Class IV Laser 980+1470nm Portable Pldd Diode Laser System Surgical/Equipment for Percutaneous Laser Disc Decompression

• Type: Laser Beauty Equipment
• Function: Pldd(Percutaneous Laser Dsic Decompression)
• Theory: Laser
• Certification: CE, FDA, ISO13485
• LCD Display: With LCD Display
• Group: Adult
• Model NO.: Laseev
• Application: Salon, Clinic,Hospitals
• Wavelength: 980+1470nm
• Power: 47W
• Working Modes: Cw, Pulse, Single
• Laser Type: Diode Laser Gallium-Aluminum-Arsenide Gaalas
• Aiming Beam: Adjustable Red Indicator Light 650nm
• Fiber Type: Bare Fiber/Radial Fiber
• Fiber Diameters: 400um/600um/800um Optional
• Fiber Connector: SMA-905 International Standard Interface
• Pulse: 0-999ms
• Delay: 0-999ms
• Warranty: 1 Year
• Service: OEM ODM
• Other Functions: Evlt, Lipolysis, Cutting,Dental,Hemorrhoids,etc
• Transport Package: Air Box Packaging
• Specification: 45*48*53cm 20kg
• Trademark: CE
• Origin: Beijing
• Production Capacity: 5000

Product Description

Herniated Inter vertebral Disc Class IV Laser treatment Percutaneous Laser Disc Decompression PLDD device with 980nm 1470nm

Laser type	Diode Laser Gallium-Aluminum-Arsenide GaAlAs
Wavelength	980nm+1470nm
Power	1-30W for 980nm, 1-30W for 1470nm
Working Modes	CW, Pulse and Single
Aiming Beam	Adjustable Red indicator light 650nm
Fiber type	bare fiber/ radial fiber optional
Fiber diameter	400/600/800um fiber optional
Fiber connector	SMA-905 International standard interface, special quartz optical fiber laser transmission
Pulse	0.00s-1.00s
Delay	0.00s-1.00s
Voltage	100-240V, 50/60HZ
Size	48*40*30cm
Weight	5kg

Product Description

PLDD is a minimally invasive procedure for treatment of heriated lumbar and cervical discs. It involves insertion of a micro-needle under X-Ray guidance into the disc nucleus. A fiber is then inserted through the needle and used to deliver laser energy to the nucleus. The delivered laser energy thermally evaporates excessive fluid reducing internal pressure and relieving back pain.

An innovative approach - using TRIANGEL Laseev 980nm 1470nm - is to treat the bulge itself rather than to vaporize the Nucleus Pulposus.The focused 980nm 1470nm wavelength results in a confined effect and an energy efficient procedure.

Tissue interaction with LASEEV® DUAL


The LASEEV® DUAL platform is based on the absorption characteristics of both 980 nm and 1470 nm wavelengths, which, thanks to its outstanding interaction in water and haemoglobin and moderate penetration depth into disc tissue, enables procedures to be carried out safely and accurately, especially in proximity of delicate anatomical structures.

Advantages

The PLDD procedure offer a minimally invasive altemative for relieving back pain. The procedure kit enables microsurgery precision, tactile feedback from the fiber, quick recovery for the patient, and use of only local anesthesia. The laser special features include portbility, ease-of-use, no maintenance or running costs, high reliability and stability.

Benefits

Benefits of the minimally invasive PLDD procedure

- Local anaesthesia allows the treatment of patients at risk.
- Very short operating time compared with open procedures
- Low rate of complications and postoperative inflammation(No soft tissue injury,No risk of epidural fibrosis or scarring)
- Fine-needle with very small puncture site and therefore no need for sutures
- Immediate significant pain relief and mobilization
- Shortened hospital stay and rehabilitation
- Lower costs

Treatment procedures

PLDD procedure is performed using local anesthesia. Optical fiber is inserted in special cannula under fluoroscopic guidance.After applying contrast to the facet it is possible to check cannula's position and the condition of the disc bulge. Starting laser initiates decompression and lowers intradiscal pressure. The procedure is done from the posterior-lateral approach with no interference to vertebral canal,therefore,there is no possibility of damaging a reparative treatment,but there is no possibility to reinforce annulus fibrosus. DUring PLDD disc volume is minimally decreased,however,disc pressure can be significantly lowered. In case of using laser to disc decomperssion,small amount of nucleus pulposus evaporates.

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