Stratasys, Ltd. · NASDAQ:SSYS
Stratasys — Technical Presentation (September 2015)
130 slides from Stratasys's technical presentation, September 2015
Slide 1: The Digital Orthodontic Laboratory
THE DIGITAL ORTHODONTIC LABORATORY By Donal P. Inman CDT
Slide 2: My Name is Donal P. Inman CDT
My Name is Donal P. Inman CDT Please call me Don
Slide 3: Inman Orthodontic Laboratories Inc.
INMAN ORTHODONTIC LABORATORIES INC. We use digital technologies to enhance our customers experience We use digital printing to improve the quality of our appliances and to reduce remakes We believe our digital capabilities sets us apart!
Slide 4: Stratasys
Stratasys FOR A 30 WORLD
Slide 5: What Labs Look Like Today
WHAT LABS LOOK LIKE TODAY Stratasys
Slide 6: Slide 6
Slide 7: Slide 7
Slide 8: What they will look like in the future
What they will look like in the future
Slide 9: Slide 9
Slide 10: What Can You Do With A Printer?
What Can You Do With A Printer?
Slide 11: Obviously Print Models
OBVIOUSLY PRINT MODELS (Ze,¥ ‘s ie \ ¢ P ) y) - @ Stratasys
Slide 12: And Fabricate Appliances
AND FABRICATE APPLIANCES Stratasys
Slide 13: We Also Print Impressions
WE ALSO PRINT IMPRESSIONS Stratasys
Slide 14: Printed Experimental Appliances
PRINTED EXPERIMENTAL APPLIANCES
Slide 15: Slide 15
Slide 16: And Promotional Products
AND PROMOTIONAL PRODUCTS Stratasys
Slide 17: Also Fun Stuff!
ALSO FUN STUFF! Stratasys
Slide 18: Even Inman Aligners
EVEN INMAN ALIGNERS Stratasys
Slide 19: First We Correct The Teeth
. Rd First We Correct The Teeth ©, Stratasys (eoeeen thats tn BOA @e AAA Soe | SC 48 4,@ 3shape> |*.
Slide 20: OrthoAnalyzer software
aAnalyzer - Patient name: - [C; Documents and Settings\All Users\Application Data\3Shape\OrthoDataWotanis SmithMnitial\Orthodedoiting Tree. 3m] ig Appleation Hades few bee B O8 ee dniaie pRexoucoon el DOD fi i g 8 Le Qe” | 2 neeao pee Pe ‘Shoeuimoatant note | y +? avo Ideal arch options a Hui ce i i
Slide 21: OrthoAnalyzer software
[orthodnalyzer - Patient name: - [C;Wocuments and Settings\All Users\Application Data\3Shape\OrthoDataWetania Smith\initial\Orthaldedelting Tree, ani jel) fyplcaen Wedel few tab ox B OB ss AAA oe z — ~ awe 0 » J atic Fi
Slide 22: OrthoAnalyzer
OrthoAnalyzer Patient name: [C:Wocs ments and Settings\All Users\Applicatio n Data\3Shape\OrthoDataWotanie Sanith\nitial\Orthoodetting Tree, amt) fppleacen Hodes Yew Ee BOS ee AAA _— se Ideal arch options a | racine : Cae) “set oce 0 Sain le
Slide 23: OrthoAnalyzer tooth editing
detling Tree, 3mt] 2 show ot D) Shem satected tooth onty CD) show si pathout selected tooth [Stem testh ony zB = & sho on stot eth u @ é fi ©) Use active tooth rotation center [7] Shem rig or vbactnd tasty [2] Shem tooth markers el 00 deg Rotation D4 deg Lehteage 0.00 en ForwordiBactonare 0.00 mm Es
Slide 24: Model visibility
tab BOR ew iid nated i 4B :-5 > | QRS WAL / 1 Model visibility sacdcsionwmrommicered A) fe) 9 fella ceedicen) zB = a © r ae} 4 9 @ Samet see sah Soe Se Part nae Patent osdress: Pat cry Pat cnet chen! ‘Model set ID: red ‘Model set 10) 2013-08-26_10-85_V5_After Modes set oper ator: Model set ode set c
Slide 25: Then We Print the Models
Then We Print the Models Stratasys
Slide 26: Then We Fabricate the Appliance
Then We Fabricate the Appliance
Slide 27: Today You Will Learn
TODAY YOU WILL LEARN How to repair and prepare a digital inter-oral scan for 3D printing How to create a digital impression from a digital scan How to create a build tray and some of the many options you have while doing so Clearing the build tray and preparing the models for appliance fabrication
Slide 28: Itero Scan
Itero Scan ADD REPAIRED FILE HERE
Slide 29: Itero Scan Repaired
ltero Scan Repaired P =" Stratasys FOR A 3D WORLD TE netfabb Studia Basic 49 - Sample Shell tabbproject > a) ®46 GOGGGES S906 [blt|2 ovo GeO-R tQ-oV 7 "be 2 Parts 4 Fi e- ee eee |
Slide 30: We Want The Models To Lay Flat
We Want The Models To Lay Flat *’ Stratasys
Slide 31: © tate rove ove wa ttate Pa selacted parts by ha reuse wed th
© tate rove ove wa ttate Pa selacted parts by ha reuse wed th curr bey
Slide 32: Slide 32
Slide 33: Extending Bases
EXTENDING BASES *’ Stratasys
Slide 34: ®46 GOOG 0404 444444444 -V
®46 GOOG 0404 408 444444444 44 -V f=
Slide 35: ()Sherm eiogere ate taces
()Sherm eiogere ate taces Hegegt errors ‘Section tolerance
Slide 36: 44@R 4404404444 4¢0°-v = Pats
44@R 4404404444 4¢0°-v 2 = Pats ' ©, © Saree upper sean (100%: a LM Pret Rapa ¥ : BS sices shin 10008 a Tyee: QRewtetvenn ONove ponte Eetnate deecten
Slide 37: Promect Edt Part Eran Raper Meshedt Wen Settings Hel
Promect Edt Part Eran Raper Meshedt Wen Settings Hel °'AG HoOGaAAaS 44@RB 440444444 49--v 2 = Pats 3 ©, © Suro upper scan (100%) o Pet Pepa BS sices
Slide 38: Ectvas Papier Mesh ect Whew Settings Hels
Ectvas Papier Mesh ect Whew Settings Hels P46 HOCOAAOBT 0404408 4440444444 ¢0-'-v
Slide 39: FE mettabb Stu sional 4,9
FE mettabb Stu sional 4,9 Hab St tonal 4.9 - Sample upper scan fabbpropect e <9 work we - dorgennan
Slide 40: Then We Trim It Down
w) . RA Then We Trim It Down =, Stratasys
Slide 41: Slide 41
Slide 42: pettabd Studio i Sample upper scan,fabbproject
38 pettabd Studio i Sample upper scan,fabbproject Aogeoes 29080
Slide 43: nettabd Studio Pr
48 nettabd Studio Pr Sample upper scan,fabbproject Prom: Edt Part P46 HOCADES S9OBO tt 24vGe0-'R #0 -v = & Pats © © Sarge upper scan (repared) (Cut 1 g © © sect wer sen reper (2k 9 BS sees » @ custestn aut BY ostate ors eC) « » [ooo en D re ~ « > 0 mn @ seo cer 2Oe¢ » [000 an Cotter i Hae err | Gere
Slide 44: And End Up With A Trimmed Model
And End Up With A Trimmed Model
Slide 45: We Can Add Names
A We Can Add Names *" Stratasys robe Oo Mewes Sow sere ro eaAte~ Po 09 8| ¢@ev ae AT . 1 eg Hq osu Bs | Hiske oe
Slide 46: % Pats »
% Pats » are upper scan (repaired) (Cut 2) (201 Pome ary Heiott
Slide 47: nettabd Studio F
38 nettabd Studio F Prom: Edt Pat B PAB ional 4,9 - Sample upper scan, fabbproject ae ew Settings Hale Hooggdses 29062018 rave wed rote Fe selected parts by fe mouse wed te curser bay? = @ Pats rOe¢ Lene wan rest age uppes scan (repated) (Cut 2 » [oo > [ooo >) [000 a
Slide 48: nettabd Studio
38 nettabd Studio Prom Ede ea 6 HoOoOgdes S2906Q cv scan fabbpropect rotate Fe selected puts by Be ncaise wed the cursor bys x ‘ » [oc |e < » 00mm ¢ » 000 mn Lena em Youre nr Net 300m Oven taigtt: 200 een Thangs 4
Slide 49: Sample upper scan,fabbproject
Sample upper scan,fabbproject = @ Pats © @ Saree upper scan (repated) (Cut 2 © & oot (100%) BS sices
Slide 50: ‘rove wd rotate Pa selected parts by fe mouse wed the cursor bye
‘rove wd rotate Pa selected parts by fe mouse wed the cursor bye
Slide 51: mettabd Studio Professional 4,9 r-Sonpl upet san ab project ae
38 mettabd Studio Professional 4,9 r-Sonpl upet san ab project ae Promet Edt Pwt Ectres Yew Settings Hale —— ——— PAS HOGGIST S9OBA et 22Veeo-a aw = Spats * ; © © Sangle wope scan (repared) (Cut 2) (10) @ 0 Test (00) oe Be sues ”
Slide 52: Slide 52
Slide 53: Slide 53
Slide 54: Slide 54
Slide 55: fabbproject
fabbproject 7) t#acoVv ole 7 werk ue - oreo 9G ret bb Shade = & Pats © © Sureie upper scan (repared) (Cut 2) (20 Text (100%) Cc oe + Unger con (repaned) (OA Zi ob ar Rerave orga parts emo degereente trcne ‘Tolerance: | 0.0011 own Tree roses stests Tolerance | 0.0007 fon
Slide 56: Creating a Digital Impression
CREATING A DIGITAL IMPRESSION
Slide 57: osz_shell_teethup_u.fabby
osz_shell_teethup_u.fabby
Slide 58: pettabd Studio at 4.9 os2_shell_feethup_u.fabbproject
38 pettabd Studio at 4.9 os2_shell_feethup_u.fabbproject
Slide 59: aos J. lo)x
aos J. lo)x S2GBA ct 2 wh @2O-R ta —Vv
Slide 60: Studio Professie Bent pell_feethup_u.fabbprojec
Studio Professie Bent pell_feethup_u.fabbprojec Eatras Yew Settings Hak Acasded 2906 ‘rove wa rotate Pa selected parts by ta mouse wed the curser bi t vveG@@eeRn #0 Vv em Thnergis: » [oo » [om >) [000
Slide 61: os2_shell_feethup_u.fabbproject
os2_shell_feethup_u.fabbproject “y rman ontpadcene La. [fie Bi-13
Slide 62: “y rman ontpadcene La. [fie Bi-13
“y rman ontpadcene La. [fie Bi-13
Slide 63: bonal 4,9 - Bent pell_teethep_s
bonal 4,9 - Bent pell_teethep_s Yew Settings Hale Aogoos a ©2906 tle x ‘ » [oo | mn « yom mn < » 000 mn a oh . ster Lena [900 een mare 0.00 lca feat (000 nm rem 0 taigtt: (0.00 een Thangs 0 of # ports me sefectes ‘rove wd rotate Pa selected parts by te mouse wed the cursor bay
Slide 64: k_feethup_u.fabbpro
k_feethup_u.fabbpro ekekeges Boe mes sted heettup su (tepaeed © Cade fF ont of Borvarose_ she twathaay_ Re es » Onter Ortant o@ Barras af BenGrore, ste JoePu. (1 ar @ Restore orgral parts Creare degereente tecwe ‘Tolerances | 0.001! een Tree roses stests Tolerance | 0.0007 on
Slide 65: FE mettabb Studio Professional 4,9 - BenGros
FE mettabb Studio Professional 4,9 - BenGros shell_teethap_u.fabbproject Batra Yew Settings Hale HoqgadadgaSs 98 +2 v = @ Parts » ee i © © Cat Hs of Benross shal tenth) “ sted heettup su (tepaeed Resrove orgral parte Iieecrom Sagprnente tact Tolerance: | 0.0011 [een ter roe state Tolerance | 0.0007
Slide 66: FE nettabb Studio Pr 4,9.- BenGrosz_shell_teethup_v.fobbproject
FE nettabb Studio Pr 4,9.- BenGrosz_shell_teethup_v.fobbproject Promt Edt Pat & sen e®a6 HAOGHAAGE@S 2906629
Slide 67: The 260V
The 260V <’ Stratasys
Slide 68: Let's Add Some Models
LET’S ADD SOME MODELS *! Stratasys ete pero ——— re aerate: = Solr 22s ee eee | * a sa = — = = se = Sree |
Slide 69: Empty Build Tray
EMPTY BUILD TRAY “! Stratasys RM mow Materat~ vereDexe evtong tine [t kat New Conde Cavey onde VeraBent __Eitveates ate nit natu, #988 °% O Q& @ ruse | How Open Save nts Reds gle om benet
Slide 70: #1. Insert Object
#1. INSERT OBJECT “’ Stratasys
Slide 71: #2 Manipulate Model
#2 MANIUPULATE MODEL “’ Stratasys = a SES. = rt BOY + 2.2 o a @ ts eel |e & ES ©1110)
Slide 72: #3. Choose Gloss or Matte
#3. CHOOSE GLOSS OR MATTE __*’ Stratasys om Tay Serengy ‘Model Sentngy fab Mareger SOY SRLS H Q Ot COPY Oelete Unde Pane = Move Traruform Lock = Single Zoom hometme «O07 kon teeten Mang oS Tay? I
Slide 73: #4. Auto Placement
#4, AUTO PLACEMENT ~ ~ = ‘’ Stratasys * FOR A 30 WORLD™ hem paca rie a ce ‘Austomane Placement : Auteenabcaty serange cajects cn the Ml tay to recent penting
Slide 74: #5. Build Tray
#5. BUILD TRAY <! Stratasys
Slide 75: Po save eOe ted
Po save eOe ted “Connect Notifications Tey Up Down Botlom | Restart Stop Resume Dalete View 30 Printer Queue Job » Jobs Queue / Available Resources: = 7 Job Name Status Owner__—_—Bulidtime Model Consumption Support Consumption Printing Made MateraiTpe ||| | Support / VeroDent / Te? Objet 2s F a en a
Slide 76: Some of the 260V Software Options
SOME OF THE 260V SOFTWARE OPTIONS
Slide 77: Objet Studio: Eden 260V
Objet Studio: Eden 260V Luke MU check that the tray is valid and can be vu inted Emily MD 12:39 PM 8/9/201
Slide 78: (Model Settings
(Model Settings +n SOV RBS GF AQ Job Manager ot = View ~ Object ~ Toots ~ Style ~ @ -| aK && 2) COPY Delete Undo Redo | Plane — Move Transform Lock || Single Zoom Bossy Advanced By Bir Views Trays Material fait Selection Marwputate Mew Options Colors Tray? No 19283 Yo241.43 ZA TT
Slide 79: G ee Luke MO Objet Stu if’ marsh
G ee 3 Luke MO Objet Stu if’ marsh = ‘Tray Settings | Model Settings EGR + View ~ Object ~ Toots ~ Style ~ @ ~ vr BOT FS BW SO G ax 2) COPY Delete Undo Red Pine Move Transform Lock Single Glossy Advanced by Re raste- view* Material> tat Selection Manpuilste ‘Units Options Colors: Tray? Lal o 2 u u -
Slide 80: (Mode Settings
(Mode Settings Job Manager +n SOV B® SB G 2) COPY Delete Undo Redo | Plane Selection Move Transform Lock Marputate Single View Dimensions (mm) eax Gossy Advanced ot = View ~ Object ~ Toots ~ Style ~ @ -| & by Material Colors ‘Nw 19283 741. 43 T2177
Slide 81: Eden260V
Eden260V *’ Stratasys
Slide 82: Eden260V
*’Stratasys OV n26 Ede
Slide 83: OrthoDesk
OrthoDesk *’ Stratasys a
Slide 84: Eden500V
s *’ Stratasy OOV n5 Ede
Slide 85: Eden500V
Eden500V
Slide 86: Clearing the Build Tray
Clearing the Build Tray Stratasys
Slide 87: Remove the entire Tray
Remove the entire Tray Stratasys
Slide 88: Scrape The Models from the Tray
Scrape The Models from the Try
Slide 89: Use The Razor To Clean The Tray
Use The Razor To Clean The Tray
Slide 90: Soak the Models In Water
Soak the Models In Water » Stratasys
Slide 91: Pressure Clean The Models
Pressure Clean The Models Stratasys
Slide 92: Slide 92
Slide 93: Our Models Ready For Production
Our Models Ready For Production
Slide 94: Completed Appliance Ready to Ship
Completed Appliance Ready to Ship
Slide 95: Thank You Taking The Time To Watch This
Thank You Taking The Time To Watch This If you need to contact me I can be reached by email at don@inmanortho.com I would like to thank Shane from Specialty Appliances for teaching me much of what I showed you today. Lastly please do not be intimidated by new technologies such as 3D printing. Learni
Slide 96: Stratasys Dental Solutions
Stratasys Dental Solutions Presented by: Mr. Avi Cohen – Director of Global Dental at Stratasys
Slide 97: Stratasys Dental Solutions
Stratasys Dental Solutions Presented by: Mr. Avi Cohen – Director of Global Dental at Stratasys
Slide 98: Dental Solutions
Dental Solutions • Stratasys: The company and technology • Digital Dentistry solutions for dental labs
Slide 99: Technology
*’ Stratasys Technology
Slide 100: PolyJet Technology
PolyJet Technology Printing Head Support Material Model Instant Material UV Curing
Slide 101: Objet Families of 3D Printing Systems
Objet Families of 3D Printing Systems OrthoDesk Eden Family Connex Family Affordable Desktop Professional line of Worlds Only Multi-material 3D Printing System 3D Printing Systems 3D Printing Systems
Slide 102: Selected Dental and Ortho Customers
Selected Dental and Ortho Customers Short list of our worldwide customers
Slide 103: Our offered solutions
Our offered solutions • Dental – Stone models for crown and bridges • Orthodontic – Clear Aligners, delivery trays • Cosmetic Dentistry – Veneers try-in, positioning trays • Surgical Guides
Slide 104: Digital Dentistry and 3D Printing
Digital Dentistry and 3D Printing Digital and Dental – type of contradiction Dental technicians have expertise (steady hands expert eyes; artists). Manual process, time consuming, imprecise New Trend: Digital Impressions and Intraoral scanners Moving away from the traditional stone model
Slide 105: New Trend in Dentistry
New Trend in Dentistry New-generation 3D scanning devices capture digital tooth-prep data with intraoral scanners as well as from tray-based impressions with speed, precision, and efficiency. In 2009 the dental laboratory industry passed the point of no return from a traditional manual workflow to a
Slide 106: New Trend in Dentistry
New Trend in Dentistry Silicon bite impression Intraoral scanner
Slide 107: Where It All Started
Where It All Started Intraoral and impression scanner Moving from traditional dentistry to digital dentistry
Slide 108: Intraoral Scanners
Intraoral Scanners Already available by: iTreo™ (Cadent) FastScan™ (IOS technologies) BlueCam™ (Sirona) IOD Laser Digitizer (D4D) VistaCam™ (Digital Dental) COS Chairside Oral Scanner (3M Espe „Lava‟) Trios 3Shape Clone3D Densys
Slide 109: The Intraoral Scanner
Stratasys The Intraoral Scanner
Slide 110: Intraoral Scanning Process
Intraoral Scanning Process
Slide 111: Digital Impression Vs. Traditional (1/3)
Digital Impression Vs. Traditional (1/3) Ease of Use - intuitive software and automated tools to scan and design crown and bridges. Increased Efficiency - digital dental models, deliver measurable time savings and speed to dental preparation, treatment planning, and patient education processes. Trea
Slide 112: Digital Impression Vs. Traditional (2/3)
Digital Impression Vs. Traditional (2/3) Precision – Crown and bridges are produced through a scanning process that delivers 3-dimensional digital dental models with unprecedented accuracy, clarity, and resolution. Savings - Eliminate the production, storage and archiving costs of plaster models fre
Slide 113: Digital Impression Vs. Traditional (3/3)
Digital Impression Vs. Traditional (3/3) Enhanced Benefits - provide dentists and orthodontist with digital consultation capabilities that engage patients in the treatment planning process increasing patient satisfaction and treatment adoption. Improved Access - eliminate the geographic barriers of
Slide 114: Slide 114
Slide 115: VeroDent | FullCure670
VeroDent | FullCure670
Slide 116: VeroDent | FullCure670
VeroDent | FullCure670
Slide 117: Model Cost | Estimations
Model Cost | Estimations
Slide 118: Estimations | Summary
Estimations | Summary Model Type: Full Arch System: Eden260V, HQ Models on tray: 10 Sets (20 Models) Printing Time: 4 hours Estimated cost with VeroDent – Per Set: $ 3.25 Figures are provided for information only as per general cases. Exact figures may vary.
Slide 119: Orthodontic solutions
Orthodontic solutions
Slide 120: The Workflow
The Workflow
Slide 121: Orthodontic Site | Before
Orthodontic Site | Before Before: Series of 20 Hass milling machines
Slide 122: Orthodontic Site | After
Orthodontic Site | After
Slide 123: Orthodontic Appliances
Orthodontic Appliances
Slide 124: Guide manufacturing
Guide manufacturing
Slide 125: Brackets Positioning Trays
Brackets Positioning Trays
Slide 126: Orthodontic Retainers
Orthodontic Retainers
Slide 127: Models for Sleep Apnea
Models for Sleep Apnea
Slide 128: All in all
All in all Objet Dental Solutions 5 Power Strength for Dental and Ortho Labs • Accuracy • Productivity • Cost Per Case • Reliability • Committed for the dental market
Slide 129: And the awards goes to…
And the awards goes to… January 2012: The Eden260V was selected as 2011 “Readers‟ Choice” in annual list of top dental products – out of more than 230 innovations
Slide 130: Thank you
Thank you