PTC CREO PACKAGES

PTC CREO PACKAGES

PTC CREO PACKAGES

PTC CREO PACKAGES

PTC CREO PACKAGES

Compare PTC Creo Design Packages

In product design, it’s easy to fall behind as competition grows tougher and technology speeds forward. Fortunately, there’s a way to make sure you are updated with the best and newest technology to stay relevant.

The Creo design packages are an efficient way to add powerful technologies like direct modeling, faster design, rendering, routed systems, engineering calculations, and more to your engineering environment.

CREO DESIGN ESSENTIALS

Creo Design Essentials packages deliver a comprehensive set of functionalities at a competitive price point. All Creo Design Essentials packages contain the foundation capabilities of Creo Parametric and a myriad of add-on solution capabilities.

INCLUDED Capabilities

Creo Parametric
Welcome to the new industry standard, with more capability and functionality within every seat
Learn More >>

Collaboration Extensions
Easily integrate and work with data from CATIA V4/V5, SolidWorks, Siemens NX and Inventor
Learn More >>

Simulation Elite
(Linear Structural Analysis)
A subset of Creo Simulate functionality allowing users to perform linear static analysis on parts and assemblies.
Learn More >>

Flexible Modeling Extension
(FMX)
Capabilities to directly edit any 3D geometry in Creo Parametric
Learn More >>

Design Exploration Extension
(DEX)
Rapidly create and explore concepts and modeling alternatives
Learn More >>

Piping & Cabling Extension
(PCX)
Create and optimize routings for cost, manufacturability, and service
Learn More >>

Render Studio Extension
Rapidly define and render photorealistic product images
Learn More >>

Intelligent Fastener Extension
(IFX)
Capabilities to automate fastener geometry creation and hardware assembly
Learn More >>

Advanced Framework Extension
(AFX)
Speed design and improve the accuracy of structural framework assemblies
Learn More >>

Legacy Data Migration Extension (LMX)
Support legacy data migration and CAD consolidation efforts
Learn More >>

Human Factors Analysis Extension
Validate designs and demonstrate compliance with safety, health and workplace standards
Learn More >>

CREO DESIGN ADVANCED

CAD Drawing

Creo Design Advanced takes Creo Design Essentials and adds Advanced Assembly and Prismatic and Multi-Surface Milling, as well as PTC Mathcad.

INCLUDED Capabilities

Advanced Assembly Extension
(AAX)
Capabilities to facilitate and support concurrent design and development
Learn More >>

Prismatic & Multi-Surfaces Milling Extension
Achieve the highest quality, highest precision machining in the fastest time possible
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Mathcad
Capabilities to connect geometry calculations and documentation to Creo data
Learn More >>

CREO DESIGN ADVANCED PLUS

CAD Technical Drawing

Creo Design Advanced Plus is the third of the five new Creo packages. With more capabilities in every seat out of the box, the Creo Advanced Plus package takes Creo Design Advanced, and adds additional capabilities such as additive manufacturing, surface design, geometric dimensioning and tolerancing, and computer-aided manufacturing.

Additional Capabilities:

Additive Manufacturing Extension
(Standard)
Rapidly create and optimize lattice structures and define printer tray setup
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Interactive Surface Design Extension II
(ISDX II)
Combine the power of parametric modeling and flexibility of freeform surfacing
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Behavioral Modeling Extension
(BMX)
Rapidly optimize geometry to solve for design goals and engineering criteria
Learn More >>

Mechanism Dynamics Extension
(MDO)
Analyze and optimize the dynamic performance of mechanism designs
Learn More >>

Tolerance Analysis Extension
(TAE)
Analyze and understand geometric tolerance stack-up and dimensional variation
Learn More >>

GD&T Extension
Simplify GD&T creation and improve MBD compliance with latest standards (ASME & ISO)
Learn More >>

Tool Design Extension
(TDO)
Accelerate the design of high-quality production mold and cast tooling
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Expert Moldbase Extension
(EMX)
Automate manual, time-consuming tasks to speed the creation of moldbase tooling
Learn More >>

High Speed Milling Extension
Rapid creation and computation of 3- and 5-axis high-speed milling sequences
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Layout Extension
Maximize productivity using integral 2D layout and 3D detailed design
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CREO DESIGN PREMIUM

Creo Design Premium builds on Creo Design Advanced Plus, and adds Fatigue Analysis, Computational Fluid Dynamics, further Collaboration capabilities, sheetmetal, and production machining.

Additional Capabilities:

Collaboration Extensions
(for CATIA V4 & V5)
Easily integrate and work with data from CATIA V4/V5
Learn More >>

Collaboration Extension
(for NX)
Easily integrate and work with data from NX
Learn More >>

Simulation Extension
Analyze and optimize the structural integrity of part and assembly models
Learn More >>

Fatigue Advisor Extension
Analyze and optimize the structural integrity of part and assembly models
Learn More >>

Flow Analysis Extension
(FAE)
Analyze and optimize fluid and gas flow to improve product performance and function
Learn More >>

GD&T Advisor Plus
provides expert guidance on the application and validation of geometric dimensioning and tolerancing based on the latest standards
Learn More >>

Production Machining Extension
Rapidly creation and optimization of NC machining sequences to support production machining requirements
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NC Sheetmetal Extension
NC programming for turret punch presses, contouring laser/flame machines, nibbling and shearing
Learn More >>

CREO DESIGN PREMIUM PLUS

CAD Technical Drawing

Creo Design Premium Plus is the highest-tiered package of the five-package Creo Design family.

Known colloquially as “the kitchen sink”, it features everything in Creo Design Premium, plus Advanced Simulation, Complete Machining, Flow Analysis Plus, Options Modeler, Additive Manufacturing Plus, and Generative Topology Optimization.

INCLUDED Capabilities

Advanced Simulation Extension
Need description for this extension and need to link product brochure below.
Learn More >>

Complete Machining Extension
Powerful, comprehensive NC machining capabilities to meet all production machining needs
Learn More >>

Flow Analysis Plus
Need description for this extension and need to link product brochure below.
Learn More >>

Options Modeler
Extension dedicated app for creating and validating 3D modular products
Learn More >>

Generative Topology Optimization (GTO)
Automatically generate designs solving for specified design criteria, goals and objectives
Learn More >>

Additive Manufacturing Extension Plus
Directly connect to 3D metal printers and automatically generate 3D metal support structures
Learn More >>

ADDITIONAL OFFERINGS AVAILABLE

Creo Generative Design Extension (GDX)
Provides high-performance cloud computing and advanced tools to compare, interrogate and select the optimal design
Learn More >>

Creo Simulation Live
Puts fast and easy simulation into the hands of every engineer providing real time analysis feedback
Learn More >>

Creo Simulation Live Plus
Plus puts fast and easy fluid flow simulation in the hands of every engineer providing real time analysis feedback
Learn More >>

Creo Ansys Simulation
Puts best in class design and simulation capabilities at the fingertips of every designer and engineer
Learn More >>

Creo High Speed Milling Extension
Rapid turn-around and delivery of production mold, die, electrode and prototype parts
Learn More >>

Creo Product Insight Extension
Design for connectivity to capture relevant data streams and return real-world data from physical objects
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Creo Sketch
Rapid ideation and exploration of design concepts using digital tools to create sketches and illustrations
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Creo Reverse Engineering Extension (REX)
Reverse engineer 3D CAD models from prototype scan data
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Creo Schematics
Rapidly create 2D schematics and automate the routing of 3D cable and piping systems
Learn More >>

Creo Harness Manufacturing Extension (HMX)
Simplify and automate the creation of harness manufacturing documentation
Learn More >>

Creo Clearance & Creepage Analysis Extension (CCX)
Analyze and optimize designs for electrical product safety
Learn More >>

Creo Flow Analysis Premium (CFD)
Analyze and understand internal and external flows
Learn More >>

Creo Mold Analysis (CMA)
Analyze and optimize design geometry and mold conditions to avoid part defects and costly rework
Learn More >>

Creo Progressive Die Extension (PDX)
Automate manual, time-consuming tasks to speed the creation of sheetmetal progressive dies
Learn More >>

Creo Topology Optimization Plus
Automatically generate designs solving for specified design criteria, goals and objectives
Learn More >>

Josh Bendel

Owner, Automation Design

PTC Creo Parametric is more intuitive and there are more options. It is more of a direct input environment and it seems to be a bit more professional.

Mike Goetz

Senior Engineer, Augustine Die and Mold Inc.

I started my career using SolidWorks, then I switched to Pro/ENGINEER which is now Creo. Creo Parametric, in my opinion, is the best CAD software available. I have noticed recently that files created in Solidworks tend to have solid modeling issues and make it difficult to design to the solid models needed. The reputation and performance that Creo has definitely surpasses any other software on the market.

POST PROCESSING

Formlabs’ post-processing solutions allow you to continually produce high quality products and maintain an efficient and clean workspace by simplifying and automating the post-production-process

WHY DO I NEED POST PROCESSING PRODUCTS?

There are two factors that make the post wash process necessary—simultaneously soaking and moving parts in solvent work together to remove the thin layer of liquid resin from the surface of printed parts. The Form Wash and Form Wash L circulate solvent throughout the entire wash cycle, enabling shorter wash times than parts that are left to soak without constant movement.

Post-print curing is need because printing cures the resin to its “green” state. In the green state, some polymer connections are not yet fully reacted. Post-curing parts with additional light and heat strengthens the polymer structure, improving strength, stiffness, and temperature resistance.

Form Wash and Form Cure

The Form Wash and Form Cure streamline you 3D printing process to help you produce high-quality parts with less time and effort.

Originally, these solutions were developed to automate post-processing for the Form 2 and Form 3. If you are printing smaller parts (14.5 x 14.5 x 18.5 cm) on the Form 3L, the Form Wash and Form Cure may still be viable solutions.

Form Wash

INCLUDED: Form Wash

$599

Form 3
Form 3L
Form 3B
Form 3BL
Form 2
Form Cure

INCLUDED: Form Cure

$750

Form 3
Form 3L
Form 3B
Form 3BL
Form 2

Form Wash L and Form Cure L

Streamline your workflow and consistently produce clean, high-quality, accurate parts with our automated, large format post-processing machines.

Form Wash L

INCLUDED: Form Wash L

$3,999

Form 3
Form 3L
Form 3B
Form 3BL
Form 2
Form Cure L

INCLUDED: Form Cure L

$3,499

Form 3
Form 3L
Form 3B
Form 3BL
Form 2

Fuse Sift

The Fuse Sift is a safe, efficient powder recovery system for the Fuse 1. This all-in-one station combines part extraction, powder recovery, storage, and mixing in a single free-standing device. Highly convenient and compact, this is the most functionality you’ll get in a single device on the SLS market.

FREQUENTLY ASKED QUESTIONS

Below you’ll find answers to our most commonly asked questions.

You can count on personalized support around the clock by email, live chat, or by joining a live webinar.

Are there any post-curing requirements for the ESD Resin?

ESD Resin requires post-curing to reach its optimal mechanical properties. The print’s specific post-curing settings depend on equipment and the geometry of the part. 

Can I leave parts in the printer after they finish?

Yes, Formlabs SLA printers have an orange cover that blocks UV light, so you can leave parts in the printer with the cover closed to protect them.

Is there a way to recycle used solvent?

Yes, Formlabs recommends recycling solvents for environmental and costs concerns. Investing in recycling Isopropyl alcohol (IPA) reduces waste and disposal costs, production emissions, purchasing costs, and supply chain interruptions.

What type of material is Formlabs resin made out of?

The proprietary material of Formlabs resins is liquid photopolymers.

What is the average lifespan of a Formlabs printer?

The lifespan of your printer depends on many factors. However, all Formlabs printers must pass a rigorous endurance test. The 36-month design operation test ensures a long-lasting, quality printer.

INTAMSYS

INTAMSYS

INTAMSYS

INTAMSYS

INTAMSYS

Harnessing the power of their all-in-one 3D printing solutions, INTAMSYS provides unparalleled advantages to businesses and professionals seeking cutting-edge technologies to create complex parts and prototypes.

PRINTERS MADE FOR YOU

Specializing in providing high-performance Fused Filament Fabrication (FFF), INTAMSYS 3D printers have the ability to work with a vast range of materials, including third-party manufacturers’ polymers.

Their commitment to delivering exceptional services is further exemplified through their exclusive Customer Application Enabling Program (CAEP), which ensures that suitable materials meet the quantity control standards required to work with their printers.

 

 

 

PRECISION & VERSATILITY ACROSS INDUSTRIES

Due to the versatility of their printers, INTAMSYS works well in a wide range of industries. From aerospace and automotive to medical, oil & gas, education, and engineering – INTAMSYS offers a wide range of offerings to fit your needs.

Medical

INTAMSYS highlights the wide range of 3D printing applications in the medical sector, from pre-surgical models to surgical guides and implants. Medical professionals can leverage 3D printed models to enhance diagnosis accuracy, discuss treatment plans with colleagues, and even practice surgeries beforehand.

Aerospace

INTAMSYS offers 3D printing solutions for the aerospace industry, allowing engineers to quickly create functional prototypes of various designs. By leveraging the power of 3D printing, manufacturers can optimize part structures, reduce weight, improve lifespan and reliability, accelerate R&D and production, and maintain a digital repository of spare parts, all while streamlining costs and increasing product life cycle.

Automotive

INTAMSYS leverages 3D printing technology to create functional prototypes of automotive parts that can be quickly tested and modified during the iterative design process. The use of 3D printing also allows manufacturers to maintain a digital repository of all spare parts, expedite production lead time, and offer product support for a longer period, all while reducing costs.

Gas & Oil

INTAMSYS offers 3D printing solutions for the gas and oil industry, enabling quick creation of functional prototypes to streamline project development and verification. The use of 3D printing helps reduce supply chain costs, lower operating costs, and improve product efficiency, ultimately enhancing operational efficiency and facilitating growth for oil and gas companies.

Education

INTAMSYS emphasizes the educational benefits of 3D printing for students, including immersive learning through printed models and improved critical thinking through 3D design environments. The FUNMAT series of 3D printers offers an open material selection and robust FFF technology to support versatile and durable printing for educational purposes.

Manufacturing

INTAMSYS’ 3D printing technology offers solutions for rapid prototyping, low-volume production, and virtual inventory in the manufacturing industry. With the ability to create multiple iterations of prototypes in-house, engineers and designers can accelerate the product development process, reducing the time and coordination previously required for external collaboration.

A wide range of industries means a wide range of printer offerings to fit your needs. INTAMSYS offers a variety of high-performance 3D printers, which includes FUNMAT PRO 310, FUNMAT PRO 410, FUNMAT PRO 610 HT, and FUNMAT PRO HT Enhanced.

Designed with intelligent features, these printers can be controlled in real-time, including automated mesh leveling and real-time compensation for motion accuracy, coupled with superior build volumes, and high-temperature capabilities.

This is an illustration of a 3D printer.

3D Printing Services

INTAMSYS also provides an extensive range of services to help customers with their 3D printing requirements, such as training, technical support, and custom material development by their team of experts. They are dedicated to advancing the field of 3D printing through innovative technologies and excellent customer service.

INTAMSYS WEBINAR

INTRODUCTION TO EAC’S PARTNERSHIP WITH INTAMSYS

Are you looking to discover how 3D printing is revolutionizing manufacturing and what you need to get started? Watch the webinar replay to see how EAC has partnered up with INTAMSYS to deliver the best-in-class industrial 3D printers. Discover firsthand how 3D printers are making a significant impact on how businesses are being successful in their manufacturing processes and how you can benefit too.

Frequently Asked Questions

Below you’ll find answers to our most commonly asked questions.

You can count on personalized support around the clock – by email, live chat, or by joining a live webinar.

What is the temperature capability of the Intamsys FUNMAT PRO 610HT 3D Printer?

The FUNMAT PRO 610HT 3D Printer has impressive temperature capabilities. It can maintain a chamber temperature of 300°C (572°F) and extruder temperatures up to 500°C (932°F) with an all-metal hot end. This wide temperature range allows for printing with high-performance polymers like PEEK, ULTEM, PEKK, and more. Users can create durable parts for demanding applications requiring elevated temperatures.

Can I print functional prototypes with the Funmat HT 3D Printer?

Yes! The Funmat HT can handle a variety of materials, such as PEEK, ULTEM, and PEI, creating high-strength and durable functional prototypes. It has precise temperature control with an all-metal hot end and advanced thermal management system, ensuring accurate printing. The printer can also handle larger parts and multiple components in one go, reducing waste and saving time. The Funmat HT is ideal for aerospace, medical, or industrial fields, offering functional prototypes that meet your specific requirements.

What is the build volume of the FUNMAT PRO 410?

The FUNMAT PRO 410 has a build volume of 305 x 305 x 406 mm (12 x 12 x 16 inches), totaling 37.3 liters. It can handle large prints and multiple small prints in one job, saving time and increasing productivity. Its generous build volume allows you to produce complex or large parts. Whether manufacturing small parts or printing large prototypes, the FUNMAT PRO 410 is up to the task.

What materials can be used with FUNMAT PRO 310?

The FUNMAT PRO 310 supports a wide range of materials including ABS, PLA, PETG, TPU, PVA, HIPS, and more. It can handle standard and specialized filament, allowing for material versatility. With its high-temperature extruder and heated build plate, the FUNMAT PRO 310 is capable of working with engineering-grade materials like PC, PA, PEEK, PEI, and carbon fiber composites. Its adaptability makes it suitable for industries such as prototyping, manufacturing, and research and development.

Why is 3D printing good for the environment?

3D printing is eco-friendly as it reduces material waste and promotes recycling. It also decreases transportation emissions and encourages the use of durable products. Overall, 3D printing offers a sustainable manufacturing approach, contributing to a greener future.

 

FORMLABS

FORMLABS

FORMLABS

FORMLABS

FORMLABS

Whether you’re prototyping or scaling to production, Formlabs 3D printers produce industrial-quality parts for applications across multiple industries

INDUSTRIAL QUALITY 3D PRINTERS

Whether you’re looking to experiment with prototypes, advance education, or scale for production – Formlabs 3D printers make 3D printing an affordable reality for everyone.

PRECISION & VERSATILITY ACROSS INDUSTRIES

Now, more common than ever, Formlabs 3D printers are even making their way into classrooms and labs across the country. These advanced desktop 3D printers empower students, engineers, and even product development organizations to rapidly prototype in-house.

ENGINEERING
DESIGN, PRINT, & TEST FASTER
Reliably integrate 3D printing across design and product development workflows and rapidly create prototypes with a range of resin materials.

MANUFACTURING
OPTIMIZE PRODUCTION
From pre-production validation to jigs and fixtures to end-use parts – produce high precision, functional prints that can stand up to the rigors of the factory floor

MEDICAL
PRINT PATIENT-SPECIFIC PARTS
Open the door to high-impact 3D medical applications, that save significant time and costs all the way from the lab to the operating room.

JEWELRY
PRODUCE READY-TO-CAST PIECES
Integrate digital workflows with a reliable 3D printer for jewelry production. Prototype designs and produce large batches of ready-to-cast pieces.

EDUCATION
3D PRINTING FOR THE CLASSROOM
Bring 3D printing into the classroom to enhance student productivity and prepare them for their future career paths.

FORMLABS 3D PRINTERS ARE BEING USED AT SOME OF THE TOP-RANKED ACADEMIC INSTITUTIONS AROUND THE GLOBE

FORMLABS WEBINAR

Applications & Implementation of 3D Printing in Education

Interested in learning how 3D printing is making a difference in education, and how you can get started? Watch the webinar replay to learn how educators around the country are benefiting from using 3D printers as powerful education and research tools.

Loi Truong

Design Engineer

Initially we were only using the Formlabs printers for product design – now our manufacturing has started to use the 3D printers for their tooling as well. The use of the machines has been migrating down to manufacturing for one of the tools they use for building nest tool fixtures that they use within actual production.

Jeff Martin

Applications Engineer, CPC

Getting the Formlabs products in my hand, I will say that the industrial design is top notch. It is great, beautiful, and very intuitive to use. For me that was a pleasant surprise I wasn’t aware of.

Patrick Gerst

VP of Engineering, CPC

These Formlabs printers run every single night, so there is a lot of iteration going on because it is easy and it’s quick and it’s low cost. By doing this we definitely end up with better designs.

Loi Truong

Design Engineer, CPC

Now there is a quicker turn around. Because we’re using the Formlabs printers, we can do everything right away, not even thinking about the costs. I have the option to go and do it right now, so by tomorrow I can have something in my hand that I can actually look at.

Patrick Hobbs

Product Design Engineer, Brinly-Hardy, Co.

I am very pleased with the level of commitment and dedication that EAC has shown throughout our project. From the beginning of exploring our options of a PDM solution that would work best in our environment, EAC provided the value and confidence that was needed to allow Brinly-Hardy to improve its Product Development processes. They have the knowledge and experience necessary to get the job done. They are willing to work non-conventional hours to ensure the job is completed on time.

Jeff Martin

Applications Engineer, CPC

The reason for suggesting the Formlabs over the other low end SLS –  I’ve seen the accuracy that the SLS machines were capable of when I was doing the electrical pinning. Some guys had samples around and had been talking for quite a while about it.

Loi Truong

Design Engineer

Because we have 3 Formlabs printers now, we are able to make multiple parts for everyone. The flexibility in terms of being able to get a bunch of small parts printed means more efficiency for us.

Patrick Gerst

VP of Engineering, CPC

Being able to prototype has been a huge selling tool for us on the custom side of our business. It’s all about getting customer feedback quickly.

Jeff Martin

Applications Engineer, CPC

My big push for getting the Formlabs printer was when I was doing some electrical connector design. For very long aspect holes or very small diameter holes that were very long or that had steps in them for retaining contacts, the objet printer just didn’t work well because I couldn’t clean out that material very well. And even if I did, the steps were filled in with that wax and I just couldn’t get any of the pins to stick – that’s where the Form 2 was excellent.

Loi Truong

Design Engineer, CPC

With the Formlabs 3D printer we can get the desired sizes and get a true prototype by injection molding prototyping. Looking at the computer is one thing but when you really print it out and get it the right size that you need – you’re able make adjustments on it to see how they fit and how you feel about it.

Patrick Gerst

VP of Engineering, CPC

Resolution is a big deal for us because we make small round parts to be very general. The layer thickness is critical – especially if we are trying to do a little bit of light sealing and things like that. We found that the Formlabs printer was perfect for most of our needs.

Loi Truong

Design Engineer, CPC

So far the Formlabs printers have been exceeding our expectations compared to the last printers we used in terms of getting parts faster and quality.

Frequently Asked Questions

Below you’ll find answers to our most commonly asked questions.

You can count on personalized support around the clock – by email, live chat, or by joining a live webinar.

Can I leave parts in the printer after they finish?

Yes, Formlabs SLA printers have an orange cover that blocks UV light, so you can leave parts in the printer with the cover closed to protect them.

Is there a way to recycle used solvent?

Yes, Formlabs recommends recycling solvents for environmental and costs concerns. Investing in recycling Isopropyl alcohol (IPA) reduces waste and disposal costs, production emissions, purchasing costs, and supply chain interruptions.

Which Formlabs resin has the highest impact strength?

For the highest impact strength among Formlabs materials, choose Durable Resin. Other good options include Tough Resin or Grey Pro Resin.

What kind of resins does Formlabs 3D printers use?

There are 3 types of resins available: Standard Resins, Engineering Resins, or Nylon Powders (for the Fuse 1).

Custom-formulated Standard Resins deliver the highest-quality output plus capture astonishing detail without sacrificing strength. Engineering Resins are versatile, reliable, and formulated to help reduce costs, iterate faster, and bring better experiences to market. Nylon Powders 3D print production-ready, end-use parts on the Fuse 1 printer. Check out our Formlabs Resins Library.

What is the average lifespan of a Formlabs printer?

The lifespan of your printer depends on many factors. However, all Formlabs printers must pass a rigorous endurance test. The 36-month design operation test ensures a long-lasting, quality printer.

CREO ILLUSTRATE

CREO ILLUSTRATE

CREO ILLUSTRATE

CREO ILLUSTRATE

CREO ILLUSTRATE

Creo Illustrate is a technical publications software that allows technical illustrators to generate illustrations and animations directly from any 3D CAD designs

With the power of Creo Illustrate, technical publications now have more impact and provide greater value to the organization than ever before.

CAD Technical Drawing

3D technical illustrations enable individuals to absorb complex information quickly

Technical illustrations make it possible to quickly and accurately communicate complex product, service, and parts information to the people that need it the most throughout the entire product lifecycle.

 

TO DEVELOP 3D CONTENT AT SCALE & EFFICIENTLY, CONTENT CREATORS MUST HAVE THE RESOURCES TO:

01

Create 3D illustrations from existing engineering files

02

Auto-update illustrations when product changes occur

03

Reuse illustrations/animations across multiple tech pubs

THE BENEFITS ARE REAL

Save Time Designing & Managing Illustrations

Easily Create Interactive 3D Animations & Illustrations

Gain Knowledge with User Friendly Training Manuals

Utilize Features to Focus & Illustrate Complex Parts

EASILY CREATE INTERACTIVE

ILLUSTRATIONS & SERVICE DOCUMENTATION FOR:

Service Procedures

Parts Catalogs

Assembly Instructions

Training Manuals

Marketing Materials

Operating Instructions

Packages & Features

Creo Illustrate Essentials
Sequence and Animation (3D, VR/AR)
Essentials
For creation of any animated view of the content whether it’s for traditional 3D animations on the desktop, or for use in creating AR/VR experiences.
Windchill Integration (PLM, SLM & MFG)
Essentials
Allows connection of Creo Illustrate with Windchill either for PLM, Service or Manufacturing). Can use either the workgroup manager or direct connection.
CAD data Associativity
Essentials
Automatically update illustrations when associated CAD data changes.
Multi Format Publishing
Essentials
Allows for publication to multiple 3D, 2D vector/raster formats as well as formatted PDF.
Standards & Profiles
Essentials
Allows standards to be enforced across all illustrators, for example line weights, colors, text sizes. Profiles allows for a subset of a standard to be applied to illustrations depending on the use- case, for example a parts list versus an animated disassembly sequence, or rules on how parts are displayed.
Localization
Essentials
Define source & required languages for an illustration & manage the translation process either with or without Windchill translation management. End-user can then select which language they require within the graphic & text & notes will appear in the selected language.
Massive Assembly
Essentials
For users of massive models (over 16GB) this option allows for use of more than 16GB Memory on a local machine.
BOM Editing
Essentials
Enables editing of the BOM structure within Creo Illustrate. Parts can be grouped or combined into service kits or sub-assemblies, either for easier animation or so that only a whole sub-assembly, for example a pump, can be ordered rather than the individual constituent parts
Part Replacement
Essentials
Allows for an old part out to be swapped for a new part. The new part assumes any callouts or notes that were previously assigned to the old part within Creo Illustrate.
Assemble and Smart Explode
Essentials
Assemble allows for alignment of for example holes, faces – this allows for accurate positioning of parts as they are assembled in Creo Illustrate. This is important for cases where a lot of assembly is done within Creo Illustrate. Without this tool then parts can only be assembled by dragging a part into its position. Smart Explode automatically explodes selected parts within an assembly.
Floating License
Essentials
Can have a floating license of Creo Illustrate.
3D to 2D Figure Associativity
Essentials
After a 3D figure is created & converted to 2D & cleaned up (removal of unwanted lines etc.); when the 3D figure is updated, the 2D figure will update & any clean up that was previously done on the 2D figure is also updated.
2D Illustration Authoring Tools
Essentials
For creation of 2D drawing within a 2D figure, for example for adding missing details from a figure.
High quality 2D Vector output
Essentials
Output very high-quality line art from Creo Illustrate
3rd Party CAD Import
Essentials
Allows for direct import of 3rd Party CAD like CATIA, SolidWorks.
Creo Illustrate Standard
Sequence and Animation (3D, VR/AR)
Standard
For creation of any animated view of the content whether it’s for traditional 3D animations on the desktop, or for use in creating AR/VR experiences.
Windchill Integration (PLM, SLM & MFG)
Standard
Allows connection of Creo Illustrate with Windchill either for PLM, Service or Manufacturing). Can use either the workgroup manager or direct connection.
CAD data Associativity
Standard
Automatically update illustrations when associated CAD data changes.
Multi Format Publishing
Standard
Allows for publication to multiple 3D, 2D vector/raster formats as well as formatted PDF.
Standards & Profiles
Standard
Allows standards to be enforced across all illustrators, for example line weights, colors, text sizes. Profiles allows for a subset of a standard to be applied to illustrations depending on the use- case, for example a parts list versus an animated disassembly sequence, or rules on how parts are displayed.
Localization
Standard
Define source & required languages for an illustration & manage the translation process either with or without Windchill translation management. End-user can then select which language they require within the graphic & text & notes will appear in the selected language.
Massive Assembly
Standard
For users of massive models (over 16GB) this option allows for use of more than 16GB Memory on a local machine.
BOM Editing
Standard
Enables editing of the BOM structure within Creo Illustrate. Parts can be grouped or combined into service kits or sub-assemblies, either for easier animation or so that only a whole sub-assembly, for example a pump, can be ordered rather than the individual constituent parts
Part Replacement
Standard
Allows for an old part out to be swapped for a new part. The new part assumes any callouts or notes that were previously assigned to the old part within Creo Illustrate.
Assemble and Smart Explode
Standard
Assemble allows for alignment of for example holes, faces – this allows for accurate positioning of parts as they are assembled in Creo Illustrate. This is important for cases where a lot of assembly is done within Creo Illustrate. Without this tool then parts can only be assembled by dragging a part into its position. Smart Explode automatically explodes selected parts within an assembly.
Floating License
Standard
Can have a floating license of Creo Illustrate.
3D to 2D Figure Associativity
Standard
After a 3D figure is created & converted to 2D & cleaned up (removal of unwanted lines etc.); when the 3D figure is updated, the 2D figure will update & any clean up that was previously done on the 2D figure is also updated.
2D Illustration Authoring Tools
Standard
For creation of 2D drawing within a 2D figure, for example for adding missing details from a figure.
High quality 2D Vector output
Standard
Output very high-quality line art from Creo Illustrate
3rd Party CAD Import
Standard
Allows for direct import of 3rd Party CAD like CATIA, SolidWorks.
Creo Illustrate Professional
Sequence and Animation (3D, VR/AR)
Professional
For creation of any animated view of the content whether it’s for traditional 3D animations on the desktop, or for use in creating AR/VR experiences.
Windchill Integration (PLM, SLM & MFG)
Professional
Allows connection of Creo Illustrate with Windchill either for PLM, Service or Manufacturing). Can use either the workgroup manager or direct connection.
CAD data Associativity
Professional
Automatically update illustrations when associated CAD data changes.
Multi Format Publishing
Professional
Allows for publication to multiple 3D, 2D vector/raster formats as well as formatted PDF.
Standards & Profiles
Professional
Allows standards to be enforced across all illustrators, for example line weights, colors, text sizes. Profiles allows for a subset of a standard to be applied to illustrations depending on the use- case, for example a parts list versus an animated disassembly sequence, or rules on how parts are displayed.
Localization
Professional
Define source & required languages for an illustration & manage the translation process either with or without Windchill translation management. End-user can then select which language they require within the graphic & text & notes will appear in the selected language.
Massive Assembly
Professional
For users of massive models (over 16GB) this option allows for use of more than 16GB Memory on a local machine.
BOM Editing
Professional
Enables editing of the BOM structure within Creo Illustrate. Parts can be grouped or combined into service kits or sub-assemblies, either for easier animation or so that only a whole sub-assembly, for example a pump, can be ordered rather than the individual constituent parts
Part Replacement
Professional
Allows for an old part out to be swapped for a new part. The new part assumes any callouts or notes that were previously assigned to the old part within Creo Illustrate.
Assemble and Smart Explode
Professional
Assemble allows for alignment of for example holes, faces – this allows for accurate positioning of parts as they are assembled in Creo Illustrate. This is important for cases where a lot of assembly is done within Creo Illustrate. Without this tool then parts can only be assembled by dragging a part into its position. Smart Explode automatically explodes selected parts within an assembly.
Floating License
Professional
Can have a floating license of Creo Illustrate.
3D to 2D Figure Associativity
Professional
After a 3D figure is created & converted to 2D & cleaned up (removal of unwanted lines etc.); when the 3D figure is updated, the 2D figure will update & any clean up that was previously done on the 2D figure is also updated.
2D Illustration Authoring Tools
Professional
For creation of 2D drawing within a 2D figure, for example for adding missing details from a figure.
High quality 2D Vector output
Professional
Output very high-quality line art from Creo Illustrate
3rd Party CAD Import
Professional
Allows for direct import of 3rd Party CAD like CATIA, SolidWorks.

FREQUENTLY ASKED QUESTIONS

Below you’ll find answers to our most commonly asked questions.

You can count on personalized support around the clock by email, live chat, or by joining a live webinar.

What languages are supported by Creo Illustrate?

Creo Illustrate supports English, German, French, Italian, Spanish, Chinese (Simplified and Traditional), Japanese, Korean, and Russian.

Which formats can Creo Illustrate interpret?

Creo Illustrate can interpret formats such as Creo and PTC CADDS 5. As well as other neutral formats such as STEP, IGES, VRML, and STL. Additional CAD formats include JT, Catia V4, I-deas, SolidWorks, and Unigraphics with adapters (available at an additional cost). Contact us to learn more.

Is Creo Illustrate compatible with Arbortext?

Yes, you can author in Arbortext IsoDraw or publish illustrated parts lists quickly using Arbortext Editor. You can also connect to PTC Windchill to manage illustration assets through a direct link to the Windchill server.