Download - Octopus 300 Octopus Perimetry you can trust 300. Octopus 900 11. Octopus ® 300 Octopus ® 900 Octopus ® 300 & 900. HAAG-STREIT AG. Gartenstadtstrasse 10. 3098 Koeniz, Switzerland

Octopus 300 Octopus 900

11

Octopus® 900Octopus® 300

Octopus® 300 & 900

HAAG-STREIT AGGartenstadtstrasse 10 3098 Koeniz, Switzerland Phone +41 31 978 01 11 Fax +41 31 978 02 82 [email protected] www.haag-streit.com

Perimetry you can trustYour reliable partner

Perimeters

1511

.1802

628.

0203

0 - 2

013

– 06

HAAG-STREIT USA INC.3535 Kings Mills Rd Mason, Ohio 45040 Phone +1-513-336-7255 Fax +1-513-336-7260 Toll Free +1-800-787-5426 www.haag-streit-usa.com

HAAG-STREIT UK LtdEdinburgh Way Harlow Essex CM20 2TT Phone +44-1279 414969 Fax +44-1279 635232 www.haag-streit-uk.com

INSTRUMENT FEATURES OCTOPUS 300 BASIC

OCTOPUS 300 PRO

OCTOPUS 900 BASIC

OCTOPUS 900 PRO

Peripheral range 30° 30° 90° 90°Static perimetry, DS, NS ■ ■ ■ ■Fixation control & pupil measurement ■ ■ ■ ■Head position recognition ■ ■ ■ ■Ethernet connection ■ ■ ■ ■Stimulus sizes III, V ■ ■ ■ ■Stimulus sizes I–V ■ ■Esterman test ■ ■Automated trial lens calculator ■ ■Automated lens holder ■ ■Lens distance control ■ ■EyeSuite Perimetry Lite □ ■ ■ ■EyeSuite Perimetry Advanced □ ■ □ ■EyeSuite Perimetry Pro □ ■ □ ■TOP fast strategy (2:30 min test) □ ■ □ ■Custom tests □ ■ □ ■Automated Eye Tracking (AET) □ ■ □ ■Flicker perimetry □ ■ □ ■Blue yellow perimetry (SWAP) □ ■ □ ■Red stimulus (colour perimetry) □ ■Manual Goldmann Kinetic □ ■Automated Goldmann Kinetic □ ■

■ = Included □ = Option Specificationsaresubjecttochangewithoutnotice

From the technology leader in perimetry

2 13 12

DEMO, CASE, 01.01.1931ID 3001

Haag-Streit Sample CasesKoeniz-Berne, Switzerland

OCTOPUS 101

OS / 27.08.2003 / 10:47:46Seven-in-One

Classification: Comment: Pupil [mm]: 4.1 IOP [mmHg]:Refraction S/C/A: 4.25/0/0 VA:Catch trials: 0/8(+), 1/8(-) RF: 6.2Parameters: 4 III 100 ms Duration: 06:46Programs: G Standard / White/White Dynamic Questions / Repetitions: 155 / 2 30°

MS [dB]: 23.5MD [< 2.0 dB]: 2.9sLV [< 2.5 dB]: 5.4

95%..100%83%...94%71%...82%59%...70%47%...58%35%...46%23%...34%11%...22% 0%...10%

Greyscale (CO)

0.71.3

0.73.2

Values

2727

15 25

24

27

24

27

22

22

27

17

26

15

29

11

27 25

2728

25 22

2426

28

13

22

26

27

9

25

26

2728 27

529

6212

2527

5252

2127

27 27

1520

7242

2625

25

27

22 22

2224

25.024.5

5.918.42

Comparison

++

13 +5

+

+

+

+

++

10

+

14

+

15

+ 5++

+ +

++

+

15

+

+

+

15

+

+

5+ +

24+

+ +

++

++

++

+ +

139

+ +

++

+

+

+ +

++

Corrected comparisons

++

12 ++

+

+

+

+

++

9

+

13

+

14

+ +++

+ +

++

+

14

+

+

+

14

+

+

++ +

23+

+ +

++

++

++

+ +

128

+ +

++

+

+

+ +

++

Defect curve

Diffuse defect [dB]: 1.0

951

5%

95%

-5

0

5

10

15

20

25

Probabilities Corrected probabilities

P > 5P < 5P < 2P < 1P < 0,5

When you climb a mountain, you want a partner you can rely on. Octopus leads your patients to relia-bleresultswithitsproprietaryfixationcontrolandautomatedeyetracking.Yourpatientskeepontrackwhile you know that the results are accurate.

Choosing the right partner OCTOPUS® Technical Specifications

Octopus perimeters feature short test duration, high accuracy and exceptional reliability. Wheel chair accessible electric instrument tables are available.

OCTOPUS® 300 – CENTRAL 30 DEGREES IN A SPACE-SAVINGS PACKAGE. Thepatenteddirectprojectionsystemallowspatientsarelaxedviewintoinfinitedistancewithouttheneedofadedicateddarkroom. It provides 3 methods of perimetry on one instrument: Standard white/white and for early detection SWAP and Flicker.

ITS UNIQUE ERGONOMICS: ■ A comfortable viewing angle in a dimly lighted room ■ Automated eye tracking keeps the head stationary, allowing for

better patient focus ■ Forehead sensors ensure constant eye distance ■ Rotating examination unit allows for a 90, 180 or 270 degree

working relationship between patient and technician ■ Fullthresholdtestinginjustover2minutespereye

The visual field in 3 steps

VisualfieldevaluationismadesimplewiththenewOctopus7-in-1printout.

1. Awhitecomparisongraphidentifiesanormalvisualfield.Anydeviationisproportionallyshownbydarkercolours.2. The defect curve unveils trigger happy patients and separates local from diffuse loss 3. Theglobalindicesquantifythedefectandallowclassificationofthevisualfield.

TheprobabilityandcomparisongraphscanbeappliedtoclassifythevisualfieldaccordingtotheHodapp-Parrish-Anderson criteria. The comparison graphs can be displayed as all numbers if preferred.

Patient dataPatient‘s age and demography build the basis to compare with age matched normals

Comparison Colour scale of the deviation from age matched normals: All white: nor-malvisualfield.Thedarkerthecol-our the deeper the local defect.

Comparison„+“ signs indicate normal locations (up to 4dB deviation). Numbers the defect in decibel for larger devia-tions.

Corrected comparisonThe „diffuse defect“ is subtracted from the local defect values to accentuate focal and early loss.

ProbabilitiesPercentile of normality to which a local defect compares. P < 1 means that less than 1% of normals reach the same deviation in this location.

Examination dataReliability information like catch tri-als, pupil size, test duration and parameters.

Comment & ClassificationThese entries help interpret the results according to patient reliability and the result.

Hospital iconLogo and address can be included on the printout.

ValuesAbsolute thresholds as tested by the instrument, prior to the calculation of age corrected defects. Useful to judgetheremainingabsolutesensi-tivityofapatient‘svisualfield.

Defect (Bebie) curveRanking of all defect values from left (best local deviation) to right (worst local deviation) relative to the nor-mal bandwidth. Inside 5..95% band-width: normal Left overshoot: trigger happy Parallel lowering: Diffuse loss Right drop: Local loss.

Diffuse defectDeviation of the 12..16th rank from the 50th percentile. Used to calcu-late the corrected graphs. The cor-rected graphs may be useful in patients with cataract or at a very early disease stage.

Global indicesMS: Mean SensitivityMD: Mean Defect The uniform loss in normals is < 2dB for w/w perimetrysLV: square root of Loss Variance (compares to PSD)The local variability in normals is < 2.5dB for w/w perimetry

OCTOPUS 300 BASIC OCTOPUS 300 PRO OCTOPUS 900 BASIC OCTOPUS 900 PRO

Optical systemStimulus generation Directprojectionsystem MirrorprojectionsystemPeripheral range (distance) 30°(infinite) 90° (30cm Goldmann bowl)Background illumination (asb) 31 31 / 314 0 / 4 / 31 / 314Stimulus size (Goldmann) III , V I, II, III, IV, VStimulus duration (ms) 100, 200, 500 100,200,500,1000,infiniteStimulus intensity (asb, dynamic range) 0.48 – 4800 (40 dB) 0.2 – 10000 (47 dB)

Test methodsStandard white-on-white perimetry SAP ■ ■ ■ ■Standardized blue/yellow perimetry SWAP □ ■ □ ■Flicker perimetry for early diagnosis □ ■ □ ■Red/white perimetry (in custom tests) □ ■Goldmann Kinetic Perimetry □ ■

Test Strategies (Threshold & Screening)TOP (Tendency Oriented Perimetry, 2–3min.) □ ■ □ ■Dynamic (Adaptive step size, 5–8min.) ■ ■ ■ ■Normal (4-2-1 bracketing, 8–12min.) ■ ■ ■ ■LVS (Low Vision Goldmann V), 2-LT, 1-LT ■ ■ ■ ■

Test libraryG - Physiological glaucoma test ■ ■ ■ ■M - Physiological macular test 5°/ 12°/ 30° ■ ■ ■ ■32, ST, LVC ■ ■ ■ ■07, LVP, D1, N1, 30-2, 24-2, 10-2 ■ ■BT, BG, FG, Esterman ■ ■Country dependent static expert opinion test ■ ■Country dependent automated kinetic test ■ ■Custom tests (individual test patterns) □ □ ■

FeaturesFixation(real-timefixation&blinkcontrol) ■ ■ ■ ■Automatic averaging pupil measurement ■ ■ ■ ■Non-contact head recognition sensors ■ ■ ■ ■Automated Eye Tracking AET □ ■ □ ■Automated trial lens calculator ■ ■Ethernet access and PC software □ ■ ■ ■One click testing (Follow up button) ■ ■Lens distance control ■ ■

Electrical and mechanical specificationsPower requirements 100–120 VAC / 220–240 VAC 50/60 HzOperating temperature +15°C ... +40°CLight source life-span >20'000hoursforstimulus,backgroundandfixationConformity EN 60601-1-2, EN ISO 12866, CSAC/US

Measures (W x L x H) 450 mm x 530 mm x 560 mm 648 mm x 519 mm x 796 mmWeight 22 kg 25 kg


MAKE OCTOPUS YOUR RELIABLE PARTNER TODAY.

The outcome is a full threshold in a stunning 2:30 minutes for both Standard and SWAP Perimetry. With Haag-Streits EyeSuite™ Perimetry Software, you haveanextensiveandcomprehensiveanalysisrightatyourfingertips.The new Octopus 900 technology provides a true Goldmann 90 degree bowl and supports the computer-assisted standard Goldmann Kinetic Program.

The Octopus 300 allows for comfortable seating and requires no dark room.

3

OCTOPUS® 900 – THE MOST VERSATILE FULL 90 DEGREE PROJECTION PERIMETER.The Octopus 900 uses a full-size Goldmann spherical cupola which covers the entire 90 degree visual field area. It is the only perimeter of its kind al-lowing for four methods of perimetry all on one instrument. Whether you need fast screenings, early detection, general thresholding or kinetic testing for neuro- and end-stage pathologies, the Octopus 900 provides astounding flexibility.

ITS VERSATILITY INCLUDES: ■ White/White, SWAP and Flicker Perimetry Methods ■ Both manual and automated Goldmann Kinetic perimetry methods ■ Binocular testing with 180 degree viewing angle ■ Full threshold testing in just over 2 minutes per eye ■ Motorized refractive lens holder offering ergonomic handling

The Octopus 900 is remote controlled by a computer that may even be outside the examination room.

The Octopus 300 saves space and allows operation from all sides with its rotating optical unit.

The motorized lens holder allows for ergonomic and uninterrupted examination flow.

4

A partner you can trust

PHYSIOLOGY BASED PROGRAMS On top of common programs like the 32, the G-pattern – a physiology relat-ed test pattern – is an Octopus standard. This examination program offers a higher density of stimuli in the centre which allows for the discovery of para-central scotomas that are missed by the common 32 pattern. The distribu-tion of test locations in our G-pattern follow the nerve fibre bundle layer which permits a better correlation between functional and structural findings.

GOLDMANN KINETIC PERIMETRY (GKP)End stage pathology can be difficult to ascertain using only standard static perimetry. The Octopus 900 can perform true kinetic perimetry in a pro-grammed procedure, combining the advantages of the Goldmann method with computer assisted automation.

FIXATION CONTROLThe unique Octopus fixation control recognizes blinks that interfere with stim-uli presented in static perimetry. Stimuli interrupted by the blinking of the pa-tient are automatically repeated later during the test. If the eye position changes, the examination is automatically paused until the correct fixation of the gaze is regained. The result is a visual field that is always reliable.

There is no compromise when it comes to trust and reliability. Octopus has always provided 100 % fixation control so you don’t have to worry about fixation losses on your printout. Haag-Streit perimeters have the features that al-low your patient to perform well, that help your technician do a good job and guarantee you get the most reliable and meaningful results in the least amount of time.

AUTOMATED EYE TRACKINGAutomated Eye Tracking (AET) recognizes the position of the pupil and keeps the eye centred. The Octopus provides optimum conditions for relia-ble and undelayed results.

HEAD SENSORSThe head sensors offer even further control and reliability by pausing the test if the patient pulls away from the instrument.

NETWORKINGWith EyeSuite™ Perimetry Octopus provides software for an extensive and comprehensive analysis right at your fingertips. EyeSuite Perimetry can be integrated to every EMR system (Windows XP, Vista, Windows 7 and 8) in your network. Show your patient their Octopus and HFA results with colour-ful and easy-to-explain graphs.

Zur Anzeige wird der QuickTime™ Dekompressor „“

benötigt.


benötigt.


benötigt.Zur Anzeige wird der QuickTime™

Dekompressor „“ benötigt.

5

Correct fixation: Displacements and blinks influence the examination flow in real-time.

Automated Eye Tracking: If the eye becomes uncentered, the instrument automatically corrects the eye position again.

PHYSIOLOGY BASED PROGRAM GOLDMANN KINETIC

FIXATION CONTROL AUTOMATED EYE TRACKING

NETWORKING

ETHERNET

Octopus and HFA Instruments Multiple Computers Ethernet Server Printers Printouts

EyeSuite™ Perimetry gets straight to the point and is intuitive to use. See what you want to see in just a few clicks.

CHANGES MADE VISIBLEEyeSuite™ Perimetry is the Haag-Streit solution for storing, analysing and printing examination data and images on your PC or network.

OVERVIEW AT A GLANCEEyeSuite provides a complete overview of all examinations to analyse changes.

PROGRESSION ANALYSISCalculate the progression rate in dB per year as recommended by the Inter-national Glaucoma Societies.

STRUCTURE FUNCTION CORRELATIONCorrelate structural findings with your static perimetry test results. The unique polar graph and polar trend analysis allow for direct comparison of different methodologies. You get the full picture.

CONNECTIVITYImport existing visual fields and manage on-going Octopus and HFA exami-nations in one solution.

Straight to the top

6

2000

0

15

252001 2002 2003 2004 2005

MD Mean defect (OS)

Slope dB yr p2.0 / ( <0.5%)

G 18.12.20031/17(+), 0/17(-)

G 29.06.20040/16(+), 2/16(-)

G 24.01.20051/18(+), 1/18(-)

DEMO, COMPARISON, 01.01.1938


HUMPHREY II, SNr. SN745-0001

OD / 12.12.2006 / 11:52:03Seven-in-One

Classification: Comment:

:]gHmm[ POI:]mm[ lipuPRefraction S/C/A: +3.75// VA:Catch trials: 0/0(+), 1/11(-) RF: 9.0Parameters: 31.4 III 200 ms Duration: 05:59Programs: 30-2 Standard / White/White Sita fast Questions / Repetitions: 0 / 0 30°

MS [dB]: 16.1MD [< 2.0 dB]: 12.8sLV [< 2.5 dB]: 10.5

95%..100%83%...94%71%...82%59%...70%47%...58%35%...46%23%...34%11%...22% 0%...10%

Greyscale (CO)

10.616.8

6.58.71

Values

6

2

13 10 4

2 8 17 17

9 5 10 8

13 21 21 23 29

6

13 9 19

22 23 21 17

20 21 22 23

29 28 4 23 18

28 29 24 23

25 28 27

27 28 30 31

28 27 30

27 27

8

23 22 21 23

18 26 27

27 29

17.411.5

4.428.11

Comparison

25

22

13 17 23

24 20 12 12

17 23 20 23

14 8 10 9 +

18

14 17 7

7 5 7 10

11 8 6 5

+ + 6 11

+ + 6 6

5 + +

+ + + +

+ + +

+ +

21

5 8 10 8

10 + +

+ +


20

18

8 12 18

20 15 7 8

12 19 15 18

9 + 5 + +

13

9 13 +

+ + + 5

6 + + +

+ + + 6

+ + + +

+ + +

+ + + +

+ + +

+ +

16

+ + 5 +

5 + +

+ +

Defect curve


471

5%

95%

-5

0

5

10

15

20

25


P > 5P < 5P < 2P < 1P < 0,5

DEMO, CASE, 01.01.1931ID 3001


OCTOPUS 101

OS / 27.08.2003 / 10:47:46Four-in-One


MS [dB]: 23.5MD [< 2.0 dB]: 2.9sLV [< 2.5 dB]: 5.4

Values

2727

15 25

24

27

24

27

22

22

27

17

26

15

29

11

27 25

2728

25 22

2426

28

13

22

26

27

9

25

26

2728 27

529

6212

2527

5252

2127

27 27

1520

7242

2625

25

27

22 22

2224

25.024.5

5.918.42

Greyscale (CO)

0.71.3

0.73.2

Polar analysis

102030S

IN T

Cluster analysis

+

+

+

++

+13.5

++

+

+

+

+

++

+13.5

++

+

�

�

�

�

�

�

�

�

�

�

�

SPECIFICATIONS EYESUITE PERIMETRY LITE

EYESUITE PERIMETRY ADVANCED

EYESUITE PERIMETRY PRO

Archive perimetry dataSingle field & global trend analysisCluster graph & cluster trend analysisPolar graph & polar trend analysisStatistical export

Straight to the top

7-IN-1 PRINTOUT 4-IN-1 PRINTOUT

OVERVIEW AT A GLANCE EASY PROGRESSION ANALYSIS

7

HFA-STYLE PRINTOUT

8

A great outlookA picture is worth a thousand words. With Octopus and EyeSuite™ Perimetry you give your patients the best impression and the clearest picture.

A TRUSTED RELATIONSHIPPerimetry is an important piece of the diagnostic puzzle. With EyeSuite™ Perimetry you have representative graphs at hand that give you and the pa-tient a clear view of the patient’s visual status.

No questions asked, EyeSuite™ is also an excellent basis to look at cases as a whole and discuss it. Especially since it runs on all PCs and connects to your examination database.

Satisfied patients return.Understanding the task and short test times are crucial factors to make the patient come back.

EyeSuite™ Perimetry supports the doctor with clear graphs. A good communication builds the partnership between doctor and patient.

Discuss findings within your team.Continued education and exchange of ideas are supported by Haag-Streit Octopus.

9

10

In good company

MILESTONES IN VISUAL FIELD EXAMINATIONThe quest to document the functional state of the eye for diagnostic purpos-es found its first instrumental approach with the tangent screen of von Graefe in 1856.In 1872, Scherk introduced the first half sphere perimeter in an attempt to test the whole visual field in a better reproducible manner. In 1945, Hans Goldmann of the University of Berne together with Haag-Streit developed the Goldmann Type 940 perimeter. This instrument with standardized, con-trolled parameters and its ingenious pantograph that at the same time al-lowed controlled projection and documentation is the reference for kinetic perimetry still today.

The original Haag-Streit Goldmann perimeter is the pre decessor of no wadays Octopus instruments.

Join Haag-Streit Octopus, the pioneer in the development of today’s perimetry.

THE HISTORY OF AUTOMATED PERIMETRYIn 1972 Franz Fankhauser et al developed the principles and concepts of automated perimetry, again at the University of Berne.

In 1974, as a result the Octopus 201, the first automated static perimeter was born. Since then, Octopus pioneered with many significant innovations like the G-pattern, the direct projection system, fast strategies and software for visual field analysis.

In 2002, Ulrich Schiefer chose the Octopus 101 to custom design his patent-ed, reaction time compensated kinetic perimetry. As subsequent studies showed, it was the first time Goldmann like kinetic perimetry proved compa-rability of results and superiority in repeatability over the original Goldmann Type 940 perimeter. Building on this experience, the Octopus 900 has been designed to perfectly match the needs for a Goldmann successor and set a new standard in perimetry.


11


Octopus® 300 & 900



Perimeters

1511

.1802

628.

0203

0 - 2

013

– 06




OCTOPUS 300 PRO

OCTOPUS 900 BASIC

OCTOPUS 900 PRO




2 13 12

DEMO, CASE, 01.01.1931ID 3001


OCTOPUS 101

OS / 27.08.2003 / 10:47:46Seven-in-One


MS [dB]: 23.5MD [< 2.0 dB]: 2.9sLV [< 2.5 dB]: 5.4

95%..100%83%...94%71%...82%59%...70%47%...58%35%...46%23%...34%11%...22% 0%...10%

Greyscale (CO)

0.71.3

0.73.2

Values

2727

15 25

24

27

24

27

22

22

27

17

26

15

29

11

27 25

2728

25 22

2426

28

13

22

26

27

9

25

26

2728 27

529

6212

2527

5252

2127

27 27

1520

7242

2625

25

27

22 22

2224

25.024.5

5.918.42

Comparison

++

13 +5

+

+

+

+

++

10

+

14

+

15

+ 5++

+ +

++

+

15

+

+

+

15

+

+

5+ +

24+

+ +

++

++

++

+ +

139

+ +

++

+

+

+ +

++


++

12 ++

+

+

+

+

++

9

+

13

+

14

+ +++

+ +

++

+

14

+

+

+

14

+

+

++ +

23+

+ +

++

++

++

+ +

128

+ +

++

+

+

+ +

++

Defect curve


951

5%

95%

-5

0

5

10

15

20

25


P > 5P < 5P < 2P < 1P < 0,5

When you climb a mountain, you want a partner you can rely on. Octopus leads your patients to relia-bleresultswithitsproprietaryfixationcontrolandautomatedeyetracking.Yourpatientskeepontrackwhile you know that the results are accurate.

Choosing the right partner OCTOPUS® Technical Specifications

Octopus perimeters feature short test duration, high accuracy and exceptional reliability. Wheel chair accessible electric instrument tables are available.

OCTOPUS® 300 – CENTRAL 30 DEGREES IN A SPACE-SAVINGS PACKAGE. Thepatenteddirectprojectionsystemallowspatientsarelaxedviewintoinfinitedistancewithouttheneedofadedicateddarkroom. It provides 3 methods of perimetry on one instrument: Standard white/white and for early detection SWAP and Flicker.

ITS UNIQUE ERGONOMICS: ■ A comfortable viewing angle in a dimly lighted room ■ Automated eye tracking keeps the head stationary, allowing for

better patient focus ■ Forehead sensors ensure constant eye distance ■ Rotating examination unit allows for a 90, 180 or 270 degree

working relationship between patient and technician ■ Fullthresholdtestinginjustover2minutespereye

The visual field in 3 steps

VisualfieldevaluationismadesimplewiththenewOctopus7-in-1printout.

1. Awhitecomparisongraphidentifiesanormalvisualfield.Anydeviationisproportionallyshownbydarkercolours.2. The defect curve unveils trigger happy patients and separates local from diffuse loss 3. Theglobalindicesquantifythedefectandallowclassificationofthevisualfield.

TheprobabilityandcomparisongraphscanbeappliedtoclassifythevisualfieldaccordingtotheHodapp-Parrish-Anderson criteria. The comparison graphs can be displayed as all numbers if preferred.

Patient dataPatient‘s age and demography build the basis to compare with age matched normals

Comparison Colour scale of the deviation from age matched normals: All white: nor-malvisualfield.Thedarkerthecol-our the deeper the local defect.

Comparison„+“ signs indicate normal locations (up to 4dB deviation). Numbers the defect in decibel for larger devia-tions.

Corrected comparisonThe „diffuse defect“ is subtracted from the local defect values to accentuate focal and early loss.

ProbabilitiesPercentile of normality to which a local defect compares. P < 1 means that less than 1% of normals reach the same deviation in this location.

Examination dataReliability information like catch tri-als, pupil size, test duration and parameters.

Comment & ClassificationThese entries help interpret the results according to patient reliability and the result.

Hospital iconLogo and address can be included on the printout.

ValuesAbsolute thresholds as tested by the instrument, prior to the calculation of age corrected defects. Useful to judgetheremainingabsolutesensi-tivityofapatient‘svisualfield.

Defect (Bebie) curveRanking of all defect values from left (best local deviation) to right (worst local deviation) relative to the nor-mal bandwidth. Inside 5..95% band-width: normal Left overshoot: trigger happy Parallel lowering: Diffuse loss Right drop: Local loss.

Diffuse defectDeviation of the 12..16th rank from the 50th percentile. Used to calcu-late the corrected graphs. The cor-rected graphs may be useful in patients with cataract or at a very early disease stage.

Global indicesMS: Mean SensitivityMD: Mean Defect The uniform loss in normals is < 2dB for w/w perimetrysLV: square root of Loss Variance (compares to PSD)The local variability in normals is < 2.5dB for w/w perimetry

OCTOPUS 300 BASIC OCTOPUS 300 PRO OCTOPUS 900 BASIC OCTOPUS 900 PRO

Optical systemStimulus generation Directprojectionsystem MirrorprojectionsystemPeripheral range (distance) 30°(infinite) 90° (30cm Goldmann bowl)Background illumination (asb) 31 31 / 314 0 / 4 / 31 / 314Stimulus size (Goldmann) III , V I, II, III, IV, VStimulus duration (ms) 100, 200, 500 100,200,500,1000,infiniteStimulus intensity (asb, dynamic range) 0.48 – 4800 (40 dB) 0.2 – 10000 (47 dB)

Test methodsStandard white-on-white perimetry SAP ■ ■ ■ ■Standardized blue/yellow perimetry SWAP □ ■ □ ■Flicker perimetry for early diagnosis □ ■ □ ■Red/white perimetry (in custom tests) □ ■Goldmann Kinetic Perimetry □ ■

Test Strategies (Threshold & Screening)TOP (Tendency Oriented Perimetry, 2–3min.) □ ■ □ ■Dynamic (Adaptive step size, 5–8min.) ■ ■ ■ ■Normal (4-2-1 bracketing, 8–12min.) ■ ■ ■ ■LVS (Low Vision Goldmann V), 2-LT, 1-LT ■ ■ ■ ■

Test libraryG - Physiological glaucoma test ■ ■ ■ ■M - Physiological macular test 5°/ 12°/ 30° ■ ■ ■ ■32, ST, LVC ■ ■ ■ ■07, LVP, D1, N1, 30-2, 24-2, 10-2 ■ ■BT, BG, FG, Esterman ■ ■Country dependent static expert opinion test ■ ■Country dependent automated kinetic test ■ ■Custom tests (individual test patterns) □ □ ■

FeaturesFixation(real-timefixation&blinkcontrol) ■ ■ ■ ■Automatic averaging pupil measurement ■ ■ ■ ■Non-contact head recognition sensors ■ ■ ■ ■Automated Eye Tracking AET □ ■ □ ■Automated trial lens calculator ■ ■Ethernet access and PC software □ ■ ■ ■One click testing (Follow up button) ■ ■Lens distance control ■ ■

Electrical and mechanical specificationsPower requirements 100–120 VAC / 220–240 VAC 50/60 HzOperating temperature +15°C ... +40°CLight source life-span >20'000hoursforstimulus,backgroundandfixationConformity EN 60601-1-2, EN ISO 12866, CSAC/US

Measures (W x L x H) 450 mm x 530 mm x 560 mm 648 mm x 519 mm x 796 mmWeight 22 kg 25 kg


MAKE OCTOPUS YOUR RELIABLE PARTNER TODAY.

The outcome is a full threshold in a stunning 2:30 minutes for both Standard and SWAP Perimetry. With Haag-Streits EyeSuite™ Perimetry Software, you haveanextensiveandcomprehensiveanalysisrightatyourfingertips.The new Octopus 900 technology provides a true Goldmann 90 degree bowl and supports the computer-assisted standard Goldmann Kinetic Program.

The Octopus 300 allows for comfortable seating and requires no dark room.


11


Octopus® 300 & 900



Perimeters

1511

.1802

628.

0203

0 - 2

013

– 06




OCTOPUS 300 PRO

OCTOPUS 900 BASIC

OCTOPUS 900 PRO


