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Competitor Analysis

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Competitor Analysis YAG Lasers Competitor analysis Ellex products SuperQ UltraQ Main competitors Alcon 3000LE A.R.C. Laser Q-Las 10 Lightmed Pulsa SYL9100/ Lumenis ... – PowerPoint PPT presentation

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Title: Competitor Analysis


1
Competitor Analysis
  • YAG Lasers

2
Competitor analysis
  • Ellex products
  • SuperQ
  • UltraQ
  • Main competitors
  • Alcon 3000LE
  • A.R.C. Laser Q-Las 10
  • Lightmed Pulsa SYL9100/ Lumenis Aura II/ Opto
    Advant
  • Meridian Microruptor V
  • Nidek YC-1800
  • Quantel Optimis II
  • Zeiss Visulas YAG III

3
Alcon 3000LE
Note This system is built by Ellex under an OEM
agreement to Alcons specifications
4
Alcon 3000LE
  • Weaknesses
  • Slow repetition (firing) rate 1 Hz only
  • Control buttons are on the front panel of the
    slit lamp tower. The system needs to be in a
    locked position, otherwise the slit lamp will
    move forward every time a button is pushed
  • Laser cavity only has two year warranty
  • Poor patient ergonomics the stand does not go
    low enough to accommodate small patients and the
    chin-rest mounting on the table makes it
    difficult to position the head properly
  • The system is not truly portable as table and
    stand cannot be disassembled

5
Alcon 3000LE
  • What they promote as their strengths
  • Ability to upgrade into combo-system with the
    Alcon EyeLite photocoagulator
  • From the leaders of eye healthcare, Alcon
  • Recent improvements in reliability, low optical
    breakdown and self-calibration features
  • Alcon offers bundling with other products as a
    tool for selling their consumables

6
A.R.C. Laser Q-Las 10
  • Weaknesses
  • The system is manufactured by Optotek in Slovenia
    under an OEM agreement
  • Largest laser spot size in the market (15
    microns) results in high energy break-down
  • Very slow repetition (firing) rate 1 Hz
  • The illumination tower is not co-axial which
    limits the viewing
  • Energy adjustment only available in steps, not
    continuously variable limits the ability to fine
    tune the treatment
  • Control panel features a small dot matrix display
    which is difficult to read
  • The table features a very bulky column with
    limited height adjustment, difficult to adjust to
    small patients.
  • Laser cavity only has two years warranty

7
A.R.C. Laser Q-Las 10
  • What they promote as their strengths
  • Ability to upgrade to use as combo system with
    their photocoagulator
  • Their slit lamp design is based on Haag-Streit
    BQ900 very good anterior segment visibility
  • Their product has a compact, modular design and
    is easy to handle

8
Lightmed Pulsa SYL9100 / Lumenis Aura II / Opto
Advant
Note Lightmed also manufactures the Lumenis Aura
II in Taiwan, the Opto system is manufactured in
Brazil by Opto Electronica, the systems are all
exact replicas of one another.
9
Lightmed Pulsa SYL9100 / Lumenis Aura II / Opto
Advant
  • Weaknesses
  • Control buttons are on the front panel of the
    slit lamp tower. The system needs to be in a
    locked position, otherwise the slit lamp will
    move forward every time a button is pushed
  • Poorly designed anterior/posterior offset the
    knobs are only on the left hand side of the slit
    lamp tower. Difficult for right handed users.
  • Slow repetition (firing) rate 1Hz
  • Emergency stop switch is positioned on the front
    panel and easy to trigger accidentally

10
Lightmed Pulsa SYL9100 / Lumenis Aura II / Opto
Advant
  • What they promote as their strengths
  • Fully featured product at low cost
  • Good quality optics used in the delivery and
    viewing path of the system
  • Portable

11
Meridian Microruptor V
  • Weaknesses
  • System has a large footprint
  • Slow repetition (firing) rate1.3 Hz
  • Energy adjustment only available in steps, not
    continuously variable limits the ability to fine
    tune the treatment
  • Control panel is fixed on the right side of the
    table difficult for left handed users, very far
    reach
  • Control knobs on the system are all the same size
    which is not intuitive
  • System can only fire using the footswitch, no
    joystick

12
Meridian Microruptor V
  • What they promote as their strengths
  • Rotating aiming beams
  • Based on genuine Haag-Streit BQ900 slit lamp
  • Precise and effective for superior results

13
Nidek YC-1800
  • Weaknesses
  • Control buttons are on the front panel of the
    slit lamp tower. The system needs to be in a
    locked position, otherwise the slit lamp will
    move forward every time a button is pushed
  • The system has the longest working distance of
    any YAG laser most doctors are at full stretch
    when looking through the eyepieces and holding
    the laser lens
  • Instable cavity needs additional control
    mechanism to adjust for inconsistent energy
    output (D-Switch)
  • High energy breakdown (around 3.5 mJ in air)

14
Nidek YC-1800
  • Strengths what they promote
  • Ability to use as a combo system with their
    photocoagulator
  • Smart Switch allows for control of different
    parameters via the joystick
  • D-Switch control for improved energy output
  • Anterior offset
  • Rotating aiming beam
  • Compact design, easy to operate with superior
    operational characteristics
  • Allows combination with Nideks laser
    photocoagulator delivery system

15
Quantel Optimis II
  • Weaknesses
  • Large laser spot size (10 µm) results in higher
    energy break-down
  • Slow repetition (firing) rate 1.5 Hz
  • Settings are not continuously variable but only
    adjustable in increments
  • Manufactured for Quantel under an OEM agreement
    by Optotek in Slovenia

16
Quantel Optimis II
  • What they promote as their strengths
  • Haag-Streit slit lamp design
  • Ability to use as a combo system with the Quantel
    Viridis photocoagulator
  • Low price
  • Functional, precise and efficient

17
Zeiss Visulas YAG III
  • Weaknesses
  • Poor ergonomic system design, compromised patient
    accessibility
  • Large laser spot size (10 µm) results in higher
    energy break-down
  • Posterior offset adjustments only available with
    two settings 0 and 150 microns
  • Energy can be adjusted in 5 increments only, not
    continuously adjustable
  • Super Gaussian beam performance comparable to
    Super Q, not UltraQ

18
Zeiss Visulas YAG III
  • Strengths what they promote
  • High quality Zeiss precision optics
  • Ability to use as a combo system with the Zeiss
    Visulas 532 photocoagulator
  • Super Gaussian beam profile for low energy
    treatments
  • Anterior offset
  • Four-point aiming beam system

19
Super Q
  • Key features
  • Fine, two-point aiming beam system
  • Super Gaussian beam for low energy treatments
  • The gold standard in YAG technology more than
    6000 installations around the world
  • Proprietary software to control laser cavity
    output and ensure consistent pulse energies
  • Portability

20
Super Q
  • What the competition may use against it
  • Cannot be used as a combo system with an Ellex
    photocoagulator
  • No controls on the joystick We have ambidextrous
    controls on slit lamp tower
  • No anterior offset The SuperQ creates very
    controlled, targeted disruptions, hence there is
    no need for an anterior offset
  • No rotating (or four point) aiming beams Not
    needed because our two point aiming beam system
    has a maximum tolerance of 8 microns, which is
    highly precise

21
Ultra Q
  • Key features
  • Creates the most tightly controlled, precise
    disruptions at very low energy
  • Essential tool for advanced YAG applications,
    such as Selective Capsulotomy
  • Fine, two-point aiming beam system
  • Proprietary software to control laser cavity
    output and ensure consistent pulse energies
  • Internationally available as a combo system with
    SLT the Ellex Tango

22
Ultra Q
  • What the competition may use against it
  • Cannot be used as a combo system with an Ellex
    photocoagulator
  • Not portable
  • No controls on the joystick We have ambidextrous
    controls on slit lamp tower
  • No anterior offset The UltraQ creates very
    controlled, targeted disruptions, hence there is
    no need for an anterior offset
  • No rotating (or four point) aiming beams Not
    needed because our two point aiming beam system
    has a maximum tolerance of 8 microns, which is
    more precise than a 4 point aiming system

23
Summarising the Ellex Yag advantages
  • Most precise aiming
  • Slit lamp optimised for anterior procedures
  • Lowest energy breakdowns
  • Proven solid-state reliability
  • Ergonomic design

24
Positioning the Super Q and the Ultra Q
  • Define the customers priorities
  • Portability? Super Q
  • Price? Super Q
  • Extra high precision? Ultra Q
  • Upgrade to SLT? Ultra Q
  • Super Q customer
  • Small private practise, few high price IOLs,
    conservative
  • Ultra Q customer
  • Larger clinic, refractive surgeon, uses all the
    latest IOLs, younger patient population, early
    adopter

25
YAG buyers guide, Ultra Q advantage
26
SuperQ UltraQ brochures
27
Technology White PapersSelective Capsulotomy
With New Class of NdYAG LaserHarvey L. Carter
III, M.D.
28
Education center
  • http//ellex.com/educationcenter
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