Stratasys 3D Printers from Javelin

Your 3D Printing Solution Partner

Canadian owned and operated since 1997
Agenda
 Who is Javelin?
 What is 3D Printing?
 3D Printing Solutions
 Applications & Industries
 Next Steps & Questions

3,500
Customers
5,500
Licenses
20,000
Education
Licenses
125
Education
Customers
About Us
6Locations 75Employees
5Product
Lines
16Years in
Business

6 Locations Across Canada, Head Office in Oakville ON.
Surrey, BC.
Printer Sales, Training and
Technical Support near you
Dartmouth, NS.
Oakville, ON.
Edmonton, AB.
Calgary, AB.
Winnipeg, MB.

3,500+ Customers | 20,000+ licenses | 125+ Schools

Common Terms
 3D Printing
 Digital Manufacturing
 Rapid Prototyping
 Additive Manufacturing
 DDM – Direct Digital Manufacturing
 Rapid Manufacturing
 Digital Fabrication

3D Printing Process
3. Print the Model
(built in layers)
2. Prep the Machine
4. Extract the Model 5. Remove Support Material
(break or wash away)
1. Design the Model

Rigid
– Polypropylene-like
– High-temperature, ABS-like
– Translucent & Transparent
Flexible, Rubber-like
– High-elongation
– Wide range of Shore Scale A
values (Hardness)
– High Tear Resistance
Medical
– Biocompatible clear and
Hearing Aids & Dental
Digital Composite Materials
– Pre-defined Digital Materials™
Durable
− ABS
− Production-grade
− Realistic parts
− Translucent
Functional
– Anti-static
– High strength
– Manufacturing tools
Industry-Ready
– High strength
– Sterilizable
– Food & drug
High-Performance
– Flame retardant
– Chemical-resistant
– Low-toxicity
– Finished parts
FDM Thermoplastics PolyJet Photopolymers

3D Printers
3Production
series
2Design
series
1Idea
series

IDEA SERIES PRINTERS
It’s not just a 3D printer.
It’s an idea engine.

 Ideal for individuals
– Proof of concept for your ideas
– 3 printers to choose from
– FDM printing technology
 Print ABS Plastic Parts
– Production grade material
– Mechanically strong and stable
– Export STL from your CAD system
Idea Series Desktop Printers

 Compact Desktop Machine
– Only 25 x 18 x 21 in
 Professional Print Material
– Printed in ABSplus
over time
 Quick & Accurate Printing
– 0.007 inch layer resolution
Mojo Desktop 3D Printer
Feature Specification
Material P430 ABSplus in ivory
Dimensions 25 x 18 x 21 in
Max part size 5 x 5 x 5 in

 Compact Desktop Machine
– Only 25 x 26 x 31 in
 Professional Print Material
– Printed in ABSplus
over time
 Quick & Accurate Printing
– 0.007 inch layer resolution
uPrint SE Desktop 3D Printer
Material P430 ABSplus in ivory

 Larger build size than uPrint SE
 Two Material Bays (optional)
 ABSplus Print Material
 Nine Material Colours,
– Ivory, white, blue, fluorescent
yellow, black, red, nectarine,
olive green, or gray
 Print two different Thicknesses
– 0.010 in or 0.013 in
uPrint SE Plus Desktop 3D Printer
Material P430 ABSplus - 9 colours

Why choose an Idea Series Printer?
Product Proof of Concept
 Outsourcing a model can take days or weeks and cost hundreds of dollars or more
 Produce quick, inexpensive prototypes in-house
Concepts will stand up to more than a critical eye
 Build parts with ABSPlus material, strong enough to stand up to functional testing
 Easily communicate how a design feels and operates
Big ideas. Small footprint.
 Print durable 3D models right at your desk, from your 3D CAD files
 Functional prototypes can be made in hours and then finished – even drilled!

DESIGN SERIES PRINTERS
The power of prototyping.
Maximized.

 Ideal for design teams
– Fit, form & function testing
– 11 Objet (precision) and 2 Dimension
(performance) machines available
– PolyJet & FDM technology
 Print with Photopolymers
– Realistic materials including
rubber-like, clear & composites
– Multi-material 3D printing
– Industry specific applications for
dental, medical & hearing aid
Design Series 3D Printers

 Print models made of multiple
materials all in a single build.
 Over 120 different types of print
materials available
 Create shades and patterns
 Material properties includes
grades of rubber all the way to
clear transparent glass and
engineering plastics
Digital 3D Printing (Connex)

 Compact Office Machine
 Print with exceptional detail
– Horizontal build layers down
to 28-micron (0.0011 in)
– Ideal for printing text or other
fine details
 Rigid print material
– Painted, drilled, machined or
used for vacuum forming
Objet24 Personal 3D Printer
Material VeroWhitePlus in white
Dimensions 32.28 × 24.4 × 23.22 in
Max part size 9.22 x 7.58 x 5.85 in

 Compact Office Machine
 7 Material Types Available
– clear transparent, high-temperature
resistant or polypropylene-like
material.
– white, clear, blue, black, or gray
 Painted, drilled, machined or used
for vacuum forming
Objet30 Pro 3D Printer
Material Various, 5 colours
Dimensions 32.28 × 24.4 × 23.22 in

 Designed for creating dental models
– Print crowns, bridges, stone
models, retainers, partials,
and delivery trays
 Eliminate dental physical impressions
and store models digitally
 3 Material types available
– Dental and bio-compatible
– Peach or clear colours
Objet30 OrthoDesk 3D Printer
Material VeroDent & Bio-compatible
Dimensions 32.28 x 24.4 x 23.22 in

 Wide variety of materials
– Transparent, rigid opaque,
Polypropylene-like, rubber-like,
and high temp material
 Variable Printing Speeds
– High speed and high quality
printing modes
– 72 hours of unattended
continuous printing
– 0.004 – 0.008 in
Objet Eden260V 3D Printer
Material Various
Dimensions 34.3 x 29 x 47 in
Max part size 9.8 × 9.8 × 7.9 in

 17 materials to choose from
– Dental and medical included
– High Speed & High Quality Print Modes
– 72 hours of unattended printing
– 16 micron high resolution ensures
smooth surfaces and fine details
Material 17 types available

 17 materials to choose from
– Dental and medical included
– High Speed & High Quality Print Modes
– 72 hours of unattended printing
– 16 micron high resolution ensures
smooth surfaces and fine details
Material 17 types available
Max part size 19.3 × 15.4 × 7.9 in

 Wide Variety of Materials
– Over 100 materials, variety of colours
– From rubber to rigid; opaque to
transparent; and standard to ABS-
grade engineering plastics
 Digital Materials available
– Create up to 90 composite digital
materials fabricated on the fly
– Layers of just 16 microns (0.0006 inch)
Objet260 Connex Digital 3D Printer
Material Over 100 available

Dimensions 55.9 × 44.1 × 44.5 in

Dimensions 55.9 × 44.1 × 44.5 in
Max part size 19.3 × 15.4 × 7.9 in

 Extremely large build envelope
– Create 1:1 scale prototypes requiring
high precision
transparent; and standard to ABS-grade
engineering plastics
 Digital Materials
Objet1000 3D Printer
Dimensions 110.3 × 70.9 × 70.9 in
Max part size 39.3 × 31.4 × 19.6 in

 Large Build Capacity (10 x 10 x 12 in)
 Fast and Fine 3D Printing Modes
– Two thicknesses 0.010 in or 0.013 in
– Print faster when less detail is required
– Ivory, white, blue, fluorescent yellow,
black, red, nectarine, olive green, gray
Dimension 1200es SST/BST

 Large Build Capacity (8 x 8 x 12 in)
 Ultra Fine 3D Printing
– Two thicknesses 0.007 in or 0.010 in
– Print faster when less detail is required
– Ivory, white, blue, fluorescent yellow,
black, red, nectarine, olive green, gray
Dimension Elite

Why choose a Design Series Printer?
Specialized in using a variety of materials
 More than 120 materials, including specialty materials for dental and medical
 Print rigid, flexible and soft-touch materials simultaneously in the same part!
Keep valuable resources in-house
 Produce high-quality, realistic prototypes with moving parts at relatively low cost
 Catch potential flaws to reduce costs of re-tooling and rework
Good Ideas Sell Faster
 Produce amazingly accurate models of your ideas
 Easily communicate how a design looks, feels, and operates

PRODUCTION SERIES SYSTEMS
Rethink the factory floor.
Production without the line.

 Ideal for manufacturing
– Create end-use parts
– Print jigs, fixtures, check gauges,
molding and tooling
– 4 Fortus Production Systems
 Print Production Grade Parts
– Materials include ABSplus, ABSi,
ABS-M30, ABS-ESD7, PC, PC-ABS,
PC-IS, PPSF/PPSU, ULTEM 9085
Production Series Systems

 Production-grade Material
– ABSplus P-430 thermoplastic, used
in real manufacturing applications
 Nine Material Colours
– Ivory white, blue, black, red, yellow,
nectarine, olive green or gray
 Three layer thicknesses available
– 0.007, 0.010 and 0.013 inches
Fortus 250mc
Material ABSplus P-430 thermoplastic

 Three Production-grade Materials
– Uses ABS-M30, PC-ABS or PC
 Six Material Colours
– ABS M-30 in Ivory white, blue, black,
red or gray
– PC-ABS in black
– PC in white
 Execute larger build runs
– With multiple material canisters you
can run an uninterrupted build
Fortus 360mc
Material ABS-M30, PC-ABS or PC
Dimensions 50.45 x 35.25 x 77.25

 Nine Production-grade Materials
– parts can endure high heat, caustic
chemicals, sterilization, and high
impact applications.
 Choose from four layer thicknesses
– You can fine-tune your desired balance
between FDM’s finest possible feature
detail and the fastest build.
 Upgradeable System
– 400mc is upgradeable, so you pay only
for the features you need
Fortus 400mc
Material ABS-ESD7, ABSi, ABS-M30,
ABS-M30i, PC, PC-ABS, PC-ISO,
PPSF, ULTEM 9085

 Nine Production-grade Materials
– parts can endure high heat, caustic
chemicals, sterilization, and high
impact applications.
 Choose from three layer thicknesses
– You can fine-tune your desired balance
between FDM’s finest possible feature
detail and the fastest build.
 Control Software Enhanced
– To deliver greater throughput,
accuracy, repeatability, and reliability
Fortus 900mc
Material ABS-ESD7, ABSi, ABS-M30,
ABS-M30i, PC, PC-ABS, PC-ISO,
PPSF, ULTEM 9085

Why choose a Production Series System?
Your Own Production Line
 Print jigs, fixtures, check gauges, molding and tooling
 Ideal for short run or one-off end-use parts
Print with Production Grade Materials
 A variety of ABS, PC, PPSF and Ultem thermoplastic materials to choose from
 Materials for high-impact resistance, heat deflection, tensile or elongation strength
A Real Production System
 True workhorses, delivering high throughput, duty cycles and utilization rates
 Makes digital manufacturing not only possible, but practical

Typical Part Applications

Sales & Marketing
– Create models before they
are manufactured to help
sell the concept
– Use for demos, trade shows
or as samples
– Create different textures
Application: Concept Modeling
Ergonomic Studies
– Create rigid and soft feel
products
– Create different textures on
your models
– The ability to create 1:1 scale
models for accurate
ergonomic studies
Architectural Design
– Create models faster than
traditional methods
– Modular parts so model can
be easily changed
– Stronger, with no distortion

Functioning Parts
– Moving parts, Gears,
Levers & Joints
– Create Plugs & Seals
– Create Living Hinges,
Gaskets & Hoses
Application: Physical Testing
Accurate look and feel
– Over Molding & Double
Injection Process
– Labeling, Texture &
Imprint
– Shock Absorption &
Impact Resistance
Coating Parts
– Coat rigid material with
flexible material
– Specific touch-and-feel
properties

Rapid Deployment
– After design stage
manufacturing can begin
immediately
– Simply send your design to
your production system
Application: Manufacturing End-use Parts
Low capital expenditure
– Traditional manufacturing
methods demand tools and
dies that are expensive
– No need for tooling, initial
manufacturing cost is
dramatically reduced
Unlimited Complexity
– Anything that a designer can
creates can be manufactured
– This promotes product
innovation and design
optimization

Jigs & Fixtures
– Lead times reduced by 40% to
80%
– Cost reduced by 70% to 95%
– Eliminate assembly and
improve performance and
accuracy.
– Design freedom for improved
function and ergonomics.
Application: Molding & Tooling
Blow and Injection Molding
– Lead time reduced by 30% to 70%
– Prototype mold cost reduced by
40% to 80%
– Stability, eliminating distortion
with heat.
– Durability through hundreds of
cycles.
– Little or no need for post
processing.
Silicone Molding
– Lead time reduced 50% to 80%
– Cost reduced by 40% to 75%
– Inert models won’t inhibit curing
– Models won’t distort with heat
– Durable models that can be used
many times

Bonding & Gluing
– For parts too large for a
single build
– Faster builds with less
support material
– For parts with finer features,
sectioning and bonding parts
is a great solution.
Application: Presentation & Finishing
Electroplating
– Give plastic parts a metallic
finish
– The metallic looking parts
will be lightweight
– Legacy Effects created the
iconic Iron Man suit using
this technique
Sanding & Painting
– Apply different colours
– PolyJet material accepts
paint without the need for
polishing or sanding
– Get the exact look of the
finished product.

INDUSTRY CASE STUDIES
Stratasys 3D printers are used by businesses like yours
to design faster and be more innovative.

Industry Breakdown
Data based on: D. T. Pham, S. S. Dimov, Rapid manufacturing, Springer-Verlag, 2001, ISBN 1-85233-360-X, page 6

Aerospace: Evektor
 Problem: Losing business with CNC milling for
prototype production
 Solution: Fortus 900mc Production System
– Large build envelope (36 x 24 x 36 in) required for
large aerospace parts
– Print parts with ULTEM 9085, a flame retardant
thermoplastic
 Results: Reduced development costs
– Saved between 10% - 80% on prototyping costs
– Saved up to 80% of the costs when producing more
complex parts
“With Fortus, we can now
develop and test innovative
designs - and if necessary
change them quickly without
halting the production process“

Automotive: Ducati
 Problem: Needed time-to-marked reduction
– Engine: 28 months to design & build
– Majority of prototypes were outsourced
 Solution: Fortus for in-house prototypes
– 2 alternate prototype engines built
– Nearly all from polycarbonate
 Results: Decreased design errors
– Engine designed and built in 8 months
– Time to market reduced by 71%
Process Time
Using a service bureau 28 months
Using Fortus in-house 8 months
Savings 20 months (71%)

Architecture: Industry Peter McCann Architectural Models Inc
 Problem: Designs with amorphic shapes are
difficult to model with traditional methods
 Solution: 3D Print architectural models
– Create strong models from ABS plastic
– The ability to fuse model pieces together
 Results:
– Expensive process of CNC machining parts is
not required with a 3D Printer
– Much faster than creating parts by hand
– Able to create a library of reusable designs
“It would have been really
difficult to build without the
3D printer.“

Consumer Products: Oreck
 Problem: Expensive and long lead times to create
their coordinate measuring machines
– 40-50 assembly fixtures required per product
– Made by molding and casting
 Solution: 3D print fixtures
– Fixtures produced in-house
– Holds tolerances of 0.003 inch
 Results: Large cost savings
– Reduced downtime
– Typical cost reduced by $65,000
– Fixture components quickly replaced
– Manufacturing process is re-started faster
– Machine paid for itself in a few projects
Process Cost Estimate
Traditional molding &
casting
$100,000
Direct digital
manufacturing
$45,0000
Savings $65,000 (65%)

Defense: Sheppard Air Force Base
 Problem: Creating one-of-a-kind or low
volume parts with traditional manufacturing
was too expensive and time consuming
 Solution: 3D Production with Fortus
– Able to print multiple parts simultaneously
– Ability to implement design changes
immediately and at minimal costs.
 Results: Faster Production
– Printing the UAV’s large antenna in about
one-tenth the time
– Versatility versus injection molding
“3D Printing has saved the
US government over $3.8
million to date with an
expected 10-to-15-year
savings of over $15 million.”

Dental: APEX
 Problem: Manual preparation of crowns,
inlays, bridges, etc. is slow, unpredictable
and requires use of non-ideal materials
 Solution: Objet Eden260V 3D Printer
 Results: Higher productivity
– Lower-cost production of dental models
– Faster delivery times, with no compromise
– Models with perfect fit and occlusion
“3D printing technology
bullet train continues to
accelerate the pace of
change in dentistry”

Education: University of Alabama
 Problem: The department of Aerospace and
Engineering went from 200 to 1,000 students over a
ten-year period
 Solution: Fortus 3D Production Systems to keep
pace with demand for prototypes
 Results:
– Using Fortus Systems freed the team to focus on the
engineering, design and scientific aspects of the process.
– Private and public sector organizations have approached
the university about helping them produce prototypes.
“We’ve now worked with
NASA, the U.S. Army, and
BAE Systems”

Electronics: Logitech
 Problem: Logitech needed to cost effectively
test new ideas while ensuring maximum
confidentiality
 Solution: The Objet Eden 3D Printing System
 Results: Turnaround time on prototype parts
reduced from three days to one day
– Faster, more collaborative process flow from
concept to final design
– Significant savings on the cost of changes
particularly at the fit/form/function testing stages
– Improved confidentiality
– Time and cost savings on fixtures for measurement
“Reducing the number of
contacts with the outside
world is indispensable for our
product’s success. Having
Objet in-house helps us
reduce exposure.”

Entertainment: Legacy Effects
 Problem: Needed a model making process
that was quicker than traditional methods
 Solution: An Objet Connex 3D Printer
– Create strong parts with a variety of different
materials including rubber-like and clear
– The ability to easily fuse model pieces together
 Results:
– Quicker and easier to create collectible
character models for shows and commercials
– New customer base for costume design
“We had our Objet printer on
the Iron Man set. Parts went
right from the Objet tray to
chrome dipping, then attached
to Robert Downey Jr. The
printer was simply invaluable.”

Medical: Medtronic
 Problem: Surgeons unhappy with implant
fastening tools
– 2 tools required to fasten set-screws
– Result was often a violent impulse
 Solution: 3D printed functional prototypes
– Combined 2 existing tools for testing
– Strong enough to fasten stainless screws
 Results: Prototype enabled design improvements
– Surgeons used prototype in hospital
– Found tool could be improved by rotating handle
– Speed and communications lead to better products
– Substantial cost savings
“Surgeons are really rough on
these prototypes while trying
them out, so we need tough
material. FDM gave us the
strength and durability we
needed.”

SUMMARY AND NEXT STEPS
Your trusted Canadian 3D technology partner.
When you partner with Javelin you will flourish.

To Summarize
 Produce More Creative Designs
 Reduce Cost of Errors
 Shorter Turnaround Time
 Protect Intellectual Property
 Freedom of Design – Part Complexity
 Efficiency for low volume production
 Manufacture on Demand
 Less Waste

Next Steps

www.javelin-tech.com/3d-printer | 1-877-219-6757
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Stratasys 3D Printers from Javelin

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