DENTAL CAD MADE IN GERMANY MODULAR ARCHITECTURE BACKWARD PLANNING CUTBACK FUNCTION BIOARTICULATOR INTUITIVE USAGE OPEN INTERFACE.

Transcription

1 DENTAL CAD MADE IN GERMANY MODULAR ARCHITECTURE BACKWARD PLANNING CUTBACK FUNCTION BIOARTICULATOR INTUITIVE USAGE OPEN INTERFACE

2 dntprogrss an b rsion c v o m d ss.d! A fr ntprog.d w ww usd at VIRTUAL BIOARTICULATOR MODULE I.O.V. MODULE Adaptd to th nds of dntal laboratoris, th 3D dsign softwar dntprogrss focuss on as of opration as Th dntprogrss Bioarticulator is an nhancmnt of its prdcssor, Using th cost-fficint I.O.V. modul, inlays, onlays and v- wll intgration with th scannrs of th Activity sris. Thos looking for an ffctiv and prformanc-orintd th smart optics Virtual Articulator. As opposd to convntional nrs softwar for both bginnrs and profssionals soon arriv at rsults du to th intuitiv softwar: all functions and physical articulators moving along rigid, mchanically-limitd lins, thods ar mployd hr as wll. Missing aras of tth can tools of th softwar can b accssd rapidly via dirct accss. Th intrfacs rmain unobtrusiv in th background th virtual Bioarticulator simulats natural jaw movmnt. This allows b rplacd with th hlp of th fully-anatomic dntprogrss tooth and only bcom visibl whn dsird and approachd with th mous. th condylar displacmnt to b prcisly calculatd as a kinmatic library. Dtrmination of th insrtion angl, rcognition of undrcuts Dpnding on rquirmnts, th ntir program intrfac can b changd individually: th dntprogrss usr can join hing axis whn carrying out xkursiv movmnts or adjusting th and adjustmnt of th prparation lin ar carrid out automatically. in dsigning th softwar, from th background colors to th functions. For xampl, combinations of kys can b occlusal hight. Through th simulation of a natural chwing moti- With th intuitiv Dform Tool and th automatd considration of savd as dsird or according to xprinc. With only a fw clicks, thr is no nd to larn nw combinations and on, occlusal contacts ar dtctd in advanc and liminatd. Sttings occlusal contacts, idal rsults ar achivd quickly. th dsign procss can b startd without furthr ado. from physical articulators such as SAM and Artx can b carrid ovr ar fabricatd fficintly. Backward to th Bioarticulator and factord into rlvant s. Work with dntprogrss is split into four activitis: Manag, Scan, Crat and Produc. For inlays, onlays and vnrs For inlay bridgs In addiction to basic functionality such as crowns and bridgs, nhancmnt moduls includ a virtual articulator, a This stablishs Bioarticulator as th first-vr tool to allow analysis of Fully-anatomic packag for inlays, onlays and vnrs, to a custom abutmnt modul and a furthr improvd virtual articulator. All articulation from its initial stat and vry stp of th way to prcisly- Automatd occlusal contact considration rstorations ar constructd using backward planning in ordr to obtain cramic support whn prforming full calculatd articulation taking all chwing and sliding surfacs into ac- laminations. count. Th innovativ virtual articulation modul stand out in particular: th virtual Bioarticulator is th succssor of th Th combination of an Activity scannr and a smart optics ScanFixa- wll-rgardd smart optics Virtual Articulator tchnology. It simulats movmnt of th human jaw with physiological tor, maks it possibl to pass on articulatd modls that ar cranially- accuracy as a condylar displacmnt and not mrly a simpl rotation. Frd from mchanical constraints, natural situatd. ABUTMENT MODULE chwing motion allows occlusal contacts to b dtctd automatically. Natural, anatomically-corrct jaw movmnt and With th dntprogrss Abutmnt modul, implants can b for- md in th most spcializd fashion possibl. Backward plan- Ral-tim display of static and dynamic contacts ning mthods nsur idal forming and sizing of abutmnts. With Condylar positions intrfac with th Activity scannrs and patn- th mrgnc profil takn into considration, and th indicatd td scanfixators prssur on th gingiva bing adjustabl, th optimal basis for Compatibl with th SAM and Artx articulators asthtic and long-lasting tooth rplacmnt has bn achivd. Th is assurd with dntprogrss. Thanks to th modular construction of dntprogrss, gtting startd in digital dntistry is now mor affordabl than vr, with th flxibility to b xpandd as usr dmands incras. m- Du in particular to th incrasd adoption of monolithic, fully-anatomical rstorations, natural, unimpdd occlusion planning ability to dsign an abutmnt with a fram or crown in a singl stp maximizs fficincy and th accuracy of th fit. Customizd abutmnts Dirctly-scrwd, implant-hld crowns or bridgs Individual mrgnc profil and papilla formation Abutmnt and framwork in th dsigns: cap, anatomically rducd and fully anatomic can b dsignd in a singl work procss

3 OVERVIEW OF THE FUNCTIONALITY Advantags Intuitiv and rgonomical usag Customizabl, multifunctional usr intrfac Backward planning mthodology Functional occlusion alignmnt Simplifid matrial and charactristic maintnanc Databas with tchnician/ task schduling Usr-basd accss control Capabilitis sold as individual packags to rduc th cost to gtting startd Idal complmnt to th Activity Sris of scannrs Rsults producd in th opn STL format No yarly licns fs Vrsion/ Modul Standard Vrsion I.O.V. Modul Virtual Bioarticulator Modul Custom Abutmnt Modul Machin charactristics Faturs Job managmnt Basic matrials and charactristics Job list with tchnician/task schduling Profi mod: individual workflow stps can b skippd FTP upload function Job logging: prson in charg, tim xpndd tc. Construction of up to 32 crowns and bridgs Offst, rducd-anatomic or fully-anatomic mods Simultanous construction of uppr and lowr jaws Procssing of all STL scan data Color scan import possibl Workflow basd on backward planning fully-automatic rcognition of prparation lins Rsults in th opn STL format Inlay, Onlay and Vnr construction, fully-anatomic mods Inlay bridgs Natural, anatomically-corrct jaw movmnt and Ral-tim display of static and dynamic contacts Adjustmnts to th occlusion factord immdiatly into modl ARCON-joint function Changs in th occlusion flow dirctly into th Transfr of th condylposition of th smart optics 3D scannrs and th patntd scanfixators Static and dynamic of occlusal and sliding surfacs Customizd abutmnts availabl as singl or hybrid componnts Dirctly-scrwd crowns and bridgs full-anatomic and rducd-anatomic Individualizd mrgnc profils Custom papilla formations Abutmnt and fram can b constructd in a singl stp CPU RAM Graphics Card OS Hard Driv Intl Cor i GHz or fastr 6 GB or mor Rquirs powrful graphics card - s for dtails Windows 7 64bit / Windows bit ca. 500 GB 03

4 dntprogrss an b rsion c v o m d ss.d! A fr ntprog.d w ww usd at VIRTUAL BIOARTICULATOR MODULE I.O.V. MODULE Adaptd to th nds of dntal laboratoris, th 3D dsign softwar dntprogrss focuss on as of opration as Th dntprogrss Bioarticulator is an nhancmnt of its prdcssor, Using th cost-fficint I.O.V. modul, inlays, onlays and v- wll intgration with th scannrs of th Activity sris. Thos looking for an ffctiv and prformanc-orintd th smart optics Virtual Articulator. As opposd to convntional nrs softwar for both bginnrs and profssionals soon arriv at rsults du to th intuitiv softwar: all functions and physical articulators moving along rigid, mchanically-limitd lins, thods ar mployd hr as wll. Missing aras of tth can tools of th softwar can b accssd rapidly via dirct accss. Th intrfacs rmain unobtrusiv in th background th virtual Bioarticulator simulats natural jaw movmnt. This allows b rplacd with th hlp of th fully-anatomic dntprogrss tooth and only bcom visibl whn dsird and approachd with th mous. th condylar displacmnt to b prcisly calculatd as a kinmatic library. Dtrmination of th insrtion angl, rcognition of undrcuts Dpnding on rquirmnts, th ntir program intrfac can b changd individually: th dntprogrss usr can join hing axis whn carrying out xkursiv movmnts or adjusting th and adjustmnt of th prparation lin ar carrid out automatically. in dsigning th softwar, from th background colors to th functions. For xampl, combinations of kys can b occlusal hight. Through th simulation of a natural chwing moti- With th intuitiv Dform Tool and th automatd considration of savd as dsird or according to xprinc. With only a fw clicks, thr is no nd to larn nw combinations and on, occlusal contacts ar dtctd in advanc and liminatd. Sttings occlusal contacts, idal rsults ar achivd quickly. th dsign procss can b startd without furthr ado. from physical articulators such as SAM and Artx can b carrid ovr ar fabricatd fficintly. Backward to th Bioarticulator and factord into rlvant s. Work with dntprogrss is split into four activitis: Manag, Scan, Crat and Produc. For inlays, onlays and vnrs For inlay bridgs In addiction to basic functionality such as crowns and bridgs, nhancmnt moduls includ a virtual articulator, a This stablishs Bioarticulator as th first-vr tool to allow analysis of Fully-anatomic packag for inlays, onlays and vnrs, to a custom abutmnt modul and a furthr improvd virtual articulator. All articulation from its initial stat and vry stp of th way to prcisly- Automatd occlusal contact considration rstorations ar constructd using backward planning in ordr to obtain cramic support whn prforming full calculatd articulation taking all chwing and sliding surfacs into ac- laminations. count. Th innovativ virtual articulation modul stand out in particular: th virtual Bioarticulator is th succssor of th Th combination of an Activity scannr and a smart optics ScanFixa- wll-rgardd smart optics Virtual Articulator tchnology. It simulats movmnt of th human jaw with physiological tor, maks it possibl to pass on articulatd modls that ar cranially- accuracy as a condylar displacmnt and not mrly a simpl rotation. Frd from mchanical constraints, natural situatd. ABUTMENT MODULE chwing motion allows occlusal contacts to b dtctd automatically. Natural, anatomically-corrct jaw movmnt and With th dntprogrss Abutmnt modul, implants can b for- md in th most spcializd fashion possibl. Backward plan- Ral-tim display of static and dynamic contacts ning mthods nsur idal forming and sizing of abutmnts. With Condylar positions intrfac with th Activity scannrs and patn- th mrgnc profil takn into considration, and th indicatd td scanfixators prssur on th gingiva bing adjustabl, th optimal basis for Compatibl with th SAM and Artx articulators asthtic and long-lasting tooth rplacmnt has bn achivd. Th is assurd with dntprogrss. Thanks to th modular construction of dntprogrss, gtting startd in digital dntistry is now mor affordabl than vr, with th flxibility to b xpandd as usr dmands incras. m- Du in particular to th incrasd adoption of monolithic, fully-anatomical rstorations, natural, unimpdd occlusion planning ability to dsign an abutmnt with a fram or crown in a singl stp maximizs fficincy and th accuracy of th fit. Customizd abutmnts Dirctly-scrwd, implant-hld crowns or bridgs Individual mrgnc profil and papilla formation Abutmnt and framwork in th dsigns: cap, anatomically rducd and fully anatomic can b dsignd in a singl work procss

5 dntprogrss an b rsion c v o m d ss.d! A fr ntprog.d w ww usd at VIRTUAL BIOARTICULATOR MODULE I.O.V. MODULE Adaptd to th nds of dntal laboratoris, th 3D dsign softwar dntprogrss focuss on as of opration as Th dntprogrss Bioarticulator is an nhancmnt of its prdcssor, Using th cost-fficint I.O.V. modul, inlays, onlays and v- wll intgration with th scannrs of th Activity sris. Thos looking for an ffctiv and prformanc-orintd th smart optics Virtual Articulator. As opposd to convntional nrs softwar for both bginnrs and profssionals soon arriv at rsults du to th intuitiv softwar: all functions and physical articulators moving along rigid, mchanically-limitd lins, thods ar mployd hr as wll. Missing aras of tth can tools of th softwar can b accssd rapidly via dirct accss. Th intrfacs rmain unobtrusiv in th background th virtual Bioarticulator simulats natural jaw movmnt. This allows b rplacd with th hlp of th fully-anatomic dntprogrss tooth and only bcom visibl whn dsird and approachd with th mous. th condylar displacmnt to b prcisly calculatd as a kinmatic library. Dtrmination of th insrtion angl, rcognition of undrcuts Dpnding on rquirmnts, th ntir program intrfac can b changd individually: th dntprogrss usr can join hing axis whn carrying out xkursiv movmnts or adjusting th and adjustmnt of th prparation lin ar carrid out automatically. in dsigning th softwar, from th background colors to th functions. For xampl, combinations of kys can b occlusal hight. Through th simulation of a natural chwing moti- With th intuitiv Dform Tool and th automatd considration of savd as dsird or according to xprinc. With only a fw clicks, thr is no nd to larn nw combinations and on, occlusal contacts ar dtctd in advanc and liminatd. Sttings occlusal contacts, idal rsults ar achivd quickly. th dsign procss can b startd without furthr ado. from physical articulators such as SAM and Artx can b carrid ovr ar fabricatd fficintly. Backward to th Bioarticulator and factord into rlvant s. Work with dntprogrss is split into four activitis: Manag, Scan, Crat and Produc. For inlays, onlays and vnrs For inlay bridgs In addiction to basic functionality such as crowns and bridgs, nhancmnt moduls includ a virtual articulator, a This stablishs Bioarticulator as th first-vr tool to allow analysis of Fully-anatomic packag for inlays, onlays and vnrs, to a custom abutmnt modul and a furthr improvd virtual articulator. All articulation from its initial stat and vry stp of th way to prcisly- Automatd occlusal contact considration rstorations ar constructd using backward planning in ordr to obtain cramic support whn prforming full calculatd articulation taking all chwing and sliding surfacs into ac- laminations. count. Th innovativ virtual articulation modul stand out in particular: th virtual Bioarticulator is th succssor of th Th combination of an Activity scannr and a smart optics ScanFixa- wll-rgardd smart optics Virtual Articulator tchnology. It simulats movmnt of th human jaw with physiological tor, maks it possibl to pass on articulatd modls that ar cranially- accuracy as a condylar displacmnt and not mrly a simpl rotation. Frd from mchanical constraints, natural situatd. ABUTMENT MODULE chwing motion allows occlusal contacts to b dtctd automatically. Natural, anatomically-corrct jaw movmnt and With th dntprogrss Abutmnt modul, implants can b for- md in th most spcializd fashion possibl. Backward plan- Ral-tim display of static and dynamic contacts ning mthods nsur idal forming and sizing of abutmnts. With Condylar positions intrfac with th Activity scannrs and patn- th mrgnc profil takn into considration, and th indicatd td scanfixators prssur on th gingiva bing adjustabl, th optimal basis for Compatibl with th SAM and Artx articulators asthtic and long-lasting tooth rplacmnt has bn achivd. Th is assurd with dntprogrss. Thanks to th modular construction of dntprogrss, gtting startd in digital dntistry is now mor affordabl than vr, with th flxibility to b xpandd as usr dmands incras. m- Du in particular to th incrasd adoption of monolithic, fully-anatomical rstorations, natural, unimpdd occlusion planning ability to dsign an abutmnt with a fram or crown in a singl stp maximizs fficincy and th accuracy of th fit. Customizd abutmnts Dirctly-scrwd, implant-hld crowns or bridgs Individual mrgnc profil and papilla formation Abutmnt and framwork in th dsigns: cap, anatomically rducd and fully anatomic can b dsignd in a singl work procss

6 smart optics Ownr-opratd smart optics was foundd in 1996 and is crtifid in accordanc with th ISO and ISO 9001 standards. Th high-tchnology dvlopmnt and production ntrpris is locatd in Bochum, Grmany at th hart of th Ruhr rivr vally, an ara transitioning from havy industry on to rsarch and nginring. Th primary rsarch aras of th company ar in lctro-optical systms, mchanics, and softwar dvlopmnt, whr novl, customizd solutions ar cratd for customrs and partnrs worldwid. With a tam consisting of nginrs, physicists, softwar dvloprs, machinists and dntal tchnicians. smart optics producs tsting and 3D masurmnt systms for both dirct sals and OEM partnrs in a wid varity of industris. Our lctronics product vrification and quality control systms hav bn dployd at many intrnational corporations. smart optics 3D masurmnt systms hav bn adoptd in th dntal and mdical industris in clinics, laboratoris, and production plants around th glob. smart optics is happy to provid a list of local rsllrs upon rqust.- as now with th dntal CAD softwar dntprogrss. smart optics products can b purchasd from authorizd dalrs smart optics Snsortchnik GmbH Lis-Mitnr-All Bochum, Grmany Phon / Fax / info@smartoptics.d smart optics Subjct to tchnical changs/modifications without notic. Errors and omissions rsrvd