IOLMaster 700 Moment
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Now with Barrett Suite
Reduce the risk of refractive surprises. ZEISS IOLMaster 700
innovationMADE BY ZEISS
IOLMaster 700

ZEISS IOLMaster 700

>99% cataract penetration rate5

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IOLMaster 700 Now: with Barrett Suite
Reduce the risk of refractive surprises. ZEISS IOLMaster 700

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IOLMaster 700

Next-generation biometry from ZEISS

  • Highlights

    With SWEPT Source Biometry and Barrett Suite

    SWEPT Source OCT technology and the Barrett Suite: a powerful combination to reduce the risk of refractive surprises. The IOLMaster® 700 from ZEISS with SWEPT Source Biometry® now fully integrates the latest Barrett formulas into one suite. Barrett Universal II, Barrett True-K and Barrett Toric – formulas which also incorporate the influence of the posterior corneal surface.11,12,13

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    Reduce the risk of refractive surprises

    Tilted lens

    Detect unusual eye geometries
    The IOLMaster 700 from ZEISS provides a full-length OCT image showing anatomical details on a longitudinal cut through the entire eye. Thus unusual eye geometries, such as a tilt or decentration of the crystalline lens, can be detected. If left undetected, such critical details can lead to an unsatisfactory post-operative visual experience.

    Fixation check

    Detect poor fixation
    The unique Fixation Check provides you with more confidence in optical biometry. Can you see the foveal pit? If so, you can reduce the risk of refractive surprises due to incorrect measurements caused by undetected poor fixation. If not, you can educate your patients to always fixate on the2 target light.

    Visually verify your measurement
    All measurement calipers are shown on the full-length OCT image. Now, you can visually verify what structure of the eye has been measured. Complex interpretation of A-scans are no longer necessary. Thus, potential sources of errors may be eliminated.

    Optimize your refractive outcomes

    IOLMaster 700 repeatability

    Outstanding repeatability
    Repeatability is essential for good refractive outcomes. Thanks to its unique SWEPT Source Biometry with 2,000 scans per second, the repeatability of the ZEISS IOLMaster 700 is absolutely outstanding.

    IOLMaster 700 ULIB

    Get the broadest basis of clinical data
    Leverage the complete User Group of Laser Interference Biometry (ULIB) database! You will find optimized lens constants for more than 270 IOL models based on the data from over 50,000 cataract surgeries specifically collected for the IOLMaster. This will help you to improve your refractive outcomes.2

    700 telecentric keratometry

    Unique telecentric keratometry

    ZEISS is the only company that offers an optical biometer with telecentric, and thus distance-independent, keratometry. Its smart optical configuration allows robust and repeatable measurements – especially with restless patients – for excellent keratometry measurements.

    Complete set of biometric parameters for latest IOL
    power calculation formulas

    The ZEISS IOLMaster 700 measures all biometric parameters for the latest IOL power calculation formulas

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    Enhance your workflow

    Case with very dense cataract that could be measured successfully with the ZEISS IOLMaster 700; image courtesy of Prof. M. de La Torre, DLT Ophthalmic Center, Peru

    >99% cataract penetration rate
    Thanks to its unique SWEPT Source Biometry, the cataract penetration of the ZEISS IOLMaster 700 outperforms that of A-scan optical biometry. A comparative clinical study with more than 1200 eyes showed that the
    ZEISS IOLMaster 700 achieves a cataract penetration rate of more than 99%. As a result, the number of ultrasound cases may be reduced by 92%5 saving you valuable time and lowering the risk of refractive surprises caused by imprecise ultrasound measurements.

    Macular hole: Fixation Check image (middle) combined with ZEISS CIRRUS retina OCT image (via photo editor program); Image courtesy of Prof. W. Sekundo, Philipps University Hospital Marburg, Germany

    Fixation Check
    The device incorporates a unique Fixation Check scan with an approximately 1mm width of the retina, which allows the operator to verify proper patient fixation during the measurement. If the foveal pit cannot be seen in the image, the user can assume that the patient needs to be instructed to fixate better on the target light (Figure). This is especially important in cases with difficulties fixating, for example, due to macular pathologies or very dense cataracts. The Fixation Check reduces the risk of refractive surprises as a consequence of undetected, poor fixation.
     

    IOLMaster 700 Haigis Suite

    Toric IOL power calculation made easy
    In the new Haigis Suite, the ZEISS IOLMaster 700 provides the first on-board all-in-one solution for toric IOL power calculation. It combines the well established Haigis formula, the Haigis-L formula for post-LVC cases, and the new Haigis-T for toric IOL in one powerful tool. There is no need to key-in data into the IOL vendors’ online toric power calculation tools.

    IOLMaster 700 usability

    Fast and easy to use

    Thanks to its SWEPT Source Biometry, you can measure both eyes in less than 45 seconds10 (watch video). The multi-touch screen and the new graphical user interface allow for gesture control of the device to pinch and zoom like on your smartphone or tablet computer. Alignment assistance functions make the results largely independent from the user and therefore easy to delegate.

    IOLMaster 700 ZEISS Cataract Suite markerless

    Implant toric IOLs markerless – ZEISS Cataract Suite markerless

    The ZEISS IOLMaster 700 is part of the ZEISS Cataract Suite markerless. It acquires a reference image in case of astigmatism during routine biometry. The image of the eye is taken along with the keratometry measurement, all with one device. Both reference image and keratometry data are transferred to the CALLISTO eye® computer assisted cataract surgery system from ZEISS. During surgery, the image is used for intra-operative matching with the live eye image. All data needed is injected into the eyepiece of the surgical microscopes of the OPMI LUMERA® family3 from ZEISS. 

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  • Technical Data
    Technical data IOLMaster 700 from ZEISS
    Measurement range
    Axial length 14 – 38 mm
      Corneal radii 5 – 11 mm
      Anterior chamber depth 0.7 – 8 mm
      Lens thickness 1 – 10 mm (phakic eye)
                           0.13 – 2.5 mm (pseudophakic eye)
      Central corneal thickness 0.2 – 1.2 mm
      White-to-white 8 – 16 mm
    Display scaling
    Axial length 0.01 mm
      Corneal radii 0.01 mm
      Anterior chamber depth 0.01 mm
      Lens thickness 0.01 mm
      Central corneal thickness 1 μm
      White-to-white 0.1 mm
    SD of repeatability4
    Axial length 9 μm
      Corneal radii 0.10 D
      Cylinder > 0.75 D axis 5.6°
      Anterior chamber depth 10 μm
      Lens thickness 19 μm
      Central corneal thickness 2 μm
      White-to-white 90μm
    IOL calculation formulas
    Haigis Suite [includes Haigis, Haigis-L (for eyes following myopic/hyperopic LASIK/PRK/LASEK, Haigis-T (for toric IOL power)], Hoffer® Q, Holladay 2, SRK®/T.
    Interfaces
    ZEISS FORUM® eye care data management system
      ZEISS computer-assisted cataract surgery system CALLISTO eye (via USB & FORUM)
      Data interface for electronic medical record (EMR) / patient management systems (PMS)
      Data export to USB storage media
      Ethernet port for network connection and network printer
    Line voltage
    100 – 240 V ± 10 % (self sensing)
    Line frequency
    50 – 60 Hz
    Power consumption
    max. 150 VA
    Laser class
    1
    DICOM Conformance Statements

    DICOM Conformance Statements

    A list of DICOM 3.0 Conformance Statements for products from ZEISS.

    Find DICOM Conformance Statements
  • Options & Accessories
    IOLMaster 700 Reference Image

    Reference Image

    For markerless toric IOL alignment

    The Reference Image allows a markerless toric IOL workflow. It references the patient’s astigmatic axis relative to his/her eyeball position using small blood vessels on the eye as landmarks. At the same time, keratometry measurement is performed and displayed on the ZEISS IOLMaster 700. Both reference image and keratometry data are transferred to the ZEISS CALLISTO eye computer-assisted cataract surgery system. All data needed is injected into the eyepiece of the surgical microscopes of the OPMI LUMERA family from ZEISS.

  • Services
    ZEISS Customer Care

    ZEISS Customer Care

    Service agreements to protect your investment

    Every facet of Customer Care at ZEISS is designed to protect your investment in your equipment. Whether it is a high-end surgical microscope, an ophthalmic laser, or diagnostic equipment, we provide timely, responsive services through a national network of highly skilled technicians. Our dedication to providing the highest quality of customer care is reflected by the fact that our customers consistently rank us superior in terms of their satisfaction with our performance.

    More about customer care
  • Downloads

    Articles, White Papers, Brochures

    Find out about firsthand experiences and cases from your peers using the ZEISS IOLMaster 700 in their day-to-day practice as well as about current result or clinical studies.

     

    ZEISS IOLMaster 700

    Reducing the risk of refractive surprises

    Page(s): 12
    File size: 6,104 kB

    The IOLMaster 700

    Premium technology for cataract surgery

    Page(s): 8
    File size: 382 kB

    The IOLMaster 700

    Better predictability and optimized workflow compared with other biometers.

    Page(s): 2
    File size: 647 kB

    The new IOLMaster 700 from ZEISS

    First Results concerning the Cataract Penetration Rate

    Page(s): 2
    File size: 5,528 kB

    TORIC IOL POWER CALCULATION

    Page(s): 4
    File size: 120 kB

  • 1 LENSTAR LS900, HS-Art.No. 1511.7220032.02060, standard deviation (1,σ); IOLMaster 500, Vogel A, Dick B, Krummenauer F:Reproducibility of optical biometry using partial coherence interferometry. Intraobserver and Interobserver reliability. J Cataract Refract Surg 27:1961-1968, 2001 standard deviation (1,σ); IOLMaster 700 see technical data
  • 2 Aristodemou P, Knox Cartwright NE, Sparrow JM, Johnston RL, Intraocular lens formula constant optimization and partial coherence interferometry biometry: Refractive outcomes in 8108 eyes after cataract surgery, J Cataract Refract Surg. 2011 Jan;37(1):50-62
  • 3 ZEISS Cataract Suite markerless is available with: S7 / OPMI Lumera, S88 / OPMI Lumera T, OPMI Lumera i and OPMI Lumera 700
  • 4 Carl Zeiss Meditec AG, clinical trial, EUDAMED No. CIV-12-08-008641
  • 5 R. Varsits, N. Hirnschall, B. Doeller, O. Findl; Increasing the number of successful axial eye length measurements using swept-source optical coherence tomography technology compared to conventional optical biometry; presented at ESCSR 2016
  • 6 Bertelmann et al.; Foveal pit morphology evaluation during optical biometry measurements using a full-eye-length swept-source OCT scan biometer prototype; European Journal of Ophthalmology, Nov/Dec 2015
  • 7 Walter Sekundo, The IOLMaster 700 – New technology provides increased speed, ULIB compatibility, and fewer refractive surprises.; Cataract & Refractive Surgery, Nov/Dec 2015
  • 8 Oliver Findl; CASE STUDY: IOLMaster 700 Indicating Abnormal Macular Morphology, CRS Today March 2016
  • 9 Hirnschall N, Leisser C, Radda S, Maedel S, Findl O. Macular disease detection with a swept source optical coherence tomography based biometry device in patients scheduled for cataract surgery. JCRS accepted 2016.
  • 10 Depending on experience of operator and eye conditions.
  • 11 Kane, J.X., et al., Intraocular lens power formula accuracy: Comparison of 7 formulas. J Cataract Refract Surg, 2016. 42(10): p. 1490-1500
  • 12 Abulafia, A., et al., Prediction of refractive outcomes with toric intraocular lens implantation. J Cataract Refract Surg, 2015. 41(5): p. 936-44.
  • 13 Abulafia, A., et al., Accuracy of the Barrett True-K formula for intraocular lens power prediction after laser in situ keratomileusis or photorefractive keratectomy for myopia. J Cataract Refract Surg, 2016. 42(3): p. 363-9.
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