www.novar-tech.com Most current engineering designs of ophthalmic progressive addition lenses operate by setting conditions on interest's points in the progressive lens surface. Optical power conditions and desired astigmatisms are established with this points using an algorithm known as B -Splines. However, the lens surface is a continuous topography in which the gaps located in the middle of the interest's points are solved by interpolation. That means a loss of control over optical astigmatism and optical power in most of the lens' surface. After 6 years of R & D, with the challenge of developing a mathematical model that takes into account the entire surface of the lens with infinite points, not just capable of preventing the interpolation process but also to improving the current designs, is how we reach to the exclusive "Continuum Profile Technology". This technology allows to mold the optic surfaces with infinite control points by developing different customised designs of ophthalmic lenses that can adopt different characteristics according to each user providing a better result in the user's comfort and in the breadth of all fields of vision. The kind of technology previously mentioned was developed to be used in Freeform Technology production equipment under the VCA protocol, allowing Novar lenses to be in a distinguished and reduced International Group. www.novar-tech.com 03 Dimensions map Monofocal spherical/toric with all the precision offered by digital freeform technology. PRP Technical data Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 1.59, 1.60, 1.67, 1.74) R www.novar-tech.com Personalization Yes Precalibration Yes Max. Diameter 85 mm Sphere Range -25 / +25 dpt Cylinder Range -6 / +6 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes 04 Dimensions map Monofocal custom aspheric and atoric, that improves the visual quality and perception of detail eliminating much of the spherical aberrations getting improvements in visual field and to all directions of gaze. PRP Technical data 34mm Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, R 1.59, 1.60, 1.67, 1.74) Diámetro mm SINGLE VISION GEO Distancia focal www.novar-tech.com Personalization Yes Precalibration Yes Max. Diameter 85 mm Sphere Range -25 / +25 dpt Cylinder Range -6 / +6 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes 05 Dimensions map Multifocal degressive for near vision with benefits throughout the intermediate area. For users that require near vision wide and intermediary without peripheral limitations. IRP LRP LP C NRP FH Technical data 34mm R Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 1.59, 1.60, 1.67, 1.74) Power map R Cylinder map Personalization Yes Precalibration Yes Inset Variable VBOX minimum 29 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.75 / 4.00 dpt Degression Range -0.75, -1.00, -1.25, -1.50, -1.75, -2.00, -2.25 Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes R Rotlex FFV:06 Real Maps. www.novar-tech.com 06 Dimensions map Progressive design with specially prepared for users in its first experience in this type of lenses. DRP LRP PRP Technical data LP C NRP FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 34mm 1.59, 1.60, 1.67, 1.74) R Power map Personalization Yes Precalibration Yes Distance reference point (DRP) +8 mm Layout Reference Point (LRP) +4 mm Inset Variable Min. fitting height (FH) 14-16-17-18-1920-21-22 mm Corridor © (10% a 90%) 9.4-10.3-11.2-1212.8-13.7-14.5 mm Large of progressions (LP) (LRP to 90%) 11-12.05-13.1-14.0414.98-16.03-16.97 mm Near Ref. Point (NRP) 12-14-15-16-1718-19-20 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.50 / 2.00 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes R Cylinder map R Rotlex FFV:06 Real Maps. www.novar-tech.com 07 Dimensions map Progressive with a balanced design for excellent performance in all areas. DRP LRP PRP Technical data LP C NRP FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 34mm 1.59, 1.60, 1.67, 1.74) R Power map R Cylinder map R Personalization Yes Precalibration Yes Distance reference point (DRP) +8 mm Layout Reference Point (LRP) +4 mm Inset Variable Min. fitting height (FH) 16-17-18-19-20 mm Corridor © (10% a 90%) 9.40-10.3-11.212-12.8 mm Large of progressions (LP) (LRP to 90%) 11-12.05-13.114.04-14.98 mm Near Ref. Point (NRP) 14-15-16-17-18 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.50 / 4.00 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes Rotlex FFV:06 Real Maps. www.novar-tech.com 08 Dimensions map A balanced progressive bonus also available for small frames. DRP LRP PRP Technical data LP C NRP FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 34mm 1.59, 1.60, 1.67, 1.74) R Power map R Cylinder map R Personalization Yes Precalibration Yes Distance reference point (DRP) +6 mm Layout Reference Point (LRP) +2 mm Inset Variable Min. fitting height (FH) 14mm Corridor © (10% a 90%) 8.6 mm Large of progressions (LP) (LRP to 90%) 10.06 mm Near Ref. Point (NRP) 12 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.50 / 4.00 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes Rotlex FFV:06 Real Maps. www.novar-tech.com 09 Dimensions map The most evolved progressive design to get the best range in all areas. DRP LRP PRP Technical data LP C NRP FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 34mm 1.59, 1.60, 1.67, 1.74) R Power map R Cylinder map R Personalization Yes Precalibration Yes Distance reference point (DRP) +8 mm Layout Reference Point (LRP) +4 mm Inset Variable Min. fitting height (FH) 16-17-18-19-20 mm Corridor © (10% a 90%) 10.3-11.2-12-12.8 mm Large of progressions (LP) (LRP to 90%) 12.05-13.1-14.0414.98 mm Near Ref. Point (NRP) 14-15-16-17-18 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.50 / 3.50 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes Rotlex FFV:06 Real Maps. www.novar-tech.com 10 Dimensions map Best also available for small frames. DRP Technical data LRP PRP LP C FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, NRP 1.59, 1.60, 1.67, 1.74) 34mm R Power map R Cylinder map R Personalization Yes Precalibration Yes Distance reference point (DRP) +8 mm Layout Reference Point (LRP) +2 mm Inset Variable Min. fitting height (FH) 14 mm Corridor © (10% a 90%) 8.60 mm Large of progressions (LP) (LRP to 90%) 10.06 mm Near Ref. Point (NRP) 12 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.50 / 3.50 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes Rotlex FFV:06 Real Maps. www.novar-tech.com 11 Dimensions map Progressive specially designed for users who spend most of their days in the car driving. DRP LRP PRP Technical data LP C NRP FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 34mm 1.59, 1.60, 1.67, 1.74) R Power map R Cylinder map R Personalization Yes Precalibration Yes Distance reference point (DRP) +8 mm Layout Reference Point (LRP) +4 mm Inset Variable Min. fitting height (FH) 18-19-20-21-22 mm Corridor © (10% a 90%) 11.2-12-12.8-13.7014.50 mm Large of progressions (LP) (LRP to 90%) 13.1-14.04-14.9816.03-16.97 mm Near Ref. Point (NRP) 16-17-18-19-20 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.50 / 3.50 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes Rotlex FFV:06 Real Maps. www.novar-tech.com 12 Dimensions map Progressive designed for users who have an active lifestyle and outdoor settings. DRP LRP PRP Technical data LP C NRP FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 34mm 1.59, 1.60, 1.67, 1.74) R Power map R Cylinder map R Personalization Yes Precalibration Yes Distance reference point (DRP) +8 mm Layout Reference Point (LRP) +4 mm Inset 2.5 Min. fitting height (FH) 23 mm Corridor © (10% a 90%) 12.70 mm Large of progressions (LP) (LRP to 90%) 14.86 mm Near Ref. Point (NRP) 20 mm Max. Diameter 85 mm Sphere Range -12 / +12 dpt Cylinder Range -6 / +6 dpt Addition Range 0.50 / 3.50 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes Rotlex FFV:06 Real Maps. www.novar-tech.com 13 Dimensions map Design for users without presbyopia requiring visual relaxation. PRP Technical data LP C NRP FH Technology CPT® (Continuum Profile Technology) Materials All (1.50 1.53, 1.56, 34mm 1.59, 1.60, 1.67, 1.74) R Power map R Cylinder map Personalization Yes Precalibration Yes Layout Reference Point (LRP) 0 mm Inset 2 mm Min. fitting height (FH) 16 mm Corridor © (10% a 90%) 7.4 mm Large of progressions (LP) (LRP to 90%) 10 mm Near Ref. Point (NRP) 14 mm Max. Diameter 85 mm Sphere Range -16 / +16 dpt Cylinder Range -6 / +6 dpt Addition Range 03.6 y 0.50 dpt Variable decentration Yes Prisma prescribed by blocking Yes Prisma prescribed by design Yes Calculator of thickness by frame and material Yes CRIB circular or elliptical Yes Automatic choice base curve Yes R Rotlex FFV:06 Real Maps. www.novar-tech.com 14 DBL VBOX VBOX FH FH HBOX HBOX IPD IPD Calculation parameters IPD - Naso-pupillary distance SEGHT mounting height from the bottom edge of the frame HBOX horizontal box size DBL Bridge VBOX vertical box size PANTO Angle Pantoscopic Facial ZTILT Angle. Technology for improving thickness Thickness reduction Shape of frame (shape of edged lens) MidPoint (optimized lens) Shape of optimized lens Standard non-edged lens www.novar-tech.com 15 TV Commercials, Radio and Graphic http://youtu.be/fzyoIDn9wC8 www.novar-tech.com http://youtu.be/LThqbVz0nXw 16 Displays and POP materials www.novar-tech.com 17 PC Requirements Platform Windows XP, Windows Vista and Windows7 / 8, 32 and 64 bit, or Windows 2003 CPU Intel or AMD (processor speed 1.0 GHz or higher) RAM Minimum 1 GB Processor Inter Core 2 Duo 2 GHz or higher RAM Minimum 2 GB HDD 100mb (high availability) Internet connection. Standard VCA NOVAR Designer follows the standard requirements of 3.08 for processing communications and file sharing "VCA Data Communication Standard v3.08". www.novar-tech.com 18 Flow connection with Lab Management Software (LMS) AFServer / Client - RX Server RXDSLAB (Ask for integrations to other LMS). Download Download directly from the web (www.novar-tech.com/designer) to load the software free of charge for a trial period. www.novar-tech.com 19 Connecting and activating NOVAR Designer (1) CONNECT: Options-> Services Enter "Account" and "Password" to get mail and then click on the "Connect" button. (2) ON: Options-> Licence Enter the "Serial" to arrive by mail, and then click the "Activate" button. (3) CALCULATE From that time has 45 days trial to test the technology calculations and the NOVAR lenses without charge. www.novar-tech.com 20 Integration with LMS AFSERVER (SATISLOH) AFSERVER NOVAR DESIGNER Versión AFServer: 1.4.36.2 The directory path should be similar in both software www.novar-tech.com 21 Check that "SURFACE FILE FORMAT" and "EXTENSIONS OF FILE NAMES" are equal. If you are not preloaded, or manually enter designs replace designs.xml afserver file with which you can download from www.novar-tech.com for this LMS. www.novar-tech.com 22 Integration with LMS RXDSLAB (SATISLOH) RXDSLAB NOVAR DESIGNER Versión RXDSLAB: 6.02 The directory path should be similar in both software. Check that SURFACE FILE FORMAT is activated in SDF. If you are not preloaded, or manually enter designs directly replace Servidor8.txt rxdslab file with which you can download from www.novar-tech.com for this LMS. www.novar-tech.com 23 Examples of calculation (freeform lens design) Requirements correct semifinished (Blank request / blank answer). Blank Request (BRS) DO=B REQ=BRS JOB=180 SPH=1;0.75 CYL=0.5;0.75 ADD=2;2 AX=0;0 LIND=1.499;1.499 LDNAM=Evolution FH18; Evolution FH18 LNAM=Org Blanco;Org Blanco LMFR=OPULENS;OPULENS LMATTYPE=1;1 TIND=1.499;1.499 Blank Answer (BAS) REQ=BAS JOB=180 ADD=2;2 AX=0;0 CYL=0.5;0.75 DO=B LDNAM= Evolution FH18; Evolution Fh18 LDVEN=NOVAR DESIGNER LDVER=14.04 -- Apr 15 2014 12:59:53 LIND=1.499;1.499 LMATTYPE=1;1 LMFR=OPULENS;OPULENS LNAM=Org Blanco;Org Blanco MAXFRT=5.18 MINFRT=1.41 OPTFRNT=3.77;3.77 SPH=1;0.75 STATUS=0 TIND=1.499;1.499 Lens design Solicitud de calculacion (LDS) REQ=LDS JOB=181 MPD=72 DBL=17 LDNAM= Evolution FH18; Evolution Fh18 SPH=1;0.75 CYL=0.5;0.75 AX=0;0 ADD=2;2 PRVM=0;0 PRVA=0;0 MINCTR=1.8;1.8 MINEDG=0.2;0.2 MBASE=4;4 FRNT=3.46;3.46 DIA=60;60 LIND=1.499;1.499 www.novar-tech.com Respuesta del designer (LMS) REQ=LMS JOB=181 ADD=2;2 ADJADD=0;0 ADJCYL=0;0 ADJPRVA=0;0 ADJPRVM=0;0 ADJSPH=0;0 AVAL=16.05;16.05 AX=0;0 BACK=6;6 BCERIN=4.00;4.00 BCERUP=0.50;0.50 BCTHK=14;14 BLKD=58.00;58.00 BVD=?;? CBUMP=1;1 24 BCTHK=14;14 CRIB=60;60 ELLH=50;50 BLKD=58;58 RNGH=7;7 BACK=6;6 IPD=32;32 GAX=0;0 MESG=; HBOX=55;55 VBOX=35;35 CBUMP=1;1 LMATTYPE=1;1 CPRVM=0;0 LNAM=Evolution FH18; Evolution FH18 LMATID=1;1 OPC=0101150480;0101150480 LDVEN=Novar;Novar _TZOK=0 CLLIFE= FTYP=0 CLINIT= HEADK=? HEADS=? BVD=?;? PANTO=?;? ZTILT=?;? NWD=?;? ERNRIN=2;2 _LLVAL=?;? CORRLEN=12;12 _MINAVG=214748364.8;214748364.8 ERCD=?;? _LTDIA=?;? _LTWIDTH=?;? _LTFRAME=0;0 _LTLVL=0;0 FMAT= ADJSPH=0;0 ADJCYL=0;0 ADJADD=0;0 ADJPRVA=0;0 ADJPRVM=0;0 DO=B www.novar-tech.com CLINIT= CLLIFE= CORRLEN=16.00;16.00 CPRVM=0;0 CRIB=60;60 CTHICK=3.29;3.24 CYL=0.5;0.75 DBL=17 DIA=60;60 DO=B ELLH=50;50 ERCD=?;? ERDRIN=0.00;0.00 ERDRUP=8.00;8.00 ERNRIN=2.25;2.25 ERNRUP=-12.00;-12.00 ERSGIN=0.00;0.00 ERSGUP=4.00;4.00 FMAT= FRNT=3.46;3.46 FTYP=0 GAX=0.00;0.00 GTHK=3.27;3.23 HBOX=55;55 HEADK=? HEADS=? IPD=32;32 LAPAX=0.00;0.00 LAPBASX=-1.97;-1.97 LAPCRSX=-2.47;-2.72 LDDRAX=179.46;180.00 LDDRCYL=0.49;0.74 LDDRSPH=1.02;0.78 LDNAM=Evolution FH18; Evolution FH18 LDNRAX=179.73;178.98 LDNRCYL=0.54;0.77 LDNRSPH=3.00;2.76 LDPATH=C:\NovarDesigner\freeform\sur fs\181R.HMF;C:\NovarDesigner\freeform \surfs\181L.HMF LDPRVA=140.19;161.18 LDPRVM=0.00;0.00 LDPTPRVA=0.00;0.00 LDPTPRVM=0.00;0.00 25 PTOK=0 PBOK=0;0 TIND=1.499;1.499 _CFC=0 _TKADOC=1 _DECM=1 SEGHT=22;22 www.novar-tech.com LDSEGHT=4.00;4.00 LDSGAX=2.99;0.60 LDSGCYL=0.45;0.68 LDSGSPH=1.09;0.85 LDTYPE=HMF LDVEN=NOVAR DESIGNER LDVER=14.04 -- Apr 15 2014 12:59:53 LIND=1.499;1.499 LMATID=1;1 LMATTYPE=1;1 LNAM= Evolution FH18; Evolution Fh18 MBASE=4;4 MESG=; MINCTR=1.8;1.8 MINEDG=0.2;0.2 MPD=72 NWD=?;? OPC=0101150480;0101150480 PANTO=?;? PBOK=0;0 PIND=1.499;1.499 PRVA=0;0 PRVM=0;0 PTOK=0 RNGH=7.00;7.00 SEGHT=22;22 SPH=1;0.75 STATUS=0 SVAL=7.33;7.28 THKA=16.50;166.00 THKP=2.42;2.52 THNA=249.00;288.00 THNP=0.20;0.20 TIND=1.499;1.499 VBOX=35;35 ZTILT=?;? 26 Table of errors and warning Message Type Extra information Code Could not load model LDNAM Error Model LDNAM does not exist in models folder 1001 Invalid BLKD given. Error BLKD value specified in LDS would violate BLKD/RNGH restrictions 1002 Invalid RNGH given. Error RNGH value specified in LDS would violate BLKD/RNGH restrictions 1003 No materials data found for LIND = XXX -- CAN'T GET FRNT LIMITS Error No FRNT limits could be found in materials.ini for given LIND. 1004 Output Thickness do not verify MINAVG < AVG condition: MINAVG=XXX, AVG=YYY. Error If AVG < MINAVG after lens design 1005 Error opening output HMF File for writing! Error Error opening output SDF File for writing! Error Error renaming temporary output HMF File! Error Error renaming temporary output SDF File! Error Couldn't adjust thickness!! STOP. Error Thickness could not be adjusted for given lens parameters and thickness restrictions. 1007 SVAL safety check failed for given parameters. Error SVAL calculated from blocking ring and lens parameters didn't pass the safety check. 1008 Must provide a valid DIA Error DIA was missing in the LDS input file 1009 DIA is outside interval [MINDIA,maxDIA] = [XXX,YYY] Error Given DIA is outside allowed range for selected lens design. 1010 CRIB is outside interval [-DIA,DIA] = [XXX,YYY] Error Given CRIB is outside allowed range for given DIA. 1011 www.novar-tech.com Various fatal filesystem errors during output generation. Check filesystem integrity and GTorno installation. 1006 27 Invalid BCERIN, BCERUP given, decentering must be at most MAXShift = XXX Error The relation sqrt(BCERIN*BCERIN + BCERUP*BCERUP) <= MAXShift must hold 1012 DIA Has to be greater than or equal to XXX for the given frame parameters Error Given frame parameters don't allow for a value of DIA smaller than XXX. 1013 UNEXPECTED FATAL ERROR. CHECK INPUT LDS FORMAT Error Unexpected error. Input LDS could be malformed (missing required fields and/or missing required left/right eye values for a field) 1014 Selected value of MINCTR is less than XXX, default value of YYY will be used Warning If MINCTR < minMINCTR 1101 Selected value of MINEDG is less than XXX, default value of YYY will be used Warning If MINEDG < minMINEDG 1102 FRNT out of recommended range, MINFRT = XXX, MAXFRT=YYY; OPTFRT=ZZZ Warning FRNT is outside designer recommended range of [XXX,YYY]; ZZZ is the optimum choice 1103 Index material over 1.6 is recommended for Prescriptions over 5D Warning When FIV+FIA > 5 and nG < 1.6 1104 No thickness data found for LIND = XXX Warning No thickness limits could be found in thickness.ini for given LIND. 1105 Given positive CRIB is outside range [MINDIA,DIA]=[XXX,YYY]. Setting CRIB=ZZZ A given positive CRIB was adjusted to valid positive value ZZZ Warning Given negative CRIB must be greater or equal to MINDIADIA=XXX. Setting CRIB=ZZZ Only prism vertex angles smaller than 10deg are allowed” www.novar-tech.com 1106 A given negative CRIB was adjusted to valid negative value ZZZ Warning AprismIXPRP, etc. must be lesser than 10 deg for paraxial approximation to hold 1107 28 Ignoring Rx Prism parameters for Atoric lens design. Ignoring Decentration parameters for Atoric lens design. Warning Disabling Set Zero Prism at PRP for Atoric lens design. Informs disabled functions and/or ignored parameters for Atoric lens designs. 1108 Disabling Prism Thinning for Atoric lens design. Disabling Prism Thinning due to Decentration. Warning Informs disabled functions and/or ignored parameters due to decentration 1109 Warning Informs of changed parameters because frame data is available 1010 Default CRIB=0 is being used Warning Informs that CRIB was not set and the default of 0 is being used. 1011 Field XXX has different values for left and right eyes. Warning Informs that given field XXX should have the same value for both eyes. 1012 Shift data has been evaluated according to frame data. CRIB has been adjusted as CRIB=FED www.novar-tech.com 29 Digital Center http://www.opulens.com.ar/digitalcenter/ www.novar-tech.com 30 OPULENS S.A. Bermúdez 253 (1629) Pilar Buenos Aires, Argentina Telephone: (+54) 230-4431528 Fax: (+54) 230-4433393 E-mail: [email protected]
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