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          Toronto, Canada, June 10, 2020 —(– Northern Optotronics Inc. (NOI) continues the commitment to providing industry leading products and services with the announcement of a new partnership with LASIT, a global leader in laser marking and engraving solutions. This new collaboration will provide solutions, expertise, and industry specific experience that will enhance the efficiencies and business advantages that companies require.. …..

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SmartXide² GYN

The SmartXide² GYN has unique features and power that allow for the creation of fractional laser pulses with variable structure, durations and peak powers, something completely new in CO2 laser technology

The CO₂ RF laser source with the exclusive PSD® (Pulse Shape Design) technology generates pulses especially designed for surgical applications (U-Pulses), and the use of lasers in total synergy with the HighScan Surgical and EndoScan scanning systems.

Colposcopy, Gynaecological Laparoscopy

Smartxide-GYN -Laser for Gynaecology





SmartXide² GYN - Absolute Precision and Control for the Most Advanced Gynaecological Surgery

SmartXide2 can operate in both the colposcopic and endoscopic fields, with a versatility that makes it the most advanced worldwide CO2 laser system.

“The SmartXide2 laser system CO2 wavelength is ideal to precisely treat soft tissue. Not needing any direct contact, the SmartXide2 laser allows for treating areas otherwise difficult to reach with other methods employed
in video laparoscopy. DEKA advanced systems utilize a high energy pulse that coupled with the precision of the scanner movement, allow for safe and minimally invasive treatments, especially for difficult to treat conditions like Endometriosis and Infertility therapy. This is why the SmartXide2 laser system is an indispensable tool for the discerning physician.”

Maurizio Rosati, M.D.

Director of the Operating Unit of Gynaecology and Obstetrics Spirito Santo Hospital, Pescara – Italy

CO2 laser conization
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Key Strengths

CO₂ RF laser source with PSD® (Pulse Shape Design) technology

High precision scanning systems (HiScan Surgical and EndoScan)

Micromanipulator with exclusive Hybrid technology

Boosted results by PSD® technology

The first RF CO2 laser system with the exclusive Pulse Shape Design technology. It enables the maximum flexibility of the pulse shape: S-pulse, D-pulse, H-pulse, U-pulse and the CW mode, greatly expand the surgical capabilities of the SmartXide2 making it an effective, versatile and powerful system.

“SmartXide2 CO2 laser coupled with the microspot micromanipulator and scanner, combines speed, user-friendliness and mini-invasiveness in a single system. By controlling the ablation depth and thermal damage it is possible to enhance the safety and effectiveness of the treatments in full respect of patients. CO2 laser systems with scanner-assisted technology have become the gold standard in out-patient surgery of the lower genital tract.”

Prof. C. Penna, M.D.

Department of Gynaecology and Obstetrics Colposcopy and Laser Therapy Office Careggi University Hospital, Florence – Italy

Features holographic lens and mirrors for perfect focusing of the laser beams, producing micro spots and the largest scanning figures on the market.

Thermal Effect and Ablation


  • Laser Type: CO2 RF - PSD®
  • Models: C60 and C60H | C80 and C80H
  • Wavelength: 10.6 μm
  • Emission Beam: TEM
  • Emission Modes: CW - SP - DP - HP - UP
  • Emission Time: 0.01 to 0.9 s
  • Delay Emission Time: 0.3 to 5 s
  • Beam Delivery: 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 (DOWL)
  • Weight: 95 kg - C60 and C80 | 100 kg - C60H and C80H
  • Dimensions: 162 (H) x 59 (W) x 56 (D) cm - C60 and C80
    | 192 (H) x 59 (W) x 56 (D) cm - C60H and C80H

HiScan Surgical Scanner System

  • Maximum Scanning Area: 6.3 mm x 6.3 mm @ 400 mm EFL
  • Scanning Modes: Power Mode and Depth Mode
  • Selectable Ablation Depth: 0.2 to 2 mm
  • Emission Modes: CW - UP
  • Dwell Time:100 μs to 45 ms
  • Scanning Shapes: Point, Line, Arcs of circle up to complete circle, Spiral, Clover, Hexagon (progressive and interlaced scanning)

Integrated Laser Diode (optional)

  • Operating Modes: CW and PW
  • Wavelength: 940 nm or 980 nm
  • Burst pulses in PW: 2 - 50
  • Delay Between Bursts: 0.5 sec to 5 sec
  • Emission time in PW (Ton): 5 to 2,000 ms
  • Exposure Modes: Continuous, Single Pulse, Burst or Repeated Burst
  • Beam Delivery: Optical Fibers of 200 μm, 300 μm, 400 μm, 500 μm and 600 μm, single use or 10 times sterilisable, with chip; SMA 905 connector


HiScan Surgical

HiScan Surgical allows robotic technology use in microsurgery. The laser beam focused by the zoom of the hybrid micromanipulator in spots of few microns is rapidly moved offering:

• optimal scanning figures for cutting and ablation of tissues
• minimum lateral thermal damage to tissues
• selection of the ablation depth of every single scan (depth mode)
• reduced learning curve

HiScan Surgical can generate the most suitable scanning shapes in ENT microsurgery, including points, lines, curves and complete circles, spirals, hexagons (progressive and intertwined scanning), double interpolated ellipses.

HighScan Surgical

Endo Scan

EndoScan is a miniturised scanner able to achieve a X-Y movement by using a single mirror. It can be used coupled with handpieces as well as laparoscopes and surgical micromanipulators.

Hybrid EasySpot Micromanipulator

EasySpot Hybrid offers exclusive technical advantages in microscopic surgery offering full control in areas requiring extreme precision and utmost accuracy. The micromanipulator is used in CO2 laser microsurgery coupled with a surgical microscope (in ENT) or a colposcope (in Gynaecology). The main scanning functions are microswitch-controlled by the joystick allowing the surgeon to operate without ever taking his eyes off the microscope.


CO₂ Surgical Laser Handpieces

CO₂ surgical handpieces are available for all the models of Smartxide² and the Smartxide²’s basic price includes one handpiece amongst the ones shown in this chapter. All the SmartXide² handpieces are composed by three different parts:
• an external central part (Handpiece Body),
• an internal part (Focal Assembly) and
• a distal part (Spacer) which depends by the choosed Focal Group

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