SMARTXIDE2 The Only ENT Laser Platform: The Accuracy of the CO2 Laser and the Flexibility of the Diode Laser ENT Microsurgery General Surgery DEKA Proprietary Technology: Electronic Scanning Systems and Micro Spot Micromanipulators DEKA: Excellence in Robotic Surgery

THE SMARTXIDE2 REVOLUTION: ABSOLUTE PRECISION AND CONTROL FOR THE MOST ADVANCED MICROSURGERY The use of CO2 has considerably improved the performance of ENT microsurgery. Today CO2 laser is universally recognised as the gold standard for mininvasive ear, nose and throat applications. DEKA, a world leader in the development of high tech laser systems, concentrated over thirty years of expertise into the technological excellence of SmartXide2 The synergistic interaction of SmartXide2: - CO2 RF laser source with PSD® (Pulse Shape Design) technology, - high precision scanning system (HiScan Surgical),...

SMARTXIDE2 DEKA TECHNOLOGIES: BEYOND PROGRESS WITH SMARTXIDE2 The technological evolution and ongoing scientific research carried out in the DEKA laboratories and highly specialised world centres, have pushed the SmartXide2 design beyond the current use boundaries with a decisive impact on ENT laser technology. DEKA innovative CO2 RF laser source equipped with the exclusive PSD® (Pulse Shape Design) technology generates pulses especially designed for surgical applications and the use of lasers in total synergy with the HiScan Surgical scanning system. SmartXide2 is an extremely versatile platform...

RF CO2 LASER SOURCE WITH PSD® TECHNOLOGY: VERSATILITY WITHOUT COMPROMISES The development of RF CO2 laser source equipped with the exclusive PSD® (Pulse Shape Design) technology allowed DEKA to create a CO2 laser system with high emission versatility and capable of generating optimal pulses for multidisciplinary applications designed especially for ENT surgery. Pulse Duration High energy delivered in microsecond pulses. The special features of this new source and its power supply make it possible to create fractioned laser pulses with variable structure, durations and peak powers, something hitherto...

EASYSPOT HYBRID MICROMANIPULATOR: THE NEW GOLD STANDARD IN MICROSURGERY EasySpot Hybrid offers exclusive technical advantages in microscopic surgery offering full control in areas requiring extreme precision and utmost accuracy. Combining holographic lens and high reflectivity mirrors hybrid technology produces micro spots and the largest scanning figures on the market. The main scanning functions are microswitch-controlled by the joistick allowing the surgeon to operate without ever taking his eyes off the microscope. These are the technological innovations offered by the HiScan Surgical and...

INTEGRATED DIODE LASER (OPTIONAL) The diode laser is well known in ENT due to its user-friendliness and the benefits offered by a flexible fibre optic transmission system, especially for difficult areas like the nose and ears. SmartXide2 is the only CO2 system that can also be upgraded with an additional diode laser module. Diode laser is available with 2 wavelengths (940 nm or 980 nm) and 2 maximum powers (30 W and 50 W). A wide range of optical fibres from 200 to 600 microns, single use or 10-time sterilisable can be chosen. The flexibility and user-friendliness of the diode laser combined...

THE TECHNOLOGICAL SOLUTION FOR ALL ENT TREATMENTS The multitude of applications and benefits of CO2 laser in ENT have been known for years. The use of instruments that exploit automated cutting and ablating techniques make it an indispensable system for the surgeon. SmartXide2, with its EasySpot Hybrid micromanipulator and HiScan Surgical scanner, is the new Gold Standard for laryngeal microsurgery: Cordectomies and Cordotomies • Polyps and laryngeal papillomas (including diffuse papillomatosis) • cordal nodules • Benign neoformations • Reinke’s oedema • Laryngocele • Hyperkeratosis laryngitis...

TECHNICAL DATA HiScan Surgical Scanner System Scanning Modes Power Mode and Depth Mode. Scanning Shapes Point, Line, Arcs of circle up to complete circle, Spiral, Clover, Hexagon (progressive and interlaced scanning). Emission Modes Emission Modes Selectable Ablation Depth Emission Beam Dwell Time Laser Type Hybrid EasySpot Micromanipulator Optical Technology Emission Time Delay Emission Time 7 Mirrors articulated arm with counterweight. Aiming Beam Laser diode @ 635 nm - 4 mW - Adjustable intensity from 2% to 100% - Aiming light OFF or Diode OFF while lasing. About 150 factory stored protocols,...