Medical Diode Laser Therapy Device Surgery Laser

• Customization: Available
• Product Name: Surgery Diode Laser
• Model: Yj-DHL30
• Model NO.: YJ-DHL30
• Trademark: FORERMED
• Origin: China

Product Description

Product Description

Hemorrhoid Laser Surgery Diode Laser Therapy Device YJ-DHL30

Introduction
Diode lasers were commonly used in the field of therapeutic treatment for pain relief, wound healing or the like, while CO2 laser enjoyed the first choice for surgery. Unlike CO2 laser, the diode laser beam is transmitted through an optical fiber. This means that the laser beam can be delivered through rigid or flexible endoscopes. By processing the fiber tip has made it possible to perform surgeries commonly performed by CO2 laser. We have also developed various metal probes to respond to the demands from veterinarians. From vigorous surgery to soft therapy, from abdominal surgery to claw removal or ophthalmology, Diode Laser is a sprinter in various fields, i.e. your clinic.

Hemorrhoids are treated with medications, creams and injections in the first and second stages. Surgery is the most effective treatment for third and fourth stage hemorrhoids. Laser hemorrhoid surgery is one of the newest, safest and most effective treatment methods available today.
High patient satisfaction, less painful and reproducible methods, the possibility of recovery and return to normal life in a short time, the ability to maintain breech tissue at the highest level, and less complications make hemorrhoid surgery preferable with laser. Depending on the patient's condition, local, general, spinal or epidural anesthesia is used to enter the enlarged hemorrhoid cushions through a thin laser probe and bleed. The probe is then retracted slowly. In the meantime, thermal damage areas are created under the mucosa and sometimes under the anoderm by laser beams of 2-4mm depth and 6-8mm width with high heat properties. In this way, internal hemorrhoids are reduced and fibrotic tissue is formed under the mucosa.In the operation, which lasts an average of 15-20 minutes, the patient is discharged after resting for 2-4 hours. After 1 day, he can return to daily life.

Advantages:Benefits of laser surgery:
Less bleeding
Less pain Less swelling after surgery
Quicker recovery from surgery

Benefits of laser therapy:
Anti-Inflammation. Anti-Pain (Analgesic)
Accelerated Tissue Repair And Cell Growth
Improved Vascular Activity and Metabolic Activity
Reduced Fibrous Tissue Formation
Improved Nerve FunctionImmunoregulation Faster Wound Healing

APPLICATION AREAS  
Surgery (and endoscopy)
In the surgical area, the laser ray can be used for the cut of tissue like a scalpel. Through the high temperatures of up to 300 °C, the cells of the treated tissue pop open and evaporate. This process is called vaporization. The vaporization can be very well controlled through the selection of the parameters for laser performance, focussing of the laser ray, distance between the tissue and reaction time and therefore point-exactly applied. The strength of the used fiber-optic decides furthermore how fine the executed cut becomes. The influence of the laser causes a coagulation of the surrounding blood vessels so that the field remains freely from bleedings. After-bleeding in the cut area is avoided. *Vaporization cone *Carbonized tissue *Thermal reversible tissue

Therapy (acupuncture & ray-treatment)
If the laser ray is not used point-exactly but If If the laser ray is not used point-exactly but defocused, it can be applied for laser irradiation as well. This has the advantage that the irradiation times can be shortened considerable and repetition treatments are necessary only after clearly longer time distances. This treatment has anti-inflammatory, analgesic and cure-promoting effects and can be therefore used for the treatment of healing of wound disturbances as well as for illnesses of the locomotorium (acute and chronic joint inflammations, musculature inflammations, sinew inflammations or tenosynovitises). *Healing of a wound promotion *Postoperative measures *Pain therapy, acupuncture *Hotspot treatment *Arthrose *Strengthening of weak ear cartilages
 

Technical specification

Laser Type	Fiber Diode Laser
Wavelength	980nm / 1470nm
Operating mode	CW, Single Or Repeat Pulse
Pulse Duration	10μs-3s
Repetition Rate	0.2Hz-50KHz
Transmission System	Fibers of 200um ,400um And 600um With SMA905 Connector
Pilot Beam	Red Diode Laser Of 635nm, Power<5mW
Voltage/Current Rating	110/220 VAC, 5A , 50/60 Hz
Dimensions	400(W)*385(L)*200(H) mm
Weight	13Kg

 

 

 

 

 

 

Radial Fiber

Cooperate with radial fiber, laser energy is delivered into the anal fistula tract. Effect at whole fistula, target tissue is being destroyed and fistula tract will have temperature increased, this can also help healing. Meanwhile, since laser have effect at diminish inflammation and anti-bacterial, which could decrease infection risk during operation.

Tapered Fiber

Unlike traditional open surgery, Laser technology on hemorrhoids have outcome result to reduce pain, since laser transferred by tapered fiber which have smaller spot size, focus the energy to target tissue, and cooperate with special proctoscope to wide view, LED light source provide enough light let operation more thoroughly.

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