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Thoracic Surgery and Intervetional Pulmonology

Thoracic Surgery and Intervetional Pulmonology

Thoracic Surgery and Intervetional Pulmonology

Product catalog summary
Introduction
The document discusses the application of advanced diode laser technology in thoracic surgery and interventional pulmonology, focusing on minimally invasive laser surgery for lung metastases and bronchial tumors using biolitec®'s LEONARDO® DUAL wavelength diode lasers.
Laser Technology Specifications
The LEONARDO® DUAL laser system combines 980 nm and 1470 nm wavelengths. The 980 nm wavelength offers excellent coagulation by absorbing light in hemoglobin and water, while the 1470 nm wavelength is highly absorbed in water, providing effective cutting and vaporization. The system allows for high ablation rates with minimal post-operative side effects.
Advantages
  • Simultaneous cutting and coagulation
  • Smooth tissue surface sealing
  • Preservation of lung parenchyma and lobes
  • Effective treatment of deep and centrally positioned metastases
  • Precise resection of multiple metastases in one procedure
  • Excellent hemostasis and quick removal of post-operative drains
Applications
  • Open surgery and laser-supported VATS/Uniportal VATS for metastasectomy, tumor vaporization, and wedge excision
  • Interventional pulmonology for coagulation and ablation of endobronchial tumors and stenoses
Technical Specifications
The LEONARDO® DUAL 100 and 45 models offer adjustable power settings, aiming beams, and various treatment modes. They are designed for economic efficiency and reliability, with user-friendly setup and low maintenance costs.
Accessories and Instruments
The document lists various handpieces, fibers, and accessories compatible with the laser systems, including laparoscopic bending instruments and smoke evacuation units.
Safety and Certification
The laser systems are classified as Class 3R and Class 4 products according to IEC 60825-1/EN 60825-1 standards and are MDR certified.
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Catalog excerpts

Thoracic Surgery and Intervetional Pulmonology-1

THORACIC SURGERY AND INTERVETIONAL PULMONOLOGY MINIMALLY INVASIVE LASER SURGERY FOR LUNG METASTASES AND BRONCHIAL TUMORS Technology meets Anatomy

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Thoracic Surgery and Intervetional Pulmonology-2

Highly developed diode laser technology from biolitec® LEONARDO® DUAL wavelength diode lasers offer a combination of advantages. The 980 nm wavelength provides equal light absorption in both hemoglobin and water which offers an excellent coagulation effect. The 1470 nm wavelength is highly absorbed in water to generate an excellent cutting and vaporization. The LEONARDO® DUAL 100-watt laser allows the clinician to direct a laser beam with mixed wavelengths onto or into lung tissue that has very high water content and low density. Users are able to observe that the laser achieves high ablation...

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Thoracic Surgery and Intervetional Pulmonology-3

Laser technology for thoracic surgery and interventional pulmonology The use of laser technology in thoracic surgery has proven to be clinically effective and beneficial for the patient. During the last decades, laser development with modern semiconductor technology has demonstrated excellent performance with wavelengths in the range of 1318 – 1350 nm. This laser wavelength has proven ideal for parenchymal tissue (lungs and kidney). biolitec® has followed its tradition of developing new minimally invasive treatment methods to join the proven results of the 1350 nm laser. By combining the dual...

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Thoracic Surgery and Intervetional Pulmonology-4

ApplicationsOpen surgery and laser-supported VATS / Uniportal VATS • Metastasectomy • Wedge excision of lung tissue • Resection of multiple and deep lung metastases • Recurring metastases and tumors • Hemostasis and fistula sealing • Tissue resection for histological examination • Coagulation and ablation of endobronchial tumors and stenoses • Removal of bronchial obstructions and fistulas • Separation of tracheal stenoses (all procedures are performed with rigid or flexible endoscopes) • Multi-disciplinary use for numerous surgical applications • Simple set-up (no additional external cooling...

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Thoracic Surgery and Intervetional Pulmonology-5

Fiber diameter Aiming beam Treatment mode Pulse duration /-break Power supply Dimensions (H«W«D) Weight 85 Watt), individually adjustable 532 nm and 635 nm, green 1 mW, rot 4 mW, individually adjustable CW, Pulse Mode, ELVeS® Signal, ELVeS® Segment, Derma Mode 0.01 to 60 sec / 0.01 to 60 sec 110to 240 VAC, 50/ 60 Hz, 600 VA 28 cm *37 cm * 9 cm 8.5 kg LEONARDO®DUAL LEONARDO® DUAL 45 Set 30 Watt), individually adjustable 532 nm and 635 nm, green 1 mW, rot 4 mW, individually adjustable CW, Pulse Mode, ELVeS® Signal, ELVeS® Segment, Derma Mode 0.01 to 60 sec / 0.01 to 60 sec 110to 240 VAC, 50/ 60...

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Thoracic Surgery and Intervetional Pulmonology-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. B 062026, 411700000, Thoracic Surgery Physician Brochure EN / Layout: 6grad51.de

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.