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Thérapies mini-invasives / Produits / Solutions de visualisation / EleVision™ HD 2 Platform

Présentation

Clear vision to elevate your OR.

Options that support the need for flexibility. A tool that allows for clear sight and adaptability. A versatile arsenal of cutting-edge technology. That’s what the EleVision™ HD 2 platform provides. 

  • Natural colors1,2,†,‡
  • Real-time digital removal of surgical smoke3,‡,§
  • Advanced imaging modes that improve visualization and characterization of critical structures during bowel dissection1,2,‡, Ω

Caractéristiques

Optimize your surgical experience

With a simplified and streamlined design,4 the EleVision™ HD 2 platform components can enhance surgeons’ ability to see and respond to a variety of surgical needs. 

Monitor
  • Displays 1080p HD video
CMOS technology camera 
  • Captures native, HD images 
  • Maintains sharpness 
  • Provides better resolution5,††† 
  • Enables color enhancement that may improve identification and characterization of critical structures6,‡‡‡
LED light source
  • Features 30,000-hour lifespan7
  • Delivers 60 times more life than a Xenon™* light bulb7
Laparoscope 
  • Features a laser-welded design that lasts for more than 2,000 autoclave cycles5
50 L insufflator 
  • Simple-to-use pressure and flow settings8
  • Easy-to-read display of actual pressure and flow values8
  • Individual programming options8,†††, ‡‡‡ 
  • Offers gas heating to target a 37 C body temperature9
Laparoscopic suction irrigation pump
  • Radio Frequency Identification (RFID) control
  • 2.0 l/ m suction irrigation
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ORDER CODE DESCRIPTION UNIT OF MEASURE QUANTITY
ELEVCCU EleVision™ camera control unit, image capturing, SCE, SR  1 1
ELEVCCUVR EleVision™ camera control unit, image and video recording 1 1
ELEVTV1000 TipVision™ videoscope, 10 mm, 0 degree 1 1
ELEVTVTRAY TipVision™ videoscope sterilization tray 1 1
ELEVTV1030 TipVision™ videoscope, 10 mm, 30 degree 1 1
95–3901

Native full HD camera head 1 chip CMOS with parfocal zoom, f = 14.25–28 mm, hydrogen peroxide gas plasma sterilization compatible

 1 1
95–3906 Native full HD camera head 3 chip CMOS with parfocal zoom 1 1
11.0031A 10.0 mm, HD laparoscope, 344 mm, 0 degrees 1 1
11.0041A 10.0 mm, HD laparoscope, 344 mm, 45 degrees 1 1
11.0043A 10.0 mm, HD laparoscope, 344 mm, 30 degrees 1 1
11.0055A 5.0 mm, HD laparoscope, 312 mm, 0 degrees 1 1
11.0057A 5.0 mm, HD laparoscope, 312 mm, 30 degrees 1 1
05.0740LED LED light source 1 1
05-0760LED LED light source (CRI >92) 1 1
05.0085L.HT 3.5 x 3000 mm light guide recommended for Xenon™* light sources 1 1
05.0087L 4.8 x 3000 mm light guide for LED light source 1 1
05.0088l.ht 3.5 x 2300 mm light guide recommended for Xenon™* light sources > 300 1 1
05.0090L 4.8 x 2300 mm light guide for LED light source 1 1
05.0090l.ht 4.8 x 2300 mm light guide recommended for Xenon™* light sources 1 1
05.0085L.HT 3.5 x 3000 mm light guide recommended for Xenon™* light sources 1 1
05.0085L.HT 3.5 x 3000 mm light guide recommended for Xenon™* light sources 1 1
MLW-2623C-DC 26’’ HD monitor Ikegami 1 1
HME2C26 26’’ HD monitor Hisense 1 1
MLW-3225C 32’’ monitor Ikegami 1 1
KU–5576–902 Equipment cart, one monitor (max 14 kg) 1 1
KU–5167–902 Equipment cart for two monitors (fixed arm, max 14 kg; flexible arm, max 10 kg) 1 1
KU–7211–902 Equipment cart for one monitor (max 18 kg) 1 1

Informations de commande

Introducing the TipVision™ videoscope — the world’s first videoscope with dual chip-on-tip technology that’s fog-free3,‡,§ and focus-free.‡

TipVision™ videoscope provides consistent, clear visualization with:

Chip-on-tip technology that’s: 
  • Focus-free††
  • Broad depth of field ranging from 20 mm to 200 mm
  • Clear, consistent fog-free image3,§,‡
Sapphire glass over the light output at the distal tip that’s: 
  • Scratch resistant and more durable 
  • Protective of LED lights for consistent performance over the product’s lifecycle10,‡‡
Integrated LED lights with: 
  • Automatic light adjustment with less glare 
  • No light post or cable 
  • Consistent brightness over the product’s lifecycle10,‡‡

TipVision™ Info Sheet

Learn how the TipVision™ videoscope provides a sharper,1,2,†,‡ brighter,11,††,§§ more consistent view.3,§,ΩΩ

View Info Sheet
  • †Average scores with 19 surgeons on image color and sharpness were 4.6 and 4.7 out of 5, respectively.
  • ‡Based on preclinical or animal studies. Results may not correlate to performance in humans.
  • §Compared to a traditional rod-lens laparoscope when used in a laparoscopic cholecystectomy and a laparoscopic TAPP hernia repair.
  • ΩCompared to an unaltered white light image. 13 out of 19 surgeons surveyed agreed.
  • ††TipVision™ videoscope has fixed depth-of-field of 20 mm-200 mm with most optimal image between 30 mm and 60 mm.
  • ‡‡Compared to traditional rod-lens designs with light fibers and an external light source.
  • §§Maximum luminous flux of TipVision™ videoscope measured at 73.3; Olympus EndoEye™* measured at 42.9. Test methodology based on integrating sphere and spectrometer calibrated to reference lamp in LightMtrx software.
  • ΩΩCompared to Olympus EndoEye™*.
  • †††Relative to CCD sensors.
  • ‡‡‡As evaluated in a clinical study with the FICE system (Fujinon™* Corporation) in the identification of gastroduodenal lesions.
  • 1. Based on internal test report #RE00176521, EleVision™ HD 2 platform usability validation lab. February 2019. Data on file.
  • 2. Based on internal test report #RE00176522, EleVision™ HD 2 platform usability validation lab. February 2019. Data on file.
  • 3. Based on internal report #RE00253641, TipVision™ videoscope preclinical performance report. March 2020. Data on file.
  • 4. Based on internal test report #RE00246399, EleVision™ HD 2 platform summative usability validation lab. February 2019. Data on file.
  • 5. Weber K. New trends and implementations in imaging technology for the future of live production. March 2013.
  • 6. Coriat R, Chryssostalis A, Zeitoun JD, et al. Computed virtual chromoendoscopy system (FICE): A new tool for upper endoscopy. Gastroenterol Clin Biol. 2008;32(4):363–369.
  • 7. Based on internal report #VD1091, Rev 03. Scholley. April 2018. Data on file.
  • 8. Based on internal test report FM134, Rev 0.4 World of Medicine. Schwab. Usability review of FM134. May 2018. Data on file.
  • 9. Pankalla S. Verification report. Functional performance verification for the tube set ST 280. World of Medicine. July 2017.
  • 10. Based on internal report #VD2124, Rev 00. Scholley. June 2019. Data on file.
  • 11. Based on internal report #VD2143, Rev 00. Scholley. June 2019. Data on file.
INFORMATIONS
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