| Description | The image can then be displayed on a monitor, helping you to educate your patients The HRK can provide peripheral keratometry measurement data which is very useful when fitting contact lenses. The eye can be displayed in full colour mode on a tilting touch screen which enables you to see the patient’s contact lens fitting status, previously only possible using a slit lamp. As the HRK has the world’s first contact lens fitting function in an auto keratometer, you can now see the flourescein liquid with blue illumination along with automatic calculation and recommendation for contact lens fitting. | The OPD-Scan III is an automated 5 in 1 instrument that combines topography, wavefront, autorefraction, keratometry, and pupillometry — allowing accurate and reliable analysis of corneal aberration. | Erchonia Zerona Z6 SHRZerona-Z6 works by utilizing the Erchonia’s patented low level laser technology to emulsify adipose tissue which then releases into the interstitial space. Our bodies remove the fat from the area and transport the fat from through the lymphatic system creating a slimming effect. The Zerona-Z6 was proven through a double-blind, randomized, multi-site, and placebo controlled study in which clients averaged a loss of 3.52* inches compared to the placebo group that lost only a half an inch. | CIRRUS HD-OCT 5000 is configured with the highest resolution visualization capabilities and sophisticated clinical applications such as Advanced RPE analysis to track retinal pigment epithelial integrity and Ganglion Cell Analysis to assess glaucomatous loss in the macula that may not be evident in the peripapillary region. The new FastTrac retinal tracking reduces eye motion artifacts without sacrificing patient throughput with a proprietary scan acquisition strategy, high speed 20 Hz LSO camera, and single-pass alignment scanning. This feature enables the highest resolution B-Scans to be captured in identical locations from visit to visit providing precise assessment of change in targeted pathologies. | The Erchonia Zerona Cosmetic Laser model is designed for use during non-invasive body contouring. It is a body sculpting machine designed to remove fat and contour the body without the invasive surgery that many patients prefer not to go under.Zerona is the only clinically-proven non-invasive body contouring treatment, providing 6 quick & painless treatments. These treatments specifically target stubborn fat areas and painlessly emulsify the fat under your skin using the Lymphatic system. | The Auto “Refkeratometer” RC-800 is the latest in economical, user-friendly, highly accurate auto “refkeratometry”. The RC-800 provides simple, easy measurement by the operator at an economical cost, without compromising accuracy or reliability. |
| Content | Huvitz HRK-8000A Auto Refractor KeratometerHuvitz Auto Ref – Keratometer HRK-8000A- Touch and tilting 7″ LCD Screen that allows for free and smooth tilting for viewing at any angle.
- Optimized Optical System
- Micro Lens Array
- Aberration Measurement which also can be displayed in a graphical Zernike Refraction Map
- PSF & Image Simulation
- Colour View Mode
- Peripheral Keratometry Measurement
- Ultra High Precision KER Data
- Contact Lens Fitting Assistance Guide
- Contact Lens Prescription Guide
- Auto Tracking
- Animated Guide
- Faster Measurement Speed
- Quiet and speedy auto cutting printer
- More data on aberration measurement
With its extreme precision and accuracy, the HRK8000A uses the most advanced wavefront technology to measure the light reflected from the retina and helps you to diagnose any refractive error. With a micro lens array developed by Huvitz, the HRK creates a number of focal points, the pattern of which can give a valuable insight into the patients ocular system. The HRK not only displays the conventional data such as spherical, cylinder and axis, the high order aberration data is displayed in a graphical Zernike refractive map, giving you a deeper understanding of your patient’s eyes.Optimized Optical System Huvitz HRK-8000A Auto Refractor Keratometer
A wavefront is a physical representation of the optical quality of a light beam. Using various methods, aberrometers map how light rays travel through the eye. The HR-8000A is engineered according to the Hartmann-Shack wavefront measurement technique, which is widely preferred for its speed and repeatability.Touch & Tilting Color Display Screen
A bright, high contrast 7″ VGA color TFT LCD screen provides high resolution video images. A smooth, free tilting function also offers you a comfortable and clear view at any angle.The image can then be displayed on a monitor, helping you to educate your patients The HRK can provide peripheral keratometry measurement data which is very useful when fitting contact lenses. The eye can be displayed in full colour mode on a tilting touch screen which enables you to see the patient’s contact lens fitting status, previously only possible using a slit lamp. As the HRK has the world’s first contact lens fitting function in an auto keratometer, you can now see the flourescein liquid with blue illumination along with automatic calculation and recommendation for contact lens fitting. | Nidek OPD-Scan III Corneal AnalyzerComprehensive vision analysis
OPD-Scan III VS is a device that mainly measures corneal shape (topographer) and refractive error (refractometer).
It clarifies causes of vision difficulties through wavefront analysis of information measured over a wide area.
Solutions for face-to-face consultingTablet viewer provides four kinds of easy-to-understand reports for explanation and consulting.
*The tablet is not included or sold with the OPD-Scan III VS.
Basic information reportBasic information to generally judge the patient’s eye conditions.
Topography reportIntuitive maps and numerical data for comprehending the corneal surface.
Simulation reportVisual performance simulations and MTF graphs for a variety of conditions.
Eye diagram image reportEye model to visually understand eye conditions ranging from eye fundus to cornea.
Wide range of display patterns
  Placido image
 Axial map (Additional indication)
 Visual Acuity map (Image charts)
Features Nidek OPD-Scan III Corneal Analyzer- Five-in-One true refractive workstation for all practitioners
- Overview summary for optimal clinical decisions
- A number of summaries
- Wider measurement area
- Greater topography resolution, blue placido rings
The OPD-Scan lll is the Five-in-One true refractive workstation combining - Wavefront Aberrometer
- Topographer
- Auto Refractometer
- Auto Keratometer
- Pupillometer and Pupillographer
- Irregularity helps determine the best strategy for vision correction. Separation into Total, Corneal and Internal components allows determination of the source of the optical pathology.
- PSF images of OPD, Axial, and Internal OPD map simulate objective retinal visual quality from each component of the eye for easy clinical assessment and patient education.
- Corneal Spherical Aberration aids in the selection of aspheric IOLs and contact lenses.
- Color coded Classification Indices help identify post-LASIK corneas and Keratoconus.
- The Astigmatism index aids the implantation of toric IOLs such as incision placement and lens alignment.
- A retroillumination image of cataracts captured during the OPD exam allows better understanding of pupillary effects on vision and in patient education.
| Erchonia Zerona Z6 SHR
The Erchonia Zerona Z6 SHR Laser is specially designed for use during non-invasive body contouring (ZERONA). The Zerona Z6 Laser is applied externally and has proven through four double-blind clinical trials to emulsify adipose tissue.Zerona-Z6 is a new body-sculpting procedure designed to target fat and contour the body without invasive surgery. Zerona-Z6 unlike other procedures, allows the client to continue their daily activities without interruptions from surgery, pain, wounds or garments.Zerona-Z6 works by utilizing the Erchonia’s patented low level laser technology to emulsify adipose tissue which then releases into the interstitial space. Our bodies remove the fat from the area and transport the fat from through the lymphatic system creating a slimming effect. The Zerona-Z6 was proven through a double-blind, randomized, multi-site, and placebo controlled study in which clients averaged a loss of 3.52* inches compared to the placebo group that lost only a half an inch.SPECIFICATIONSConfiguration: 6 Line Generated Class 2 Laser Diode Modules
Wavelength: 635nm
Modulation: Constant Wave (CW)
Display: Full-Color TFT Touch Screen Control Center
Adjustments:
1) 44” (111.76 cm) Vertical Arm Height Adjustment.
2) Four Independent Adjustable Arms for Desired Laser Concentration
Power Source: 100-240VAC 50-60Hz
Chassis:
1) Metal Frame Powder Coated for Ease of Cleaning
2) 4 Anti-Static Casters (2 Locking)
Housing: Black Carbon Fiber Finish Thermoformed from Non-Allergen Material
Weight: 70lbs. (31.76 kg)
Accessories: 2-Keys, Laser Safety Glasses
Compliant to Quality / ISO 13485 – Medical Device / IEC60825-1 Laser Safety, IEC 60601-1
Safety, IEC 60601-1-2 EMC, CB Mark, CB Cert
FDA Laser Class 2 / FDA Device Class ll EU Device Class IIa, Laser Class IIZERONA-Z6 ADVANTAGE
– No pain, no downtime and no risk
– Proven effective
– Superior treatment area coverage2018 Erchonia Zerona Z6 SHR, Includes: (2) Keys, Operator Eyewear, Operator Manual, Background and Protocol Guide, Marketing Materials, Female/Male Measurement Forms.Zerona-Z6 works by utilizing the Erchonia’s patented low level laser technology to emulsify adipose tissue which then releases into the interstitial space. Our bodies remove the fat from the area and transport the fat from through the lymphatic system creating a slimming effect. The Zerona-Z6 was proven through a double-blind, randomized, multi-site, and placebo controlled study in which clients averaged a loss of 3.52* inches compared to the placebo group that lost only a half an inch. | Carl Zeiss Cirrus HD-OCT 5000 Smart Advanced Topography HDAdvancing Smart OCTfor Anterior Segment, Glaucoma and Retina- Anterior Segment Premier Module
- PanoMap Wide-Field Display
- Smart HD Scans
- En face report
Visualization at the speed of CIRRUSAnalyzing a single pathology from multiple views provides comprehensive insight and analysis of the clinical situation. How this helps you: - Spot small areas of pathology. Tightly spaced B-scans, (either 30 or 47 μm apart), in the cube ensure that small areas of pathology are imaged. For reference, a human hair is about 40-120 μm in diameter.
- Visualize the fovea. Scans that are spaced further apart than in the CIRRUS cube may miss the central fovea.
- Fuel for analysis. Millions of data points from the cube are fed into the Zeiss proprietary algorithms for accurate segmentation, reproducible measurements and registration for change analysis.
- Take the pressure off the operator. As long as the scan is placed in the vicinity of the fovea or optic nerve, the software automatically centers the measurements after the capture.
- See the tissue from different perspectives. View the cube data from all angles, with 3D rendering, OCT fundus images and Advanced Visualization™.
- Future ready. Previously captured CIRRUS cubes can be analyzed using new analyses.
Tracking at the speed of CIRRUSFastTrac™ reduces eye motion artifacts without sacrificing patient throughput with a proprietary scan acquisition strategy, high speed 20 Hz LSO camera, and single-pass alignment scanning
With FastTrac, scan at the highest resolution at the same location at each visit. Assessment at the speed of CIRRUSMeasurement centering with FoveaFinder and AutoCenterOn the macula, the unique FoveaFinder technology ensures the ETDRS and ganglion cell plus inner plexiform layer measurement frameworks are centered on the fovea.AutoCenter™ function automatically centers the 3.4 mm diameter peripapillary RNFL calculation circle around the disc for precise placement and repeatable registration. The placement of the circle is not operator dependent. Accuracy, registration and reproducibility are assured. Manage at the speed of CIRRUS Carl Zeiss Cirrus HD-OCT 5000 Smart Advanced Topography HDGuided Progression Analysis (GPA™) for Assessing RNFL and Optic Disc ChangeGPA™ compares RNFL thickness and optic disc measurements over time and determines if statistically significant change has occurred.Focal Progression Analysis – Up to 6 progression maps are compared to two baselines. Areas of statistically significant change are color-coded yellow when first noted and then red when the change is sustained over consecutive visits.
Trend Analysis with Rate of Change – RNFL thickness values are plotted over time. Trends are calculated and confidence intervals are shaded when rate of change is statistically significant. | Erchonia Zerona Z6 Laser
The Zerona Laser Can Non-Invasively Reduce Upper Arm CircumferenceThe Zerona laser showed significant effectiveness in treating upper arms in a recent 40 subject, double-blind, randomized sham controlled clinical study. Subjects in the study were strictly screened to only include males and females aged 18 to 65 who were willing to maintain a regular diet and exercise during the time of the study. The study excluded all patients with any confounding medical, surgical, or other problems.All subjects were treated with a total of six, painless 20-minute treatments with either the Zerona 635 nm low-level laser or a sham laser device over a 2 week period. Upon completion of the treatments and at two weeks post-treatment, the active treatment group showed approximately a 4 cm combined reduction in the bilateral circumference and the sham treatment group showed essentially no change. Additionally, in the active treatment group 60 percent of the subjects met the success criteria and experienced a combined arm circumference reduction of 1.25 cm or greater compared with 0 percent of the patients treated with a sham laser. All of the results were highly statistically significant. Both groups showed no change in body mass index (BMI).Using low level laser light, the Zerona laser creates a pore in fat cells and stimulates fat to leak out of the cell. The cell deflates, but is not destroyed, and the fat is naturally processed by the lymphatic system as waste. After six treatments, one every other day for two weeks, patients lose an average of 3.65 inches from their waists, hips and thighs without pain, side effects or downtime.
COLD LASER and LOW LEVEL LASER TREATMENT TECHNOLOGYErchonia Zerona Cosmetic Laser is the first non-invasive fat loss laser to effectively target excess fat without the negative side effects associated with surgical methods. Zerona utilizes the same cold laser technology developed by Erchonia, which has been shown to emulsify fat and allow it to move to the interstitial space.Although this technology was originally utilized to help assist tumescent liposuction procedures, it was found that the cold laser treatment alone helped clients to reduce inches from their waist, hips, thighs, arms, chest, knees, ankles and back or bra fat thus creating overall body slimming effect.The research represented below was done in the US using an Erchonia laser and shows time released photography of one fat cell and its contents being emptied. Please note the cell is still alive. Erchonia uses only its own research to prove its patent and pending applications.
Erchonia Zerona Cosmetic Laser AdvantagesNo pain, no downtime and no risk
Proven effective
Superior treatment area coverageErchonia Zerona Cosmetic Laser Specifications Erchonia Zerona Z6 LaserUnit Status: This Unit is unlocked
Chassis: Power Coated metal frame for ease of cleaning.
Housing: Thermoformed of Non-allergen material / plastic
Accessories: 2 Keys, Laser Safety Glasses
Configuration: 5 – 3b Line Generated Laser Diode Modules
Wavelength: 635 nm
Modulation: Constant Wave (CW) – 1 MHz
Programming: 5 time-saving presets
Display: 8″ Full Color TFT Touch Screen
Electrical Info: 100-240 V (AC), 50-60 Hz
Dimensions: 49″ x 32″ x 57″
Weight: 266 lbs | Tomey RC-800 Auto Refractor Keratometer
Refractometry: Simple handling of the fine adjustment and measurement by yourself. Fogging is applied automatically for each measurement for more accurate results.Keratometry: Short consecutive measurements and time provide reliable data. Measurements at φ3.0mm (R = 8.0mm) give you enough information for contact lens fitting.Diameter Measurement of Cornea and Pupil: Easy measurement by moving the two cursors on the display to the boundaries of Cornea or Pupil.Language Selection: RC-800 has a Multi-language function. You can select your required language from “English”, “Japanese”, “German”, “Chinese”, “Spanish”, “Spanish Latin America”, “Italian”, “Portuguese”, “French” and “Russian”.Features:• Highly Accurate
• Simple to Use
• Diameter Measurement of Cornea and Pupil
• High Speed Printer
• Auto Shot
• Color Touch Screen
• USB connection
• Large Patient Database
• Easy Database Operation
• Multi-Language Operation
• Fourier Refractive Analysis
• Quick Data Reference
• Built-in LCD Alignment
• Keratoconus Screening & Other ApplicationsMeasurement Ranges:Refraction:• Sphere: -25.00D to +22.00D (VD=12.0mm)
• Cylinder: 0D to ±10.00D (VD=12.0mm)
• Axis: 0° to 180°
• Minimum Pupil Dia: Ø2.0mm
• Measurement time: 0.2 second/single eye (data taking time)Keratometry:• Range: 5.00mm to 11.00mm
• Corneal Refraction: 30.68D to 67.50D (n=1.3375)
• Corneal Astigmatism: 0D to 10D (n=1.3375)
• Axis: 0° to 180°
• Measurement area: Ø3mm (at 8.00mm corneal curvature)
• Measurement time: 0.1 second/single eye (data taking time)Other features:Tomey RC-800 Auto Refractor Keratometer• PD Measurement range 50 to 86mm
• Corneal diameter measurement
• Measurement range: 10.0 to 14.0mm
• Display unit: 0.1mm
• Pupil diameter measurement
• Measurement range: 1.0 to 10.0 mm
• Display unit: 0.1mm
• Built-in Printer Thermal printer
• Data output type RS232C / USB-D
• Display 5.7 inch color liquid crystal display
• Dimensions and weight 297(W)x 500(D) x 448(H)mm
• Approx. 17kg
• Power Requirements AC 100V to 240V, 50 / 60 Hz, 80VA to 100VAThe Auto “Refkeratometer” RC-800 is the latest in economical, user-friendly, highly accurate auto “refkeratometry”. The RC-800 provides simple, easy measurement by the operator at an economical cost, without compromising accuracy or reliability. |
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