Includes 278 Lenses - Apcthai
Includes 278 Lenses2005 Edition Revised, Updated, ExpandedProvided by Your OLA Member Laboratory 30.00
The Progressive IdentifierAt A GlanceThe 2005 edition of the Progressive Identifier is the most up-to-date source of lens information available forophthalmic professionals who want to identify progressive addition lenses (PALs)and any variable focus lenses, currentlyavailable in the United States and Canada, including lenses that have been discontinued within the past five years.An invaluable tool–What’s in it?Location, location, locationWhat’s in the Progressive Identifier? What’s new in the ProgressiveIdentifier? Here are some tips, keys, terms, and directions to guideyou through the Identifier.In order to identify the progressive lenses that a patient is wearing,doctors and dispensers must be able to locate two critical productidentifiers.Two Hundred Seventy-Eight Lens Diagrams! – 40 morelenses than the previous version – including short corridor, office,computer lenses; and intermediate viewing range or near variable focus lenses!The Progressive Identifier illustrates the two key identifiers for each lens: Lens suppliers have added symbols and codes to distinguish lensdesigns and materials. The Identifier shows both the number of lens diagrams and theindexes of symbols and codes. Larger Canadian Section than ever before. The Identifying Symbol or company logo that on most lensesappears on the nasal side just beneath the 180 line. (In selected lenses the symbol may appear on the temporal side. This isindicated on the lens diagram.) Any unique Engraved Symbols that may be displayed on the 180line (the standard is two circles). Where there are no unique identifying symbols, the word “none”is shown on the lens diagram.The Progressive Identifier also includes the following information foryour convenience:Index Page Listings always show a number/letter combination 4C, The distance of the Fitting Cross from the 180 line; or number and range of letters 5C-F, Each lens manufacturer’s recommended minimum height. that locates the specific lens diagram(s) being referenced.Index by Symbol Includes every symbol or code used by companies that submittedinformation company identification symbols 180-line reference symbols (except the standard circle) material identification symbols or codes. Lists every page where each symbol or code appears. Streamlined format lists symbol or code only once, without lensnames.Index by Company Arranges the lenses by company rather than by symbol. Lists the company, the lens name, shows the symbols and codes,and gives the page listing location.Index by Recommended Minimum Height Continuing this valuable tool, this index groups the lenses by themanufacturer’s recommended minimum height. You’ll find thatmany lenses have new recommended minimum heights.Lens Diagrams Remember – all diagrams are shown as the Right Lens, with theConvex Side Up. Diagrams are not to scale, of course; symbols and codes havebeen enlarged for clarity. The footer on each page describes the information in the lensdiagrams.The lens diagrams in the Identifier are not to scale. The lensdiagrams cannot be used to take measurements or preparefitting instructions. The symbols are shown in exaggerated sizefor clarity. The fitting cross is not shown at the actual distancefrom the 180 line. The purpose of this publication is identification of lenses, not fitting of lenses.Three steps to successWith the information contained in the Progressive Identifier, doctorsand retailers can quickly identify any lens currently being worn(including those recently discontinued), and confidently select the bestnew lens for their patients’ needs.Step One: Most modern PALs are marked by laser engravings (someolder lenses may have fluorescent marks) that become easily visiblewhen viewed under an intense light against a dark background. Lookfor these engraved symbols and refer to the Indexes in the front of thebook.Step Two: Determine the patient’s old Rx. If this is information is notin your records, read the prescription from the lens.Step Three: Compare to the new Rx and assess any changes thatmight suggest a change in lens design or material. Remember toconsider your patient’s lifestyle, work habits, hobbies, and framechoice when choosing the appropriate lens.For fitting tips and techniques, refer to the Indispensable DispensingGUIDE, published by OLA. Your OLA member laboratory will behappy to provide information on this and other products published byOLA. Or contact OLA directly at 800-477-5652.2005 PROGRESSIVE Identifier ii
INDEX BY SYMBOLPageHI .27F,32BH67 .19EI .27GI14 .11EI44 .11FI60 .4GIII .5GIII6 .5HJJ .13EJ4 .15I,16A,BJ6 .15F-HK.22CKB.13F,HKc .21BKcl .21CKcP .21DKc6 .21FKI .22DKP .22FK6 .22EK .22AK I .21IK P .21GK 6 .21HK .22BM .2C,25BNC .6H,7A,29G,30A,GNC .30D. ,26GN5 .30BODC .15A.2C,D,16E,28AP .1H,I,2G,I,3A,.13C,16F-H,24F,25A,IPC .16C,I,20A,DPE .1G,1H,2BPE6.2APM .16HPRO .2DPS.16F,GPZ .19BQ .14I.17D-I,31A-IRD .4HS .7F,15H,16B,.18E-G,24E,25D,H,30I.18CSC .15BShoreView.21ASL .4ESOMO .26D,EAlphaSymbolPageSP1 .12CSPX.12DSP3 .12ESP4 .12FS2 .18FS3 .11GS4 .18GS60 .4IT .3FTD.10F,20G,32CTG .9GTI .12G,HTLX .13G,14GTM .9HTP .9ITR.19H,20ETV .10ATX .18B,19Ctx .18AT50 .5AT58 .5CT60 .5BT66 .5DT80 .28EV .26IVΩ .29CVEL .27AVG .25FVIP .25EW .18E,30IWP .11DWX .11BW1 .10HW2 .11CW3.I0IW4 .11AX.31B,DXL .26A,BXLG .26CY.14E,27E-GNon-AlphaSymbolPage3 .15C,28D6 .2A7 .2Bπ .3E .6B P .6E X .6C 56 .6F.16D.3G.22Gc.23C2005 PROGRESSIVE Identifier iiiNon-AlphaSymbolPage.22H.23AsI .23B6 .22I.23G,H,24E-G,25G-I.19A6 24DS.24C6.24B.7C,28FP .7D67 .7Ea.12Ia16 PEA .13B,15G,16A,24E-G.3HAC .23EACP .23FAO .2C,3B,28AAO .3CAOB .3D,EAOT .3FAP .6AAp .1BAX .5IAX .15E.3I,5E.17BbA.1AB50 .28BB60 .28CC.1C,2H,15F,Ic .15DCDX .11ICD1.11HCD3.12ACD4 .12BCF.1DCP.1F,23GCS .1E,23HC7 .21ED.26HDH.9EDV .9FDX .9DEII .23D.8HP .8IP.9A.9B8 .29D.9C.7G.7I.7H.8A8 .29A.8B.8CP .8D.8E.8GP.8F.29BF .24IFF-CR .18HFF-16 .18IG .2E,18D,30HG1 .10GH .2F,10E,19D,.20C,24G,H,25G,28AAlphaSymbol PageTAlphaSymbol
INDEX BY COMPANYLensNameAmerican OpticalAO b’Active bA .1AAO b’Active Ap .1BRugged Fashionwear AO Compact C .1CAO Compact 16CF.1DAO Compact 55/CS .1EAO Compact 55 Velocity Transitions AO Compact CP .1FRugged Fashionwear AO Easy/AO Pro EasyPE .1GAO Easy/AO Pro P, PE .1H Easy Rugged FashionwearAO Easy/AO Pro P, .1IEasy Rugged Fashionwear AO Easy16/6, PE6 .2AAO Pro Easy 16AO Easy1.67/7, PE .2BAO Pro Easy 1.67AO Force 55M, AO.2CAO Pro 15PRO.2DAO Pro 16G.2EAO Pro 16H .2FAO Pro RuggedP .2G FashionwearInstinctive/PEZC .2HInstinctive/PEZP .2IInstinctive/PEZP,.3AAO .3BTruVision TruVision AO .3CTruVision Omni AOB .3DTruVision Omni π, AOB.3ETruVision Technica T, AOT.3FAO Pro 16H, AO,p.28A(CANADA)Augen Air High Index,.3GAugen Air PhotochromicAugen Progressive.3HClarlet Business.3IGradal Brevity 1.5None.4AGradal Brevity 1.59.4BGradal Brevity 1.67.4CGradal HS.4DGradal HSSL.4EGradal HS/PunktalGradal HS/.4FUmbramatic SR Gradal HS Gradal IndividualI60.4GGradal RDRD .4HGradal ShortiS60 .4IGradal TopT50.5AGradal TopT60 .5BGradal TopT58.5CGradal TopT66 .5DZeiss Business.5EZeiss Experience .5FGradal Brevis 1.5B50 .28B(CANADA)Gradal Brevis 1.6B60.28C(CANADA) Gradal 3 (CANADA)3.28DGradal Top (CANADA)T80 .28EOvation .28FVarilux Comfort 8 .29AVarilux Ipseo.29BVarilux OmegaVΩ .29CVarilux Panamic 1.88.29DAdaptar III, .5GAdaptar III 6, .5HAdaptar AX, .5IAdaptar AP, .6AEssilor Natural .6BEssilor Natural x.6C 6 .6DEssilor Natural Essilor Natural P.6EEssilor Natural 56.6FNikon Presio i13.6GAugen OpticsCarl Zeiss Optical, Inc.Essilor CanadaEssilor of AmericaSymbolsPageCompanyNameExcelite, Inc.Global OpticsHOYA VISION CAREINDO Lens, USThe SpectacleLens Group/J&JKbcoLandon LensMfg Corp.L.B.I.Melibrad2005 PROGRESSIVE Identifier ivLensNameNikon Presio i13Nikon Presio i15Nikon Presio i15Nikon Presio i15Ovation Ovation Ovation Super No-Line Varilux Comfort Varilux Comfort Varilux Comfort Varilux Comfort Varilux Comfort Varilux Ellipse Varilux Ellipse Varilux Ellipse Varilux Liberty Varilux Liberty Varilux Panamic Varilux Panamic Varilux Panamic Varilux Panamic Varilux Panamic X-Pro MinuoX-Pro MinuoX-Pro MinuoX-Pro OmnisX-Pro OmnisX-Pro OmnisX-Pro OmnisPanorama GlobalPanorama GlobalPanorama GlobalPanorama GlobalPanorama GlobalHOYALUX GPHOYALUX GP WIDEHOYALUX GP WIDEHOYALUX GP WIDEHOYALUX GP WIDEHOYALUX GP WIDEHOYALUX GP WIDEHOYALUX iDHOYALUX iDHOYALUX summit 13HOYALUX summit cdHOYALUX summit cdHOYALUX summit cdHOYALUX summit cdHOYALUX summit ecpHOYALUX summit ecpHOYALUX summit ecpHOYALUX summit ecpHOYALUX TACT – EP 40HOYALUX TACT – EP 60Admira Admira 1.6Amply Amply ProximityMicra DEFINITY EOS with HC16 Fusion IFusion IIMVP Platinum Plastic IIMVP Platinum PolyChannel 14 PlasticChannel 14 PolyFairvueMelibrad ProgressiveSymbolsPageNC .6H.6INC .7A.7B.7CP.7D67 .7ES .7F.7G.7H.7I.8A.8B.8CP .8D.8EP .8F.8G.8HP.8I.9A.9B.9CDX.9DDH .9EDV .9FTG .9GTM .9HTP .9ITV.10A.10B.10C.10DH .10ETD .10FG1 .10GW1.10HW3 .10IW4.11AWX .11BW2.11CWP .11DI14.11EI44 .11FS3 .11GCD1 .11HCDX .11ICD3 .12ACD4.12BSP1.12CSPX .12DSP3 .12ESP4.12FTI .12GTI .12Ha .12I16.13AA .13BP.13C.13DJJ .13EPaECompanyNameKB .13FTLX .13GKB.13H.13I.14A.14B.14C.14DY .14E
Optical DynamicsCorporationOptima, Inc.Optixx AGPentax, div. ofSeiko OpticalPlastic Plus(CANADA)Polycore Optical USAPolylite Taiwan Co, Ltd(formerly Nexgen Vision)PRIO CorporationRodenstock CanadaRodenstockNorth AmericaRSE OpticsSeiko Optical ProductsShamir Insight Inc.Polar-Ray ProgressivePolar-Ray ProgressiveNalco ProgressiveNikon Go 1.50Nikon Go 1.60Nikon Go 1.67Nikon i 1.50Nikon i 1.60Nikon i 1.67Nikon i 1.74Nikon Online 1.50Nikon Online 1.67Privilege 1.50Privilege 1.60Privilege 1.67Continual Focus Lens (CFL)Paradigm ProgressiveParadigm Short CorridorNatural SightHyperview 166Resolution Responseaxxess plusAF 1.50AF 1.60AF 1.67AF mini 1.50AF mini 1.60AF mini 1.67DC mini Lite 1.60 ProgressivePlastic ProgressiveSupremacy 1.67Supremacy 1.67 ShortFuturise Futurise MicroGIA Starlite GoldGIA Starlite LPRIO Browser LensPRIO Computer LensImpression ILTImpression ILT XSXMultigressiv ILTMultigressiv ILT XSMultigressiv 2Progressiv ATProgressiv life 2Progressiv life XSProgressiv SICosmolit OfficeMultigressiv 2Progressiv ATProgressiv life 2Progressiv SIProgressiv XSTokai 13Tokai 15P61.67 Proceed 1.67 Proceed II ShortSuper Proceed Internal (12 mm Corridor)Super Proceed Internal (14 mm Corridor)Autograph Autograph Genesis Genesis Genesis Genesis Genesis Genesis Genesis Genesis Insight (CANADA)SymbolsPageNone .14FTLX .14GNone.14H.29E.29FNC.29G.29H.29INC .30AN5.30B.30CNC .30D.30E.30FNC.30G , Q.14IODC .15A , SC .15B3.15Cc .15DAX .15EC, J6.15FA, J6 .15GS, J6 .15HC, J4 .15IA, J4 .16AS, J4.16BPC .16C.16D.16EG .
2005 PROGRESSIVEIdentifier ii The Progressive Identifier At A Glance The 2005 edition of the Progressive Identifieris the most up-to-date source of lens information available for ophthalmic professionals who want to identify progressive addition lenses (PALs)and any variable focus lenses, currently
Reducing the Number of Lenses with Aspheres Example photographic zoom lens Equivalent performance 9 lenses reduced to 6 lenses Overall length reduced Ref: H. Zügge 436 nm 588 nm 656 nm y p x p ' y ' x axis field 22 y p x p ' y ' x y p x p ' y ' x axis field 22 y p x p ' y ' x A 1 A 3 A 2 a) all spherical, 9 lenses b) 3 aspheres, 6 lenses .
a/c, cooling non-coincident load heat greater @ 2.0kw x 100 units 200 555 555 555 4 refrig/mico wave unit 100 @ 1.00kw 100 278 278 278 278 c. 1. guest laundry dryer 1 @ 5000w 5 14 14 14 2. guest laundry washe
The physics of lenses is also used to detect the presence of “dark matter” . 8.3 Key Concepts As always, you can find a summary online at Hyperphysics1.Lookfor keywords: lenses, thin lenses, images, focal length, real images, virtual . the last part of this lab, you will use an image formed by a converging lens
The choice of contact lenses for pediatric use is limited because of the technical difficulties involved in producing high-powered lenses that are highly oxygen-permeable and therefore safe for the infant eye. Lenses that are approved for extended-wear use are the pref
LightPath aspheric lenses are typically plano-convex or bi-convex, with diameters as large as 25 mm or as small as 0.250 mm. LightPath has the capability to dice the lenses to specified shapes for easier mounting. Shapes and Sizes Optical Performance Our molded aspheric lenses are available with numerical apertures ranging from 0.15 up to 0.83.
using 3D Magic Lenses 9 Conclusion and Future Work Conclusion Image-based real-time rendering algorithm Magic lenses in city model visualization Application to terrain visualization Classification into two lens types Future Work Multi lens environments Library for easy use of magic lenses in existing OpenGL applications
FARGO Ortho-k and FARGO Ortho-k 100 Contact Lenses for Contact Lens Corneal Refractive Therapy are to be worn overnight with removal during all or part of each following day. Wearing the lenses continuously (extended wear) presents increased risk, which increases with the number of consecutive days that the lenses are worn between removals.
Ability Commerce P.O. Box 519 Spicer, MN 56288 Abinette, Jennifer A 1 Innovation Way Merrimack, NH 03054 Abir Yono 4514 Northridge Ct West Bloomfield, MI 48323 Ablajan, Uighur 1 Innovation Way Merrimack, NH 03054 Able Planet Incorporated 10601 W.I-70 Frontage Rd Wheat Ridge, CO 80033 Ables, Amanda 1 Innovation Way Merrimack, NH 03054 Abm Engineering/ Linc Facility Services Los Angeles, CA .