SMART M SG – Premium Medical Equipment Supplier in Nigeria

Surgery

✓ Proctology

✓ Microsurgery

✓ Vascular surgery

✓ Diagnostics

✓ Biostimulation of chronic wounds and ulcers

Key Advantages

The widest range of applications – a wide selection of treatment accessories
Simple and intuitive operation
A rich library of ready-made treatment procedures with the possibility of modifying them and assigning them to patients
Greater precision of procedures with reduced tissue invasiveness
Quick return to daily activities
Pain reduction
No need for hospitalization
Lowest operating costs

A Brief History of Laser Therapy

The history of the use of lasers in medicine begins with surgical lasers, then called laser knives.

The first to build a laser was the American scientist Theodore Maiman. This coherent and monochromatic beam of laser light shone in 1960 and began a promising era, giving rise to all modern solid-state lasers.

October 1961: Elias Snitzer of American Optical Co. reports the first neodymium laser surgery.

December 1961: The first medical procedure using a laser is performed by Dr. Charles Campbell of the Institute of Ophthalmology at Columbia-Presbyterian Medical Center and Charles Koester of American Optical Co. at Columbia-Presbyterian Hospital in Manhattan. The American optical ruby laser is used to destroy a retinal tumor.

October 1962: Nick Holonyak, a consultant at General Electric Co.’s Syracuse laboratory, publishes his paper on the GaAsP “visible red” laser diode, a compact, efficient source of visible coherent light.

In 1963: the first Polish HE-NE laser was launched – developed at the Military University of Technology – generating radiation with a wavelength of 1.15 µm.

In 1964, the first diode-pumped semiconductor laser was built.

Since 1972, the beginning of the widespread use of lasers in world medicine begins. The main reason for searching for new applications of lasers in medicine was the appearance of optical fibers. They allowed the introduction of a laser beam into body cavities and cavernous organs.

The first time in history lasers were presented in proctology was in 1989. It was the surgical removal of hemorrhoids. Then in 1990 Masson described the cases of patients who underwent hemorrhoidectomy with CO2 laser in outpatient conditions with good results.

Models

Applications	SMART M SG-1 980nm, 1470nm (15W)	SMART M SG-2 980nm (15W)	SMART M SG-3 1470nm (15W)	SMART M SG-4 1940nm (7W)	SMART M SG-5 405nm,635nm (0.5W)
Vascular surgery	✓	✓	✓	✓
Proctology	✓	✓	✓
Microsurgery	✓	✓
Wound treatment					✓
Infection diagnostics					✓

Each laser can be expanded with a 635 nm handpiece ideal for biostimulation and wound healing, as well as a 405 nm handpiece designed specifically for diagnosing infected areas and detecting bacteria.

Wavelength

Wavelengths	405nm	635nm	980nm	1470nm	1940 nm
Hemorrhoids			✓ ✓ ✓	✓ ✓ ✓ ✓
Fistula			✓	✓ ✓ ✓ ✓
Surgery			✓ ✓ ✓ ✓	✓ ✓
Varicose veins			✓ ✓	✓ ✓ ✓	✓ ✓ ✓ ✓
Dishes			✓ ✓ ✓ ✓
Microsurgery			✓ ✓ ✓ ✓	✓
Wound treatment		✓ ✓ ✓ ✓
Infection diagnostics	✓ ✓ ✓ ✓

Why is there not one wavelength?

A novelty among medical devices manufactured by Lasotronix is the two-wave, universal surgical laser SMART ^M 980/1470nm, which, in addition to phlebology and proctology, is widely used in dermatosurgery, laryngology and gynecology.

Additionally, SMART diode lasers can be extended with an additional wavelength – 635nm, which, thanks to biomodulation effects, has a very beneficial effect on morphological elements of human blood. Treatments with this wave significantly improve the process of soft tissue regeneration, rebuild blood vessels, reduce postoperative pain and swelling, stimulate blood and lymph flow and strengthen local immunity. The use of the 635nm laser is especially recommended for patients undergoing inflammation, difficult-to-heal wounds or ulcers, and after each procedure to accelerate healing, reduce pain and swelling.

For minimally invasive intravenous laser ablation – EVLT, Lasotronix offers diode lasers emitting radiation at various wavelengths: 980nm, 1470nm or 1940nm with the possibility of further expansion with additional light sources.

As can be seen in the graph, for 980nm radiation, the absorption coefficient is higher for hemoglobin than for water. In the case of 1470nm, especially 1940nm, it is the opposite, and water absorbs light radiation many times better than hemoglobin. Both of these chromatophores are components of human tissues, including blood and vessel walls. Lasers with a wavelength of 980nm have been used on a large scale for over 20 years, and the average power used during procedures is 10-12W. At a wavelength of 1470nm, lower powers are needed – at 6-8W, and for 1940nm waves, 4-6W is enough to perform an effective operation. Reducing the amount of power needed makes these lasers much safer and predictable tools for the doctor, while providing patients with a faster and more comfortable recovery.

Technical Parameters

Laser type: diode
Output power: up to 15 W for wavelengths 980nm, 1470nm
Output power: 7 W at 1940nm
Output power: 0.5 W for wavelength 405nm, 635nm,
Screen: color, touchscreen
Fiber Diameter: 320μm, 400μm, 600μm
Weight: 2.5 kg

Accessories

PROCTOLOGY SET – HEMORRHOIDS

Proctology handle (with Luer slip (LS) adapter, inner diameter 2.5mm for proctology) (Model No.: 170042)
Sagittal fiber optic for hemorrhoids 600μm, length 3m, SMA 905 connector with knurl nut adapter, disposable (Model No.: 250026)
Proctological cannula for LS adapter, disposable 14Gx6cm (Model No.: 170032)

PROCTOLOGY SET – HEMORRHOIDS / MICROSURGERY – CUTTING, COAGULATION

Microsurgery handle (Model No.: 170027.02)
Proctological cannula L50R110 curved (length 50 mm, reusable) (Model No.: 170040.01)
Straight optical fiber, terminated with SMA905 connector on one end, open on the other, core diameter 600μm, length 3 m, reusable – up to 10 sterilizations (Model No.: 250019)
Reusable Fiber Optic Cable Stripper (Model No.: 690011)
Diamond knife for cutting optical fibers (Model No.: 690002.01)

VASCULAR SURGERY KIT WITH STRAIGHT FIBER OPTIC

Straight optical fiber, terminated with SMA 905 connector on one side, open on the other, core diameter 600μm, length 3m, disposable (Model No.: 250017)
EVLT 14G Catheter, for straight fiber optics, length 70cm. (Needle 18G – 7cm, Dilator 7F – 10cm, Guidewire 0.035” – 150cm, J-tip tip) (Model No.: 250020)
Lock Adapter for Catheter EVLT (Model No.: 250022)

VASCULAR SURGERY KIT WITH RADIAL ENERGY EMISSION FIBER OPTIC

SLIM radial energy emission fiber (core diameter 600 μm, length 2.5 m, SMA905 connector / radial tip, disposable) (Model No.: 250024)
6F Radial Fiber Optic Catheter (Sheath Inserter, Dilator, Guidewire, Piercing Needle) (Model No.: 250025)

BIOMODULATION KIT

Doctor’s protective glasses for λ=635nm (Model No.: 260001)
Diode handpiece – 635nm laser (Model No.: 170043.01)
Attachment for applicators with a diameter of ø 8 and 2 mm (Model No.: 170024)
Applicator, fiber optic for biomodulation with a diameter of ø = 8mm (Model No.: 170025)
Applicator, fiber optic for biomodulation with a diameter of ø = 2mm (Model No.: 170026)
Electrical connection cable (between diode laser housing and therapy handpiece) (Model No.: 170031)

DIAGNOSTICS KIT

Doctor’s safety glasses for λ=405nm (Model No.: 260006)
Diode handpiece – 405nm laser (Model No.: 170043.02)
Fiber optic applicator with a diameter of ø = 8mm (Model No.: 170025)
Attachment for applicators with a diameter of ø 8 and 2 mm (Model No.: 170024)
Electrical connection cable (between diode laser housing and therapy handpiece) (Model No.: 170031)

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