Horus Fiber Optic 300/500/600 Laser Probes
A titanium or alloy sternal plate system providing rigid fixation post-midline sternotomy, enhancing sternal stability and reducing infection or dehiscence risks after cardiac surgery.
Horus Fiber Optic 300/500/600 Laser Probes by Invamed are designed to deliver precise and efficient laser photocoagulation treatments within the vitreous cavity, targeting wavelengths from 500 nm to 900 nm. Each probe utilizes fused-tip laser fibers that minimize ghosting and enable the surgeon to work closer to the retinal tissue, enhancing accuracy in delicate surgical scenarios such as retinal tears, diabetic retinopathy, or macular edema.
Fused Fiber Tip
Laser fibers are fused at the tip, reducing internal reflections or “ghosting” that can compromise beam quality. This design ensures high-quality energy transmission and the ability to operate very close to the retina without dispersing or scattering the laser.
High-Purity Fiber Construction
Utilizing medical-grade silica fibers, Horus Laser Probes support consistent photocoagulation performance across 500–900 nm wavelengths, addressing a range of retinal pathologies.
Minimally Invasive Shaft
The low-profile, flexible probe shaft allows smooth insertion through small-gauge cannulas (e.g., 23G, 25G, 27G), preserving ocular structures and reducing surgical trauma.
Compatible with Major Laser Platforms
Adaptable to common ophthalmic laser systems (argon, diode, green, red, yellow), meeting the photocoagulation demands in retina clinics and ambulatory surgery centers.
Ergonomic Handle & Orientation
Features an optimized grip for enhanced maneuverability during vitreoretinal surgery, aiding stability and precise targeting of retinal lesions.
Contraindications
- Non-intact globe or patients in whom intraocular laser therapy is contraindicated
- Inadequate visualization of the retina
- Patients with active intraocular infection or uncorrectable coagulopathies
Related products
-
Spark Laser Discectomy Device
Read moreInvamed introduces the Discectomy Device, a sterile single-use system engineered to remove disc material and prepare endplates in a controlled, minimally invasive manner.
-
Clever Partially Absorbable Mesh
Read moreA lightweight surgical mesh combining durable and absorbable materials, designed to provide temporary support during tissue healing while reducing long-term foreign body presence in procedures such as hernia repair.
-
Clever Non-Absorbable Mesh
Read moreConstructed from durable, biocompatible materials, this surgical mesh provides long-term reinforcement for soft tissue repair, ensuring strength and stability in procedures such as hernia repair.
-
Invaducer Intraducer
Read moreA titanium or alloy sternal plate system providing rigid fixation post-midline sternotomy, enhancing sternal stability and reducing infection or dehiscence risks after cardiac surgery.