THE WAVELENGTH OF YOUR CHOICE IN THORACIC SURGERY

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The use of laser technology in Thoracic Surgery and Pneumology has proven to be clinically effective and beneficial for the patients. In recent years, new developments in laser techno logy using state-of-the-art semiconductor diode lasers, delivered high power systems using 1350 nm wavelength which has proved to be ideal for parenchymal tissues. Furthermore the wavelength of 1470 nm shows excellent results in the bronchial palliative treatments for Pneumology. Following the tradition to pioneer new minimally invasive treatments, biolitec® has combined the most cost effective and reliable lasers with high quality fiber optics and instruments to make the procedures safer and more cost effective for the health care professional with excellent standard of care for the patients. laser technology in thoracic surgery anD Pneumology is alreaDy well-estaBlisheD. ceralas® hpD 1350 Our high-power diode lasers are available with a range of different wavelengths and maximum powers to cover different applications. In Thoracic Surgery the 1350nm wavelength provides best results in cutting, coagulating and sealing of parenchymal tissue. In Pneumology an even better absorption of laser energy in water is desirable. That’s the reason why some Pneumologists prefer our 1470nm wavelength in this field. aDvantages of Biolitec® laser User friendly Multidisciplinary use (Thoracic Surgery, Pneumology, Visceral Surgery) Easy to set-up (no additional external cooling or high voltage requirements) Portable unit and low footprint in operating theatre Reliable diode technology Low maintenance cost
thoracic surgery aPPlications oPen surgery anD laser assisteD vats (viDeo assisteD thoracoscoPic surgery) Metastasectomy: resection of multiple deep and centrally located lung metastases Vaporization of tumors of thoracic wall Wedge excision of part of the lung Adhesiolysis Recurring metastases and tumors Haemostasis and sealing of fistulas Pneumology aPPlications Coagulation and ablation of endobronchial tumors and stenoses Removal of bronchial obstructions and fistulas Separation of tracheal stenoses technical Details ceralas® hPD 1350 Laser Type Diode Laser Treatment mode Continuous Wave (CW), Pulse Mode Wavelength 1350 nm or 1470 nm (Pneumology) Fibers ≥ 600µm Fiber Power output Model 120 Watt Cooling Air cooled system Pulse duration Variable 0,01 – 99,9 s Pilot beam 635nm, 4 mW Power supply 110 –240 VAC / 50 – 60 Hz / 1000 VA Dimensions HxWxD approx. 30 x 60 x 30 cm Weight approx. 38 kg Laser Class 4 Visible and invisible laser radiation Avoid eye or skin exposure to direct or indirect radiation CLASS 4 LASER PRODUCT Diode-Laser 1350 +/- 30nm CW 120W (MAX) Diode-Laser 635 +/- 10nm CW 4mW (MAX) EN 60825-1:2007 EN 60601-2-22:1996 Visible and invisible laser radiation Avoid eye or skin exposure to direct or indirect radiation CLASS 4 LASER PRODUCT Diode-Laser 1470 +/- 30nm CW 120W (MAX) Diode-Laser 635 +/- 10nm CW 4mW (MAX) EN 60825-1:2007 EN 60601-2-22:1996
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THE WAVELENGTH OF YOUR CHOICE IN THORACIC SURGERY

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