The Horus® Optic Laser Probes by Invamed deliver high-performance photocoagulation capabilities for vitreoretinal surgery and other ophthalmic interventions. Constructed from medical-grade fiber optics, these probes offer precise laser energy transmission to the retina or posterior segment, ensuring effective photocoagulation with minimal scatter. Available in 20, 23, 25, or 27 gauge (0.81 mm, 0.64 mm, 0.50 mm, 0.41 mm), each probe caters to diverse procedural preferences and ocular anatomies.
Wide Range of Gauge Sizes
- 20G (0.81 mm), 23G (0.64 mm), 25G (0.50 mm), 27G (0.41 mm): Broad selection accommodates various surgical approaches—from standard vitrectomy ports to ultra-fine, minimally invasive surgeries.
- Surgeons can select the optimal gauge for patient-specific anatomy, pathology, and lens clarity.
High-Purity Fiber Optic Construction
- Fiber cables are derived from medical-grade fused silica or equivalent high-quality materials, ensuring superior light transmission and minimal dispersion.
- Enhanced photocoagulation precision reduces collateral tissue damage, crucial in delicate retinal structures.
Sterile & Disposable
- Probes come sterile and single-use, preventing cross-contamination and maintaining consistent optical performance.
- Simplifies OR workflow and eliminates the need for repeated reprocessing, reducing risk of fiber damage over multiple sterilization cycles.
Soft Tip & Angled Variants
- Certain models feature soft tip designs to safeguard against iatrogenic injury during retinal manipulations.
- Angled or curved tip options provide surgeons with improved access to peripheral or posterior pole lesions.
Versatile Laser Compatibility
- Standard endolaser coupling ensures broad compatibility with common ophthalmic laser systems (e.g., diode, argon).
- Color-coded or labeled connectors enable quick identification and safe, secure attachment during setup.
Clinical Indications
- Retinal photocoagulation for diabetic retinopathy, macular edema, peripheral retina tears, lattice degeneration, or choroidal neovascular membranes.
- Vitreoretinal procedures requiring localized laser application—such as panretinal photocoagulation (PRP) or focal macular treatments.
- 20G (0.81 mm), 23G (0.64 mm), 25G (0.50 mm), 27G (0.41 mm): Broad selection accommodates various surgical approaches—from standard vitrectomy ports to ultra-fine, minimally invasive surgeries.
- Surgeons can select the optimal gauge for patient-specific anatomy, pathology, and lens clarity.
- Fiber cables are derived from medical-grade fused silica or equivalent high-quality materials, ensuring superior light transmission and minimal dispersion.
- Enhanced photocoagulation precision reduces collateral tissue damage, crucial in delicate retinal structures.
- Probes come sterile and single-use, preventing cross-contamination and maintaining consistent optical performance.
- Simplifies OR workflow and eliminates the need for repeated reprocessing, reducing risk of fiber damage over multiple sterilization cycles.
- Certain models feature soft tip designs to safeguard against iatrogenic injury during retinal manipulations.
- Angled or curved tip options provide surgeons with improved access to peripheral or posterior pole lesions.
- Standard endolaser coupling ensures broad compatibility with common ophthalmic laser systems (e.g., diode, argon).
- Color-coded or labeled connectors enable quick identification and safe, secure attachment during setup.
- Retinal photocoagulation for diabetic retinopathy, macular edema, peripheral retina tears, lattice degeneration, or choroidal neovascular membranes.
- Vitreoretinal procedures requiring localized laser application—such as panretinal photocoagulation (PRP) or focal macular treatments.