Web Schedule December 2017

Webinar Training Sessions

Sl No	Date	Day	Time	Topic	Duration (in min)
1	05.12.17	Tuesday	11:00	Creo Parametric 4.0 Enhancements - Detailing & Sheetmetal	45
2	13.12.17	Wednesday	11:00	Repairing imported geometry using IDD	45
3	20.12.17	Wednesday	11:00	Mathcad integration with Excel and CAD	45

 

Webinar Demo Sessions

Sl No	Date	Day	Time	Topic	Duration (in min)
1	02.11.17	Thursday	15:00	Product illustrations using Creo Illustrate
2	08.11.17	Wednesday	15:00	Additive manufacturing using Creo	45
3	15.11.17	Wednesday	15:00	Creo Tolerance advisor	45
4	22.11.17	Wednesday	15:00	Product engineering made easy by Mathcad	45

Web Schedule November 2017

Webinar Training Sessions

Sl No	Date	Day	Time	Topic	Duration(in min)
1	02.11.17	Thursday	11:00	Flexible Editing of Parametric Models	45
2	08.11.17	Wednesday	11:00	Design Validation using Creo Simulate lite	45
3	15.11.17	Wednesday	11:00	Design of welds using Creo parametric	45
4	22.11.17	Wednesday	11:00	Frame work design using Creo Lite	45

 

Webinar Demo Sessions

Sl No	Date	Day	Time	Topic	Duration(in min)
1	02.11.17	Thursday	15:00	Product illustrations using Creo Illustrate	45
2	08.11.17	Wednesday	15:00	Additive manufacturing using Creo	45
3	15.11.17	Wednesday	15:00	Creo Tolerance advisor	45
4	22.11.17	Wednesday	15:00	Product engineering made easy by Mathcad	45

Web Schedule October 2017

Webinar Training Sessions

Sl No	Date	Day	Time	Topic	Duration (in min)
1	04.10.17	Wednesday	11:00	Creo Parametric 4.0 Enhancements - Interface & Sketcher	45
2	11.10.17	Wednesday	11:00	Mechanism Design using Creo Parametric	45
3	18.10.17	Wednesday	11:00	What's new in IronCAD 2017	45
4	25.10.17	Wednesday	11:00	Creo Parametric 4.0 Enhancements -Modelling & Assembly	45

Webinar Demo Sessions

 

Sl No	Date	Day	Time	Topic	Duration(in min)
1	04.10.17	Wednesday	15:00	Creo Design Automation using Mathcad	45
2	11.10.17	Wednesday	15:00	Design of Tools using Creo Parametric (TDO)	45
3	18.10.17	Wednesday	15:00	Intelligent fasteners design in Creo	45
4	25.10.17	Wednesday	15:00	Modular Designing using IronCAD DCS	45

White paper on ACER

Over the past few years, there has been a trend towards lighter and thinner tablets. Fiber reinforcement materials (PC+GF) and proper product design are the key factors to reducing weight while maintaining the desired product strength and stiffness.
Read more

Creo Additive Manufacturing Extension

What you see is what you print. Creo 4.0 closes the gap between 3D CAD and 3D printing. Creo 4.0 Additive Manufacturing extension, an extension to Creo Parametric opens up worlds of opportunity to focus on creating, optimizing, and validating

the highly complex geometry that can only be produced through additive manufacturing.

Unique FELXI Approach to Design Automation on PTC Creo

Design Automation helps Organisation to Automate the Designs for different product variants. The process of Requirement Gathering- Calculation- Design- IterationsManufacturing Drawings- Check list..is captured, automated and generated.
We bring you a live case study of Automation of Dynamic Pass Box - with a UNIQUE FLEXI Design Approach using Simple Tools in Creo Software Solution.

About DPB : Dynamic Pass Box is designed to provide functional support of controlling ingress of particulate contamination in clean room environment as well as in other controlled environment. They allow materials to be efficiently transferred into controlled environment without need of personnel movement avoiding any contamination.

Intent for Automation:
DPB - 8 Main Variants, with 21 type door orientations per Variant.
3 DWG per Door = 72 DWGs.( part drawings) for 24 door orientation
Automation of Dwg Templates- 2D Drawings, Auto updation of Sheet Metal Parts Developed Length, Auto renaming & Part dwg for individual parts- Auto print to PDF, Auto delete of Unwanted Parts from generated new variant assembly

Design Methodology :

• Parameters & Design Variants Captured - Assembly Construction using Bottom Up Approach of Design.
• Master Model with all foreseen combinations generated.
• Input parameter thru Flexi Approach GUI - drives Master model & New Variant is generated .
• Auto deletion of Excess / unwanted parts-assembly - w.o manual intervention.
• New Master Assembly drive > Parts drives > Manufacturing 2D Drawings.. Check list .. BOM.. FLEXI Approach Solution Structure.

Benefits of FLEXI Approach :

1. Flexi Approach allows to Add up New Design Variants in the Excel Based GUI (with min. MS Excel Knowledge) & in Master Assembly (with min. Creo Knowledge) - and derive New Variants from the new set of Inputs
2. Rigid Automation - Does not allow for new inclusions.
3. Option for New Variants - to become a part of Existing Library - For Re Use..
4. Low Software investment since Pro program available in AAX with Creo Basic. Application tool kit is not needed

The Diwali Hi 5 Offer- IRONCAD DRAFT

IRONCAD DRAFT is affordable, powerful 2D CAD software with an easy-to-learn user interface and unique 3D integration capabilities. Use IRONCAD DRAFT to analyze, leverage, render, and reference 3D model data created by customers and colleagues while still working in a 2D CAD environment with a familiar user interface and common tools for detailing.

Included in IRONCAD DRAFT 
is a library that contains hundreds of standard part designs with associated parametric data. Simply drag and drop desired
 parts into the design environment and specify parameters. Parts will be automatically created and laid out in a standard 2D CAD software presentation, saving countless hours of design time.

Leveraging Legacy Data & Expertise

IRONCAD DRAFT will not only import files from any major 2D CAD software while retaining technical data, it can also be used to convert those designs into 3D catalogues so that they can be leveraged for future projects. Supporting AutoCAD commands, IRONCAD DRAFT promises an easy learning curve for 2D CAD veterans wishing to collaborate with colleagues working in 3D and eventually transition to 3D themselves.

IRONCAD DRAFT 2017

 “The Diwali-Hi 5 OFFER”*

[Get 50% OFF on a 5 User Licenses Pack]

* OFFER CLOSES BY 18th Oct 2017.

A POWERFUL MECHANICAL 2D DRAFTING SOFTWARE @ AFFORDABLE PRICES EVER!!!!

CONTACT @ marketing@adroitecengg.com

Premium Transmission Ltd - Customer story

Reduce Design Time

Ensure new products are designed in the least possible time

Quality Standards

Quickly create 100% error free manufacturing drawings

Customer Satisfaction

Respond to customer requirements faster

Reduce Costs

Easily perform design validation before prototyping and 3D print prototypes

PTC CREO 4.0 Launch

Adroitec along with PTC, launched the PTC CREO 4.0 on with Groundbreaking capabilities namely

Model-based definition;
Additive manufacturing;

Smart,connected Product design with the power of Augmented Reality and IOT for the Engineering Industry . The launch program participated by the Industry leaders from various verticals like Automotive, Electronics, Electrical, Tool and Die units from different IDA of Bangalore.

Creo 4.0 Launch Design Smartner - Event in Bangalore

PTC Q4 Creo Illustrate Time Limited Offer

We wanted to ensure you are aware of a valuable deck that you can use to support your efforts with the Q4 Creo Illustrate TLO.

There is a 25% discount available on subscription pricing during the final quarter of the year to support your sales efforts.

The deck is available here and covers high level benefits/capabilities, the customer value proposition, part numbers along with links to marketing content that you will find useful for your promotion efforts.

Instek White paper

Applying 3D cooling channels by DMT cannot only manufacture complex shaped 3D shaped printed parts but also significantly improve quality. Read more.

Web Schedule - August 2017

Webinar Training Sessions

Sl No	Date	Day	Time	Topic
1	02.08.17	Wednesday	11:00	Create assembly process plan using Creo
2	09.08.17	Wednesday	11:00	Creo Parametric 4.0 Enhancements - Interface & Sketcher
3	16.08.17	Wednesday	11:00	Creo Parametric 4.0 Enhancements -Modeling & Assembly
4	23.08.17	Wednesday	11:00	Creo Parametric 4.0 Enhancements - Detailing & Sheetmetal

Webinar Demo Sessions

 

Sl No	Date	Day	Time	Topic
1	02.08.17	Wednesday	15:00	Creo Design Automation using Mathcad
2	09.08.17	Wednesday	15:00	Engineering Calculations using Mathcad
3	16.08.17	Wednesday	15:00	Design of mould base using Creo Parametric
4	23.08.17	Wednesday	15:00	Creo Intelligent fasteners extension

IHS Goldfire Technical Knowledge Discovery

ADQC-Drawing Dimension Quality Check Tool- An Adroitec Product.

How it helps: 
1. Dimension Ballooning in Drawing, and Table creation with View, Dim value, Tolerance range. 
2. Helps in creation of AutoCheck Sheet for Multiple drawings.
3. Helps in Reduction of time and  reduction for ballooning.
4. Adds value to End Customer. 
5. Update information on modification if any done. 

Enterprise PPM in the Cloud

Oracle Prime enables you to evaluate, prioritize, plan, manage, and execute projects and programs via an enterprise project and portfolio management solution. Prime is a cloud-based solution with a set of tools that allows executives, project members, and field users to deliver projects efficiently with confidence.

Key Business Benefits

• Unite project teams and stakeholders with a host of collaboration and feedback capabilities on the cloud
• Integrate scope, cost and schedule solutions under a single platform • Integrated project portfolio and capital plan management
• Native, purpose- built mobile application provides users with a rich, targeted user interface and experience
• Leverage Oracle Prime’s easy interface and simple deployment which saves time, money, and reduces risk of change resistance
• Empower users with more autonomy and a greater contribution to value added work

Key Features

• Context driven, light weight user interface
• Global search and navigation to major functional areas
• Built-in Workflows with an option to expand via configuration
• Web based interface with no client installation or plug-ins
• Review and approval of updates to ensure project integrity
• iPad and iPhone applications support to update project data
• Flexible dashboards, performance scorecards and reporting solutions
• Innovative user interface and personalized experience

INCITE CAM CENTRE improves design lead time by 30%

Initiative: To reduce  Design lead time for their new product developments

Result: With PTC Creo’s intuitive and easy-to-use tools , design time has been reduced approx. by 30%,

Standardization of our custom components 

Initiative: To standardize the our reqular components for future reuse and save time

Result: Handling and effectively managing of customized components using PTC Creo Family table capabilities

Minimize design  Errors 

Initiative:  To reduce design errors and improve product quality

Result: Design quality and reduced manual errors with Automatic Notification & regeneration

Improve MFG Drawing creation  

Initiative: To improve detailing time for mfg drawing creation

Result: Drawings and complete BOM generation are made faster using PTC Creo Detailing .Hence detailing for MFG has been improved significantly

 

 Customer Quote

In current competition scenario, completing projects and meeting deadlines is one of our main challenge…. With PTC Creo more powerful Design capabilities, our design lead time reduced by 30% approx and there by able to increase our no. of projects.

– Mrs Radhika Shetty CEO

Adroitec salutes the spirit of our Jawans

Adroitec salutes the spirit of our Jawans , countrymen who laid their lives for our Freedom... Bharat Mata ki Jai .
JAI HIND
Wish you all a HAPPY INDEPENDENCE DAY.

Web Schedule July 2017

<h6 style="text-align: center;"><span style="color: #000080;">Webinar Training Sessions</span></h6>
<table class="tableizer-table">
<thead>
<tr class="tableizer-firstrow">
<th>Sl No</th>
<th>Date</th>
<th>Day</th>
<th>Time</th>
<th>Topic</th>
<th>Presenter</th>
</tr>
</thead>
<tbody>
<tr>
<td>1</td>
<td>27.07.17</td>
<td>Thursday</td>
<td>11</td>
<td>Flexible Editing of Parametric Models</td>
<td>Sandya</td>
</tr>
<tr>
<td>2</td>
<td>02.08.17</td>
<td>Wednesday</td>
<td>11:00</td>
<td>Create assembly process plan using Creo</td>
<td>Kishore</td>
</tr>
<tr>
<td>3</td>
<td>09.08.17</td>
<td>Wednesday</td>
<td>11:00</td>
<td>Creo Parametric 4.0 Enhancements - Interface &amp; Sketcher</td>
<td>Sandya</td>
</tr>
<tr>
<td>4</td>
<td>16.08.17</td>
<td>Wednesday</td>
<td>11:00</td>
<td>Creo Parametric 4.0 Enhancements -Modeling &amp; Assembly</td>
<td>Sandya</td>
</tr>
<tr>
<td>5</td>
<td>23.08.17</td>
<td>Wednesday</td>
<td>11:00</td>
<td>Creo Parametric 4.0 Enhancements - Detailing &amp; Sheetmetal</td>
<td>Sandya</td>
</tr>
<tr>
<td>6</td>
<td>06.09.17</td>
<td>Wednesday</td>
<td>11:00</td>
<td>Introduction to Kinematic design using Creo</td>
<td>Waqar</td>
</tr>
<tr>
<td>7</td>
<td>13.09.17</td>
<td>Wednesday</td>
<td>11:00</td>
<td>Creo Parametric 4.0 Enhancements - Surfacing &amp; Detailing</td>
<td>Sandya</td>
</tr>
<tr>
<td>8</td>
<td>20.09.17</td>
<td>Wednesday</td>
<td>11:00</td>
<td>What's new in IronCAD 2017</td>
<td>Kishore</td>
</tr>
</tbody>
</table>
<h6 style="text-align: center;"></h6>
<h6 style="text-align: center;"></h6>
<h6 style="text-align: center;"><span style="color: #000080;">Webinar Demo Sessions</span></h6>
&nbsp;
<table class="tableizer-table">
<thead>
<tr class="tableizer-firstrow">
<th>Sl No</th>
<th>Date</th>
<th>Day</th>
<th>Time</th>
<th>Topic</th>
<th>Presenter</th>
</tr>
</thead>
<tbody>
<tr>
<td></td>
<td></td>
<td></td>
<td></td>
<td></td>
<td></td>
</tr>
<tr>
<td>1</td>
<td>27.07.17</td>
<td>Thursday</td>
<td>15:00</td>
<td>Design of Tools using Creo Parametric (TDO)</td>
<td>Sandya</td>
</tr>
<tr>
<td>2</td>
<td>02.08.17</td>
<td>Wednesday</td>
<td>15:00</td>
<td>Creo Design Automation using Mathcad</td>
<td>Kishore</td>
</tr>
<tr>
<td>3</td>
<td>09.08.17</td>
<td>Wednesday</td>
<td>15:00</td>
<td>Engineering Calculations using Mathcad</td>
<td>Sandya</td>
</tr>
<tr>
<td>4</td>
<td>16.08.17</td>
<td>Wednesday</td>
<td>15:00</td>
<td>Design of mould base using Creo Parametric</td>
<td>Sandya</td>
</tr>
<tr>
<td>5</td>
<td>23.08.17</td>
<td>Wednesday</td>
<td>15:00</td>
<td>Creo Intelligent fasteners extension</td>
<td>Sandya</td>
</tr>
<tr>
<td>6</td>
<td>06.09.17</td>
<td>Wednesday</td>
<td>15:00</td>
<td>Creo Tolerance advisor</td>
<td>Waqar</td>
</tr>
<tr>
<td>7</td>
<td>13.09.17</td>
<td>Wednesday</td>
<td>15:00</td>
<td>Design Optimisation Using Creo Parametric</td>
<td>Sandya</td>
</tr>
<tr>
<td>8</td>
<td>20.09.17</td>
<td>Wednesday</td>
<td>15:00</td>
<td>Modular Designing using IronCAD DCS</td>
<td>Kishore</td>
</tr>
</tbody>
</table>

The 3D-Printed, Soft Artificial Heart Beats Just Like a Real One

Scientists have 3D-printed a soft, artificial heart made of silicone that beats almost like a human heart, putting us another step closer to replacing damaged human hearts without the need for a transplant.

With about 26 million people worldwide suffering from heart failure, and a global shortage of donors, being able to custom-make artificial hearts would be an invaluable solution to a perennial, long-term problem.

The team behind the artificial heart, from ETH Zurich in Switzerland, says its prototype heart can beat in a very natural way for about half an hour before the materials break down, and the researchers are working hard to improve their new invention.

"[Our] goal is to develop an artificial heart that is roughly the same size as the patient's own one and which imitates the human heart as closely as possible in form and function," says one of the team, Nicholas Cohrs.

The silicone heart features left and right ventricles or chambers, just like a human heart, as well as an additional chamber that acts as the heart's engine by driving the external pump.

The idea is that pressurized air inflates and deflates this third chamber, which would drive blood through the ventricles – for the purposes of this study, a liquid with the same viscosity of blood was used.

Weighing in at 390 grams (13.8 ounces) and with a volume of 679 cubic centimeters (41 cubic inches), it's slightly heavier but about the same size as a normal human heart. it's hoped this artificial version can eventually replace mechanical pumps, which are always at risk of failure or causing complications in the body.

Right now these mechanical pumps are used while people recover from heart failure or wait for a donated heart to become available.

With each silicone heart only lasting for around 3,000 beats, the strength of the material and the performance of the heart need to be significantly increased – but having a soft, 3D-printed heart beating like a human one is a fantastic start.

"This was simply a feasibility test," says Cohrs. "Our goal was not to present a heart ready for implantation, but to think about a new direction for the development of artificial hearts."

If we can't replace this most crucial of organs with a 3D-printed version then perhaps there's hope in regenerating damaged heart tissue. Last month scientists explained how gene programming in a sea anemone could unlock a way of teaching human stem cells to replace heart tissue.

Meanwhile, earlier this year a team from Worcester Polytechnic Institute (WPI) used spinach leaves to generate functioning heart tissue, complete with veins that could transport blood.

We're still a long way off being able to replace or regrow the human heart – but it's exciting to think we're getting closer all the time.The research has been published in Artificial Organs.The scientists also published a video of their work which you can see below:

IHS : Engineering Workbench

IHS Engineering Workbench

uniquely meets the information and decision-making needs of today’s technical enterprise. By providing a single point of access to critical information resources and tools to help analyze and leverage essential knowledge, Engineering Workbench accelerates research and helps technical professionals solve problems, faster and better, to deliver competitive advantage.

ENGINEERING &PRODUCT DESIGN

IHS Engineering
Workbench

Accelerate Technical Research & Problem-Solving with a Unified Knowledge Platform

The C-suite today is looking to the technical enterprise to directly contribute to growth, cost optimization, and risk management objectives. To stay competitive, engineers need access to internal and external reference content, paired with analytical capabilities and problem-solving tools tailored to their specific research needs and workflows.

Traditionally, engineers have had difficulties accessing the information and tools they need to solve problems quickly, make informed decisions and support their organizations’ objectives. In fact, research shows that, on average, engineers consult 13 internal and external information sources to solve any given problem.

Consequently, engineers spend 40% or more of their time just searching for information. Then, once they find the information, these professionals typically lack the analytical and problem-solving tools tuned to their specific workflows, making it difficult and laborious to derive the best insights and solutions.

A Knowledge Platform for the Technical Enterprise

IHS Engineering Workbench™ is a breakthrough solution that enables knowledge professionals to rise above these information challenges, beginning with a platform that links external and internal content from many disparate and unstructured sources. Applying advanced search technology and content analytics to federated information, Engineering Workbench quickly surfaces precise answers from among the disparate data.

IHS overlays this integrated content with analytical and problem-solving capabilities designed with the technical professional in mind, accelerating decision-making. As a result, product teams deliver innovations to market ahead of the competition, researchers discover more efficient processes sooner, and engineers solve problems faster – driving growth, profitability and risk mitigation.

IHS Engineering Workbench incorporates groundbreaking search capabilities that connect engineering and other technical professionals across the enterprise with the must-have content they need to complete their projects, including standards, eBooks, patents, journal articles, reports, design principles, and more, as well as internal content sources, fostering knowledge retention and discovery.

With powerful analytics that extract answers and insights from these disparate content sources, Engineering Workbench breaks down barriers to informed decision -making.

Additionally, Engineering Workbench provides advanced research, problem solving, and analytical tools, such as root cause analysis, technology and patent trend analysis, consumer insights, or intelligence. These tools have been designed by technical professionals, for technical professionals, so they inherently support the daily workflows of engineers, scientists and other knowledge workers.

Value Delivered

For Engineers, Scientists, Researchers and Related Professionals: Discover solutions to technical challenges quickly to accelerate R&D and problem solving, and minimize rework in the design cycle.

For Engineering and Research Program Management: Consolidate information sources to make your engineering teams more efficient and collaborative, while reducing costs and simplifying processes.

For Corporate Librarians and Standards Managers: Increase utilization of knowledge sources and improve relevance of technical answers provided to engineering and R&D teams.

For Executive Management: Deliver new innovations to market faster to grow revenue; increase engineering productivity and prevent redesign/rework to improve profitability; and ensure problems get solved faster to mitigate risks.

For more information www.ihs.com/ewb

CUSTOMER CARE AMERICAS

• +1 800 447 2273
• +1 303858 6187 (Outside US/Canada)

CUSTOMER CARE EUROPE,

MIDDLE EAST, AFRICA T +44 1344 328 300

CUSTOMER CARE ASIA PACIFIC T +604 291 3600

E CustomerCare@ihsmarkit.com

Markforged :Manufacturing Reinvented

Augment Your Product Design Reality

Adroitec offers you the Creo 4.0*, to turn your digital design into physical reality. The key is Augmented Reality(AR).Picture an immersive design review where you could experience your design in the real world, one where a single click summoned a 3D representation of your product. We’ve integrated Creo with ThingWorx Studio,  world-leading AR platform from PTC . With a few clicks, you can author and publish an AR experience right from Creo without additional programming skills. For more details, connect us @ AR ADROITEC

Augmented Reality for Product service information Video

Creating a Digital Twin for a Pump : PTC Thingworx and ANSYS

“The technologies that underpin the IoT make it possible to integrate simulation with products as they exist and operate in the real world.”

Simulation has long been an integral part of the product development process; it greatly improves product performance, reduces development costs and gets the product to market much more quickly. The technologies that underpin the Internet of Things now make it possible to go a step further by integrating simulation with products as they exist and operate in the real world. This opens up a whole new era in value creation for companies to optimize operations and maintenance, as well as further accelerate the new-product development process. ANSYS worked with PTC, Flowserve, National Instruments and HPE to demonstrate this, showing how a simulation model of an operating pump can diagnose and solve operating problems faster than was ever possible before.For More details connect us at digital twin with IOT
For More details connect us at digital twin with IOT

MAC Pro Technologies shares benefits of using IC Draft - the Mechanical Drafting Software

MacPro Technologies Pvt Ltd is a Private incorporated on 18 May 2010. We are in to manufacturer and supplier of moulds, press tools, jigs, dies and fixtures.

 

 

 

 

 

 

 

 

Business Initiative

We were looking for an alternate cost effective 2D Drafting software with 3D viewer capability to fulfill our Business requirements.

IronCAD solution

10 seats of IronCAD Draft software are used very well at our various departments such as Marketing,Tooling ,Production and Quality..

Benefits

1. IronCAD draft has the unique capability of viewing the 3d CAD files in neutral formats such as step, parasolid and iges which saves our time on understanding of the 3d model and improves our quoting process by 30%.
2. Tool makers are able to visualize 3d models and able to create 2D drawings according to their needs. Hence dependency of 3D design software is drastically reduced for the tool makers in the shop floor.
3. Ironcad draft helps in estimation and costing for the planning department which makes our job easier.
4. It helps our machine operators to visualize and understand the 3d models easily.
5. It improves our communication across various departments in the company.

We are very much satisfied on IronCAD Draft capabilities which full fills our Quoting and tooling requirements .” Shijesh Kokkodan -Director

Adroitec and PTC -Buy One Get One Half Off

Adroitec and PTC are very excited to announce a new program for our customers for the PTC Financial Year ending Sept 2017. As simple as that - Buy a Creo Essentials or Engineer seat/license (core seat) and get a second at 50% off*

* Terms and conditions apply . For More Details, please connect BOGOHO@ ADROITEC.

Creo and 3D Printing-What you see is what you print

Additive manufacturing (3D printing) is the process of building an object one thin layer of material at a time. The definition is simple but the process is not. Designers often must use multiple software packages, a situation which forces them to export, redesign, optimize and re-import their model each time
Creo closes the gap between 3D CAD and 3D printing

With Creo, what you design is actually what you print. Say goodbye to the disconnected, error-ridden hassle of multiple software packages. Now you can design, optimize, validate, and run a print-check all in one environment, reducing overall process time, tedium, and mistakes. When you’re ready, simply send the file straight to the 3D printer.*

*Compatible Printers
Stratasys
Polyjet Technology (Connex), using Object Studio , FDM technology (uPrint, Dimension and Fortus) using GrabCAD Print
3D Systems
Projet 1200, 2500, 2500 Plus, 5500x, using 3D Sprint kernel embedded into Creo, Upcoming: Projet 3600, 3510, 6000 & 7000, 800, 950

SAMSUNG Electronics -Moldex3D

SAMSUNG Electronics Introduced Moldex3D As The Standard CAE Tool For Injection Molding
Customer Profile

Founded in 1938, SAMSUNG has maintained a mission statement that responds both to its own change, and to new developments in the world: “Economic contribution to the nation,” “Priority to human resources,” “Pursuit of rationalism.” Each slogan represents significant moments in SAMSUNG’s history, reflecting different stages of the company’s growth from a domestic industrial leader into a global consumer electronics powerhouse. (Source: www.samsung.com)

• The Challenge:Adapt to the ever-changing and more challenging product design requirements.
• The Solution: Reactive Injection Molding (RIM) is widely applied to provide an encapsulation that tolerates higher working temperature, and provides high reliability in thermal, mechanical and electrical property.
• Key Benefits:Through Moldex3D, the design parameters and process conditions can be verified, eliminating physical prototyping and tedious trial-and-error.

There is no doubt that SAMSUNG Electronics is maintaining its market leadership in the global market (DRAM, SRAM, TFT-LCD, Color monitor, CPT & CDT, VCR, flash memory, Microwave, CDMA Handset, and so on), and SAMSUNG had sold 86.6 millions of its mobile phones in 2004, accounted for 12.7 percent share of the global market. Visual Display Group is one of top profit making departments. SAMSUNG Electronics maintains the top position in global market share of Color TVs, monitors. As one of few electronics companies with profound competencies in both A/V and IT, SAMSUNG have the foresight and willingness to make industry-leading investments in the future.

VPD (Virtual Product Development) is a popular topic nowadays. However, to achieve this goal not only requires professional developers, but suitable CAE software to benefit the collaborations. What we commonly understand are to evaluate the mechanical reliability, thermal management, electro-magnetic compatibility, and etc; but producibility should be considered as the key, since simulation tools for fabrication help to predict what will possibly occur during the production stage, which could save lots of possible expenses on trouble-shooting and the yield improvement.
Moldex3D can predict the short shot region
Mobile phone is always the focus in consuming electronics industries. In order to win people’s heart, all components need to be designed as fancy and exclusive among numerous new models. However, this demand is usually not easy to reach because the new design would be much more complex than traditional ones and is more challenging in the current molding technology. In this study, the short shot region is almost identical to the molded part, which goes on to prove the accuracy of Moldex3D. It guarantees the simulation result is valuable especially for exploring a revolutionary design.

Actual Sample	Melt front

Cable encapsulation
Reactive Injection Molding (RIM) is widely applied to provide an encapsulation that tolerates higher working temperature, and provides high reliability in thermal, mechanical and electrical property. However, the resin is thermosets, of which chemorhelogy is more complex than thermoplastics. Through Moldex3D, the design parameters and process conditions can be verified, instead of physical prototyping and tedious trial-and-error.
Moldex3D scrutinizes each development stage for Samsung, ensuring the production quality
Through the introduction of the practical studies above, these cases demonstrate that Moldex3D possesses talented integrity for various purposes, widely from product conceptualization to prototyping stage. Moldex3D should definitely be in the list if you want to expand the VPD simulation tools to reach the optimum in such competitive business environment.