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Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation

Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation

Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation

Product catalog summary
Introduction
The document discusses innovative percutaneous laser procedures for managing spine and joint pain, focusing on the LEONARDO® laser system used in orthopedics and neurosurgery.

Specifications and Procedures
The LEONARDO® system is used in Percutaneous Laser Disc Decompression (PLDD) to vaporize a small volume within the nucleus pulposus, reducing intra-discal pressure and relieving nerve root compression. This minimally invasive procedure also denervates pain receptors, providing pain relief.

Joint Denervation
Laser denervation targets facet joints, sacroiliac joints, and knee joints using diode fiber laser technology. This approach is minimally invasive, targeting nerve tissues responsible for pain transmission.

Technical Specifications
The LEONARDO® DUAL platform combines 980 nm and 1470 nm wavelengths for effective tissue interaction. The system ensures precise ablation with microsurgical precision, suitable for sensitive areas like cervical and lumbar discs.

Advantages
  • Minimally invasive with reduced recovery time.
  • Low complication rates and outpatient procedure capability.
  • Cost-efficient and versatile across various medical specialties.
  • Suitable for patients with pacemakers or implants.

Product Details
The document lists various fibers and probes used in orthopedic procedures, emphasizing the ease of acquiring necessary devices through orthopedic kits.

Conclusion
The LEONARDO® laser system offers a minimally invasive, effective solution for managing acute and chronic pain in orthopedic and neurosurgical applications.
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Catalog excerpts

Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation-1

ORTHOPEDICS & NEUROSURGERY PAIN MANAGEMENT Innovative Percutaneous Laser Procedures for Spine & Joint Pain Technology meets Anatomy

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Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation-2

During treatment with LEONARDO®, a small volume within the closed hydraulic space of the nucleus pulposus is vaporized, reducing the intra-discal pressure (a thermal “shrinking effect”). This reduction in volume and pressure of the pathological disc leads to a decrease in disc herniation and thereby relieves nerve root compression. Additionally, it results in denervation of pain receptors (nociceptive nerves) that grow from the dorsal ligament into the annulus fibrosus. Painful facet joints can also be treated in the same session for enhanced relief through combination therapy. The therapeutic...

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Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation-3

LEONARDO® in Joint Denervation Denervation of facet joints, sacroiliac joints, and knee joints using diode fiber laser technology offers a minimally invasive approach to managing acute and chronic pain. This technique uses concentrated light beams to precisely target and ablate nerve tissues responsible for transmitting pain signals. Facet Joint Knee Joint Developed for long-term pain relief Our orthopedic fibers are designed based on over 30 years of experience in a wide range of medical laser applications. They allow highly precise and focused ablation, enabling treatment of even challenging...

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Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation-4

Procedural Advantages 3. Outpatient Procedure: Laser treatments can be performed on an outpatient basis, allowing same-day discharge and rapid return to daily activities. 5. Versatility: The laser can be used across various anatomical regions and medical specialties, providing fast ROI. 6. Large Patient Population: Laser ablation has no restriction in patients with pacemakers or other active implants. Better absor ption with 1470 n m Tissue interaction with LEONARDO® DUAL Microsurgical precision is guaranteed by specially designed PLDD laser fibers, ensuring surgical effectiveness, ease of handling,...

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Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation-5

LEONARDO® DUAL 45 LEONARDO® Mini 1470 Technical Specifications Leonardo® Dual 45 INVISIBLE LASER RADIATION AVOID EYE OR SKIN EXPOSURE TO DIRECT OR INDIRECT RADIATION CLASS 4 LASER PRODUCT Diode-Laser 980 +/- 30 nm CW 30 W (Max.) Diode-Laser 1470 +/- 30 nm CW 15 W (Max.) IEC 60825-1:2008 VISIBLE LASER RADIATION AVOID EYE EXPOSURE TO DIRECT RADIATION CLASS 3R LASER PRODUCT max. 45 Watt (1470 nm / 15 Watt + 980 nm / 30 Watt) separately adjustable Fiber diameter Aiming beam 532 nm and 635 nm, green 1 mW, red 4 mW, user controlled intensity Treatment mode CW, Pulse Mode (optional), ELVeS® Signal CW,...

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Orthepedics & Neurosurgery - Pain Management PLDD & Joint Denervation-6

To Learn More About a Whole New World of Minimally Invasive Laser Therapies Aesthetics Thyroid Treatment Thoracic Surgery Orthopaedics & Pain Management Aesthetics Urology Orthopaedics & Pain Management Phlebology biolitec GmbH Untere Viaduktgasse 6/9 A-1030 Wien [email protected] Legal Manufacturer CeramOptec GmbH Siemensstr. 44 53121 Bonn Find your local biolitec® partner © biolitec®, Rev. D 062026, 411800001, Orthopedic / Spine Surgery Physician Brochure EN

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