the central retinal hole

Improves vision distortion and sharpness

“Wrinkling” on the retina, causing blurred or warped vision

Vitrectomy surgery to remove the membrane

Vitrectomy is available for significant visual disturbance

Alternative options include YAG vitreolysis (in select cases)

Full pressure testing and visual field exams

OCT imaging of the optic nerve

Medical treatment, laser therapy or surgery

How it works:
A small flap is created in the sclera (white part of the eye), allowing fluid to drain under the conjunctiva, forming a filtering bleb that reduces pressure.

When it’s used:
Typically recommended for moderate to advanced glaucoma cases where other treatments have failed.

Procedure:
Usually performed under local or general anaesthesia as a day case or short stay.

Benefits:
Can significantly lower IOP, often reducing or eliminating the need for glaucoma medications.

Risks and aftercare:
Close post-operative monitoring to detect and manage complications such as infection, bleeding, or bleb failure. Eye drops and follow-ups are essential.

Preserflo MicroShunt
A small, flexible tube is implanted to create an alternate drainage pathway for aqueous humour, similar in principle to trabeculectomy but less invasive.

Suitable for patients with mild to moderate glaucoma or those who prefer a less invasive option.

Typically performed under local anaesthesia with minimal discomfort.

Shorter recovery time compared to traditional surgery.

OMNI Surgical System
This innovative device combines two techniques—trabeculotomy and canaloplasty—to enhance the eye’s natural drainage pathways.

Targets the trabecular meshwork and Schlemm’s canal to improve fluid outflow.

Performed via a tiny incision inside the eye (ab interno approach), preserving conjunctiva tissue for future procedures if necessary.

Often combined with cataract surgery for patients who require both treatments.

Minimises post-operative inflammation and speeds recovery.

Full or partial thickness grafts, depending on the condition.

Treatment for keratoconus, corneal scarring, and endothelial dysfunction.

Use of advanced microsurgical tools to improve surgical outcomes.

Faster availability: By working with private eye banks, we reduce waiting times significantly compared to standard NHS graft allocation, ensuring patients receive treatment promptly.

Quality assurance: All corneal grafts are sourced from rigorously screened donors and undergo strict quality control to ensure optimal tissue viability and surgical outcomes.

Choice of graft types: Access to a variety of corneal grafts including full-thickness and partial-thickness grafts (e.g., DALK, DSAEK, DMEK), allowing customised surgical approaches based on your specific condition.

Specialised handling and storage: The grafts are carefully stored and transported to maintain tissue integrity, maximising transplant success.

Reduced waiting times: Faster scheduling means less disruption to your life and earlier vision restoration.

Tailored treatment: Access to a broad range of graft types enables surgeons to select the most suitable option, improving recovery and visual outcomes.

Expert surgical care: Our experienced corneal surgeons use the latest microsurgical techniques in a modern, sterile environment for safe and effective surgery.

Face-to-face or virtual consultations available

Comprehensive preoperative assessment and imaging

Transparent discussion of graft options, surgical technique, and recovery expectations

Regular eye screening for diabetic retinopathy

Retinal laser or anti-VEGF injections (where indicated)

Close liaison with GP or endocrinologist if required

Upper and lower eyelid surgery to remove excess skin or puffiness

Improves field of vision and aesthetic appearance

Performed under local or general anaesthesia

Minimal scarring with expert surgical technique

Orthokeratology (Ortho-K):
Specially designed rigid gas-permeable contact lenses worn overnight to gently reshape the cornea, providing clear vision during the day and slowing eye elongation.

Low-dose Atropine Eye Drops:
Prescribed in carefully controlled doses to reduce eye growth and myopia progression with minimal side effects.

Latest Myopia Control Glasses:
We offer the newest generation of specialised spectacle lenses designed to control myopia progression. These include:

Defocus Incorporated Multiple Segments (DIMS) lenses: Which create a myopic defocus effect to slow eye growth.

Myopia Management Spectacles: Engineered with innovative optical designs to reduce peripheral hyperopic defocus, a known factor in myopia progression.

Comfortable, stylish options tailored to children and young adults, making compliance easy and effective.

Lifestyle & Environmental Advice:
Recommendations to increase outdoor time, reduce prolonged near work, and optimise lighting conditions to support eye health.

Access to cutting-edge myopia management technologies and treatments

Experienced optometrists and ophthalmologists specialising in myopia care

Personalised treatment plans tailored to your child’s specific needs

Supportive guidance for families on managing myopia progression effectively

Suitable for children and adults.

Muscle adjustment techniques under general or local anaesthesia.

Post-operative orthoptic therapy is available.

OCT (Optical Coherence Tomography)

Fundus photography

Visual field testing

Tonometry (eye pressure testing)

Slit-lamp examination

Refraction and visual acuity assessment

Ultrasound B-scan (where needed)