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Ophthalmic laser device MAKDEL-08 Speckle
Аппараты для лечения зрения

Ophthalmic laser device MAKDEL-08 Speckle

Ophthalmic laser device MAKDEL−08 Speckle Ophthalmic laser device MAKDEL-08 “Spekle” is specialized helium-neon laser equipment for the non-surgical treatment of functional vision disorders in children and adults. The device is intended for the treatment of amblyopia, myopia and visual fatigue due to the formation of a speckle structure on the retina. The operation of the device is based on the use of a helium-neon gas laser with a narrow spectral band of radiation of about 0.002 nm, which provides high contrast speckle patterns and increased impact efficiency. Laser radiation with a wavelength of 0.6328 microns, passing through the optical media of the eye, forms a speckle field that stimulates retinal structures, improves microcirculation and accommodative function. Procedures using the MAKDEL-08 “Spekle” device can reduce visual fatigue, increase visual acuity and normalize the functional state of the visual analyzer. The equipment is used in ophthalmology offices and does not require complex infrastructure for installation. Indications for use Amblyopia of various forms. Myopia (myopia). Visual fatigue and asthenopia. Post-traumatic visual impairment. Metabolic disorders of the cornea. Dysfunction of the lacrimal gland. Retinopathy of prematurity. Contraindications Malignant neoplasms, including those of the visual organs. Infectious eye diseases. Fresh hemorrhages in the membranes of the eye. Diabetic angioretinopathy. History of epilepsy. First half of pregnancy. Scope of delivery Control unit. Speckle ophthalmic attachment. Fiber optic cable. Power unit. Passport. Operation manual. Advantages of the MAKDEL-08 Speckle device The use of a helium-neon laser with a narrow spectral band of radiation (0.6328 μm) provides high contrast of the speckle structure. Increased efficiency of laser stimulation of the retina due to the formation of a stable speckle field. Reducing the duration of the procedure while maintaining the therapeutic dose of exposure. Improving microcirculation in the tissues of the eye and choroid. Normalization of accommodative function and reduction of visual fatigue. Pulse and continuous operating modes for individual selection of therapy. Adjustable pulse repetition rate (0.5–7 Hz) to adapt the treatment protocol. Non-surgical effects on the visual apparatus without systemic drug load. Use in children from an early age (from 4 years) and adult patients. High safety of the procedure while complying with the standards of ophthalmic practice. Possibility of integration into a standard ophthalmology office without specialized furniture. Compact architecture and modular design of equipment for ease of use. Stability of laser radiation parameters due to a helium-neon gas source. Supports various stimulation modes for the treatment of amblyopia and myopia. Reduction of visual fatigue with course use. Application of the MAKDEL-08 Speckle apparatus Ophthalmic laser device MAKDEL-08 “Spekle” is a helium-neon physiotherapeutic device designed for non-invasive laser stimulation of the visual analyzer with the formation of a speckle structure on the retina. The device is used: in ophthalmological offices of clinics and hospitals; in specialized ophthalmological centers; in children's medical institutions and vision care offices; in ophthalmological research institutes; in rehabilitation centers after injuries and operations of the visual organs; in private medical ophthalmology clinics. Manba: https://www.nv-lab.ru/catalog_info.php?ID=10557

Price on request
  • Characteristic: Meaning
  • Average laser power (continuous mode): 4 mW
  • Average power of pulsed laser radiation: 2 mW
  • Wavelength: 0.6328 µm
  • Pulse frequency: 0.5; 1; 1.5; 2; 3; 4; 5; 6; 7 Hz
  • Duration of procedure: 1–10 minutes
  • Control unit (dimensions): 500 × 450 × 200 mm
  • Power supply (dimensions): 200 × 50 × 40 mm
  • Speckle nozzle: 50 × 160 mm
  • Fiber optic cable length: 15 × 1000 mm
  • Operating mode: continuous / pulse

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