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          • Novastar Calibration: MasterScanner Acquisition to Expand Inspection Capabilitie…
            By Novastar
            January 24, 2025
            April 27th, 2023 | 10:00am - 2:00pm
            Novastar 3D Print Demo Center
            12901 Newburgh Rd., Livonia, MI 48150Read More
          • Additive Manufacturing Open House – Farsoon Technologies
            By Novastar
            February 16, 2024
            April 27th, 2023 | 10:00am - 2:00pm
            Novastar 3D Print Demo Center
            12901 Newburgh Rd., Livonia, MI 48150Read More
          • Additive Manufacturing Open House
            By Novastar
            October 23, 2023
            November 2nd, 2023: 10:00am - 2:00pm
            Novastar is now representing the full line of Farsoon Additive Manufacturing Solutions in addition to HP's Industrial 3D Printers. Talk with experts about open-platform printing in metal, high-temp, and flame resistant materials. Regardless of your application or industry, Novastar should have an additive solution for you. Lunch will be provided.Read More
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          • Farsoon 3D Materials & Applications
          • NovaTumble & NovaBlast
          • Materialise Magics
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          • Novastar Calibration: MasterScanner Acquisition to Expand Inspection Capabilitie…
            By Novastar
            January 24, 2025
            April 27th, 2023 | 10:00am - 2:00pm
            Novastar 3D Print Demo Center
            12901 Newburgh Rd., Livonia, MI 48150Read More
          • Additive Manufacturing Open House – Farsoon Technologies
            By Novastar
            February 16, 2024
            April 27th, 2023 | 10:00am - 2:00pm
            Novastar 3D Print Demo Center
            12901 Newburgh Rd., Livonia, MI 48150Read More
          • Additive Manufacturing Open House
            By Novastar
            October 23, 2023
            November 2nd, 2023: 10:00am - 2:00pm
            Novastar is now representing the full line of Farsoon Additive Manufacturing Solutions in addition to HP's Industrial 3D Printers. Talk with experts about open-platform printing in metal, high-temp, and flame resistant materials. Regardless of your application or industry, Novastar should have an additive solution for you. Lunch will be provided.Read More
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Lifecycle Management Considerations for Higher Education

October 31, 2022 By Novastar

IT hardware procurement in higher education is a complex issue. Decision-makers must use an institution’s limited budget to make purchasing choices that power digital learning initiatives and improve student experiences, all with the goal of making their institution more competitive.

Of course, device management initiatives aren’t just aspirational. Efficient device lifecycle management translates to dollars saved and increased productivity through centralization and streamlining of asset management. The benefits of better device management touch all aspects of an institution’s IT workflow, from helpdesk support to server administration.

There’s a lot that goes into device lifecycle management, especially for large-scale institutions like colleges or universities that may have thousands of unique devices to consider.

Top Lifecycle Management Considerations for Higher Ed

Lifecycle management processes help higher education institutions administer the myriad devices that exist across the campus. Devices brought into a university’s IT system often lack standardization in hardware type, cybersecurity capabilities, or software configuration. This creates substantial challenges for IT teams that manage integration and support. Institutions need to take a holistic view of their devices or commit to a regular schedule of refresh cycles when technology grows out of date, particularly as more schools commit to long-term hybrid learning programs. To address these concerns, schools must get proactive about their device management goals.

Centralization Is the Key

Most critically, universities should work toward centralization and standardization of their device management process. This is best accomplished through enterprise asset management systems that allow institutions to keep tabs on devices across their entire lifecycle. Such systems offer a number of advantages:

  • Insight into device/hardware details
  • Visibility for maintenance and replacement schedules
  • Tracking for performance metrics and analytics
  • Automated alerts and communications
  • Extended capabilities (like customer portals) to streamline device management

In a central repository, information can be tracked over time. Centralized device management also enables additional tracking features, like barcode tagging, to speed up deployment and minimize the need for manual implementation efforts.

Find Opportunities to Extend Value

Historically, IT management processes have been focused on break/fix solutions. Devices are set up, run as intended, repaired when necessary, and retired. Many institutions see it as a linear path, though in reality, device lifecycle management is more circular. Devices that grow out of date or are ill-suited to certain uses can be repurposed in other ways that give them a second life that extends the total value of each machine.

Institutions should consider ways that their devices can be reused or repurposed across the campus before committing to new procurements. This is a critical part of device management due diligence that can translate to big value when applied to large universities.

Create a Warranty Strategy

Extended warranties can help protect institutions against unexpected costs, but there’s no one-size-fits-all approach to warranty management. The typical lifecycle for an educational device is around four years, but many extended warranties offer protection beyond this. Is it worth it?

For most institutions, warranties will need to be set up and managed on a case-by-case basis. Depending on the device’s expected usage, the standard manufacturer warranty may be enough to do the job. Higher education decision makers must consider the intended use of each device against the cost of an extended warranty plan and budget accordingly. In many cases, the costs of extended warranties won’t be worth the investment.

Consider use cycles for desktop devices as well as notebooks, laptops, or any other remote workstation. Laptops tend to be more difficult to upgrade than desktops and often degrade more quickly due to their rugged use, which should be factored into all decisions.

Explore Asset Management Partnerships

While some institutions attempt to manage IT support and deployments on their own, the most comprehensive way to address these issues is to work with IT asset management (ITAM) partners that can apply coordinated, time-tested processes to device lifecycle management.

In particular, partners that offer device-as-a-service (DaaS) support can make the process as easy as possible because they provide support for device selection, repairs, and analytics for device performance and usage.

This type of control supports efficient management processes at every level, from hardware procurement to deployment to long-term management. ITAM partners can help bring flexibility to IT management by suggesting specific devices for different applications or recommending high-performance HP workstations for more complex use cases.

Additionally, this type of arrangement simplifies support by ensuring that all teams are familiar with the hardware and software programs in use. It’s a simple way to keep tabs on all devices, ensure quick fulfillment when replacements are needed, and make sure that all new equipment is configured correctly in the new system.

How Higher Education Can Achieve Complete Device Visibility and Management

The above considerations all speak to one unifying theme: Institutions need a singular, centralized way to manage each and every device lifecycle under their supervision. A disjointed approach isn’t enough. Institutions need a way to reduce complexity and establish ongoing maintenance routines. By doing so, they gain a proactive way to stay ahead of emerging issues rather than being stuck “putting out fires.”

Get proactive about device lifecycle management by contacting Novastar. We’ll help you assess your educational ecosystem and determine what type of lifecycle management strategy will work best for you.

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Endpoint Security Considerations for Manufacturing

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HP 3D Printing & Altair DfAM Event

Filed Under: Featured Home Page, Novastar Blog Tagged With: HP, IT, ITAM, workstations for colleges, workstations for universities

Endpoint Security Considerations for Manufacturing

October 21, 2022 By Novastar

Man and woman in reflective jackets and hard hats look at an HP Zbook in an industrial setting

An unpredicted side effect of COVID-19 was the rise in cyberattacks. As businesses shut down and employees moved to remote work, IT teams scrambled to ensure employees had access to needed data on the company network. This led to gaps in security and increased network vulnerabilities that hackers used to gain access to company systems. In 2020, ransomware attacks rose by 62% worldwide and a staggering 158% in North America.

For the automotive industry, an attack can have devastating effects on consumers, automakers, and automotive fleets. To protect everyone involved, improved security and the addition of endpoint security protections will reduce the risk of a cyberattack.

Increasing Concerns with Security

As technology grows, the need for advanced security solutions grows with it. A need for advanced security became especially evident when 1.4 million vehicles were recalled due to a vulnerability that would have allowed hackers to control a connected car remotely. Manufacturing plants have also become a popular target for bad actors due to the number of connected devices used in the manufacturing process.

Cyber threats can come from virtually anywhere—an email, a weak WIFI signal, or a third-party app–and the list is growing. In the automotive industry, cyberattacks increased 125% between 2018 and 2021. The increased number of connected cars and remote workers make automakers especially vulnerable.

The Importance of Endpoint Security in the Automotive Industry

The most effective way to protect a company network is to secure each entry point into that network. This is why having proper endpoint security is necessary.

Traditionally, endpoint security involved rudimentary anti-virus software, which wasn’t sufficient for long. Modern hackers have more sophisticated approaches that can easily subvert outdated security software, forcing businesses to respond in kind with more comprehensive solutions to protect against malware, ransomware, and zero-day threats. 

A study from IBM showed that automotive companies were the highest targeted manufacturing sub-sector in 2021, encompassing nearly a third of all attacks against the manufacturing industry. This worrying trend makes endpoint management a vital part of any automotive company’s security.

Endpoint Security

Endpoint security ensures that each entry point into your network is entirely secure.This includes desktops, laptops, and mobile devices.

Nowadays, hardware and software solutions are designed to work in tandem to detect, analyze, and block potential attacks before they can wreak havoc on your infrastructure.

HP Wolf Security is the Best Strategy to Protect Your Infrastructure

HP Wolf Security offers robust security measures to combat the rising threat to the automotive industry.

Instead of relying on only software, HP created an innovative solution to cyberattacks at the hardware level. With HP Wolf Security, both hardware and software are built into every PC and printer, and this adds additional security beyond the OS.

Hardware-Enforced Security

Automotive companies should prioritize protection software built around the core security values of zero-trust, segmentation, and user access control.

Zero-trust is a security policy with permissions assigned based on context of the situation rather than an assumed level of trust. Systems will assess user identity, location, security posture, and other features to determine what level of access to provide to a user.

This approach produces simpler network infrastructure, better security, and an improved user experience for operators, including complete coverage for remote workforces, hybrid cloud environment, and malware protection.

Zero-trust architecture is inherently secure, powered by strict segmentation and user access controls that provide rigid restrictions on who can access a system. In particular, segmentation drives security value by dividing a system or network into zones, each with limitations for user access privileges.

Aside from creating a stronger and more controllable ecosystem, segmentation protects the system from widespread cyberattacks and can even improve performance by limiting how many users access each zone at once.

These are fundamental aspects of endpoint security that no company can go without. Especially in our era of hybrid workforces and internet-of-things (IoT) connectivity, the average company has more endpoints to protect than ever before.

To minimize risk, companies must adopt a zero-trust strategy and continuous, hardware-powered protection that provides security, resiliency, and transparency into all operations. Tools like the HP Security Controller or HP Sure Click Enterprise offer this type of endpoint protection and are a great place to start improving your security envelope.

Increase Security with HP Sure Click Enterprise

To add further protections for end users, HP offers Sure Click Enterprise, which separates a user’s tasks from the network.

An employee could potentially introduce malware or ransomware into your infrastructure with a single click. Sure Click creates a micro virtual machine during a user’s tasks to isolate an application or web browser from the network.

If a virus, malware, or ransomware is detected, HP Wolf Security will isolate and trap the offending code. The code is destroyed once the application or web browser is closed.

Complete Protection with Novastar Solutions

Advanced security methods from companies like Novastar Solutions involve zero-trust, next-gen hardware and software solutions that constantly scan, detect, and block incoming threats.

To provide complete protection for your infrastructure, contact Novastar Solutions for more information on how HP Wolf Security can help your business succeed. Contact us to get started.

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High-Powered Processing: Choosing the Right Workstations for Manufacturing

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Lifecycle Management Considerations for Higher Education

Filed Under: Novastar Blog

High-Powered Processing: Choosing the Right Workstations for Manufacturing

October 19, 2022 By Novastar

woman pointing at computer display of automotive part

The automotive manufacturing industry has seen some incredible advances over the past few decades, driven in part by the advent of computer-aided design (CAD) software. While CAD was originally limited to basic geometric structures and model configuration, modern CAD software facilitates every aspect of automotive product design, from drafting to engineering to delivery.

CAD software, like SolidWorks and AutoCAD, and 3D modeling have revolutionized automotive. However, powerful computing solutions for design and manufacturing require high-powered workstations that can handle resource-intensive displays.

Computing power may not seem like a big concern in a technological era, but the COVID-19 pandemic permanently shifted global workforces into new paradigms. Today, businesses of all types are learning to function in a digital-first landscape.

Hybrid Work is the New Norm

With the shift to remote and hybrid work environments, companies must provide employees with the tools and technology needed to maintain productivity while working from any location. For businesses in the automotive sector, this means equipping engineers and designers with workstations that can handle intense workloads.

The types of workflows required in automotive manufacturing can be demanding. Laptops and mobile devices used for CAD and product design must have the CPU and GPU processing power to accelerate complex graphical displays, manage big datasets, and achieve stable, reliable performance across tasks.

A typical consumer-grade laptop can’t handle engineering and design tasks. That’s , HP created dedicated product lines of workstations that provide professionals with the computing power they need to stay productive—even when they’re out of the office, traveling to a work site, or working remotely. These tools enable seamless connections to a primary computing hub for any number of remote workstations and provide the perfect solution to remote automotive design work.

The Benefits of HP’s Z Workstations for Manufacturing

Any automotive manufacturer trying to manage a remote workforce must have the right tools to make effortless mobile work possible.

Essential features in CAD software, like simulation integration, strain the capabilities of the average workstation. As designs grow and become more complex, CAD programs can crash CPUs and corrupt valuable data. This is why OEMs must find high-performance workstations and tools that provide reliable, secure processes.

At Novastar, we’re proud to offer HP’s premier line of workstations, optimized for the agility and creativity that manufacturing requires. In fact, many Zbooks outperform typical desktops due to their advanced performance, software interoperability, and built-in security.

Z Series Workstation Family: ZBook 17 G3, ZBook 15 G3, Z240 SFF, Z240 Tower, Z440 Z23n Display, Z1 G2 Touch AiO, Z32x DreamColor Display, Z640, Z840, ZBook Studio 15, ZBook 15u G3 Touch.

The line includes workstations suited to any professional’s needs:

  • ZBook Firefly G8: Quality performance meets maximum mobility
  • ZBook Power G8: Upgraded performance for light rendering & simulation
  • ZBook Studio G8: Powerful performance for heavy 3D workflows
  • ZBook Fury G8: Top-of-the-line performance suited to intensive 3D workflows and rendering

From data analysis to real-time rendering to 3D visualization, Z Workstations are ideal for rugged manufacturing design and production workflows. They’re built on decades of innovation from HP and hundreds of thousands of hours of testing to ensure that each workstation offers powerful performance across visualizations, ray tracing, and real-time data analysis.

Graphic Representation

Z by HP features high-end graphics that allow users to render and animate in real-time with NVIDIA RTX™ professional, NVIDIA GeForce RTC™ or AMD Radeon™ Pro graphics. The processors provide detail, speed, and application-specific features to enable complex design modeling, dataset management, and visual effects.

Processing Power

Each workstation boasts high-frequency performance with the latest generation Intel® Zeon® and Intel® Core™, including K-Series and vPro® processors that effortlessly run demanding applications like Adobe Premier Pro, SOLIDWORKS, and Autodesk. No matter the application, Z by HP offers an easy way for operators to run continuous manufacturing and design processes.

Internal Memory

These tools allow users to run their largest applications simultaneously and save time with up to 128GB RAM on Z laptops and up to 1.5TB of RAM on Z desktops.

Additionally, Z Workstations can coordinate and connect with HP ZCentral Remote Boost collaboration software. These allow users to access Z Workstation power through any remote endpoint or workstation in the field.

Novastar’s Solutions for Automotive Design Efficiency

HP solutions provide manufacturing teams with the tools they need to deliver building information modeling, 3D modeling, and CAD projects quickly and reliably. Of course, hardware and software selection are only the first step in a strong asset management program. Manufacturers may need additional support to deploy and maintain new hardware over each device’s lifecycle, a time-intensive process that nevertheless plays a significant role in hardware ROI over time.

Novastar provides comprehensive support across HP hardware selection, acquisition, IT asset management, and asset tracking. Our team will help you select the perfect HP Workstation for your business needs, and also help uninstall old equipment, refurbish old parts, redeploy new solutions, and ensure every workstation is configured correctly. All of this creates an efficient, reliable system where disparate teams of employees can maximize their productivity. 

While it’s essential to select the right hardware, our partnership-based approach to IT is what drives long-term success. Automotive manufacturers will get the maximum ROI by working with a partner who understands the need for expertise in product design, software management, and engineering at every level of automotive development.

Contact us for expert guidance on HP Workstations.

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Join us at the Automotive Testing Expo 2022 October 25 – 27

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Endpoint Security Considerations for Manufacturing

Filed Under: Novastar Blog Tagged With: CAD, HP, IT, ITAM, novastar

Join us at the Automotive Testing Expo 2022 October 25 – 27

October 3, 2022 By Novastar

Novastar solutions will be at the annual Automotive Testing Expo in Novi, Michigan, October 25 – 27. We invite you to visit us at Booth 7048!

With over 280 exhibitors, Automotive Testing Expo is the leading international show for every aspect of automotive testing, development, and validation technologies.

Visitors will see the most up-to-date technologies in ADAS and autonomous vehicle testing, NVH measurement tools, test rigs, simulation packages, durability testing technologies, crash testing, dynamometers, emission measurement systems and dynamic assessment tools, as well as countless service providers such as proving grounds and test facilities.

Save the date & visit our booth!

Register

Event: Automotive Testing Expo 2022
When: October 25-27, 2022
Where: Suburban Collection Showplace, 46100 Grand River Ave., Novi, MI


See How Novastar and HP Transform the Way Automotive Testing Suppliers Work

From calibration services to design and engineering software, engineering workstations, and 3D printers, Novastar delivers emerging technologies and services that are transforming the world of automotive vehicle testing and validation. We understand that today’s self-driving, electric/hybrid, and vehicle-to-everything (V2X) revolution can’t be accomplished without reliably researching, designing, testing, and manufacturing the best products possible.

That’s why we’re an HP Amplify Power Partner and one of the largest volume resellers of HP workstations, with a long-term, close relationship with HP. As a service provider and system integrator with HP’s Enterprise Group offerings, we supply best-in-class tools for our customers’ success in the product development lifecycle. Ask us about our line of HP high-performance Z workstations and business PCs specifically designed for autonomous and electric/hybrid vehicle testing and validation.

Register
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3D PRINT WORKFLOW DEMO DAY TUE SEPT 27

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High-Powered Processing: Choosing the Right Workstations for Manufacturing

Filed Under: Novastar Blog, Novastar News

3D PRINT WORKFLOW DEMO DAY TUE SEPT 27

September 20, 2022 By Novastar

Register for Demonstrations and Consultations for every step of the HP 3D Printing Process–from concept to ready-to-use parts and assemblies.

Tuesday, September 27, 2022 | 10:00am – 2:00pm
12901 Newburgh Rd. Livonia, MI 48150

Lunch will be provided.

Register Now

Event Highlights

Multiple vendors will be on site displaying technologies that support and enhance HP MJF 3D Printing and parts finishing for manufacturing.

Scan to CAD to Print by Forerunner 3D

The FARO laser ScanArm captures extreme measurement detail on complicated parts, providing the most precise 3D imaging and realization technologies for manufacturing.

Plastic Welding by Extol

Plastic staking is quick and inexpensive, eliminates fasteners, and can join dissimilar materials. This welding method uses a molded stud to mechanically retain a mating component.

Forerunner 3D

Cerakote is a polymer-ceramic composite coating that can be applied to 3D printed parts in a huge variety of colors and gloss levels. Cerakote boasts impressive chemical, thermal, and scratch resistance properties.

Materialise HP Bundle

The HP Materialise alliance optimizes the 3D printing workflow for HP Multi Jet Fusion Technology. Fix errors, hollow parts, perform advanced cuts and automatically add connector pins, check part dimensions and much more.

NovaTumble & NovaBlast by Novastar

NovaTumble and NovaBlast is an automated post-processing depowdering solution. Works on difficult geometries, thru-holes, and blind holes. Reduces labor 60 – 90%.


Join us and see for yourself how HP Jet Fusion 3D Print is transforming manufacturing.

Register Now
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MEDC $25K Grants Available for Adoption of Additive Manufacturing

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Join us at the Automotive Testing Expo 2022 October 25 – 27

Filed Under: Novastar News Tagged With: 3D Printing, CAD, Dassault, Demo center, HP, Industrial 3D printing, Materialise, multi jet fusion, novastar

MEDC $25K Grants Available for Adoption of Additive Manufacturing

August 8, 2022 By Novastar

The Michigan Economic Development Corporation (MEDC) Industry 4.0 grant program provides 50% reimbursement for qualifying Industry 4.0 technology costs up to $25,000.

Adopting Industry 4.0 technologies is critical to the success and growth of Michigan’s Small and Midsized Businesses. For example, many Michigan manufacturers are eager to integrate 3D printing into their manufacturing processes. For some small manufacturers, however, the cost of industrial 3D printers is an obstacle.

In recognition of the vital role of 3D printing technology in the future of manufacturing, the $3 million MEDC’s Industry 4.0 Technology Implementation Grant Program specifically includes 3D printers. 

Michigan manufacturers as defined by NAICS code and classified as a small business by the Small Business Administration may now apply for co-funding a 3D printer  purchase through the Michigan Economic Development Corporation (MEDC) Industry 4.0 Grant Program up to 50% of the cost with a cap of $25K. (See below for full Eligibility Guidelines.) 

.As of July 29, 2022, twenty-three small manufacturers in Michigan were awarded a total of nearly $500,000 to help them adopt Industry 4.0 technologies. The amount of increased revenue as a result of implementing these technologies will be approximately $29.9 million, with an estimated 93 jobs created and 283 jobs retained.

Apply for MEDC’s Industry 4.0 Grant and Be Part of Manufacturing’s Next Industrial Revolution

MEDC grants will be reimbursement-based and will cover up to 50% of eligible technologies, with an emphasis on additive manufacturing, AI, and robotics/automation.   

By supporting local partners and communities through these regional grants, we are strengthening our state’s leadership in advanced manufacturing and the entrepreneurship and jobs this innovative sector supports for years to come.

– Quentin Messer Jr., CEO of MEDC and President and Chair of the Michigan Strategic Fund (MSF) Board

Grant applications will be accepted on a rolling basis until all funds are allocated.

Eligibility Guidelines

  1. Companies must be a manufacturer, as defined by NAICS code
  2. Proposed project must take place at a Michigan manufacturing facility. Awarded companies will be required to provide a current certificate of good standing from the Michigan Department of Licensing and Regulatory Affairs. 
  3. Companies must be classified as a small business by the Small Business Administration: https://www.sba.gov/federal-contracting/contracting-guide/size-standards
  4. Companies must complete an I4.0 Technology Assessment by the MMTC prior to award OR provide documentation of an executed strategy for determining which technology to implement
  5. Companies must be an Essential Member with Automation Alley (free) or be an existing Automation Alley member. For more information visit: https://www.essentialmembership.automationalley.com

Program Elements

Visit https://www.michiganbusiness.org/industry4-0/grant/

Application

The grant application is now open and can be accessed by clicking on the button below. For questions regarding the grant program, please contact your regional I4.0 grant administrator. 

Apply Now

NOVASTAR SOLUTIONS – YOUR PARTNER IN ADOPTING HP 3D PRINT TECHNOLOGY

Novastar Solutions sells and services HP 3D Printing technology in Livonia MI.  We are making our Michigan prospects and customers aware of the MEDCIndustry 4.0 technology grant program to assist them in their journey towards adopting additive manufacturing.

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HP 3D Print Open House: Manufacturing Possibilities

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3D PRINT WORKFLOW DEMO DAY TUE SEPT 27

Filed Under: Novastar Blog

HP 3D Print Open House: Manufacturing Possibilities

July 25, 2022 By Novastar

Tuesday, August 23, 2022 from 10:00 AM to 2:00 PM EDT

Novastar HP 3D Demo Center | 12901 Newburgh Rd. | Livonia, MI 48150

Join Novastar for lunch and a technical presentation on Manufacturing Possibilities with 3D Print. We’ll discuss materials available for industrial Jet Fusion Printing, showcase design optimizations, provide information on cost benefits, and much more.

Register Today
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Enhancing Automation with 3D Print Technology – HP3D Open House

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MEDC $25K Grants Available for Adoption of Additive Manufacturing

Filed Under: Novastar News

Enhancing Automation with 3D Print Technology – HP3D Open House

May 27, 2022 By Novastar

Wednesday, June 15, 2022 from 10:00 AM to 2:00 PM EDT

Novastar HP 3D Demo Center | 12901 Newburgh Rd.| Livonia, MI 48150

Join Novastar for lunch and a technical presentation on Enhancing Automation with 3D Print. We’ll discuss materials available for industrial MJF, showcase design optimizations, provide information on cost benefits, and much more.

Register

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Leveraging Additive Manufacturing in Mobility Product Development & Manufacturing

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HP 3D Print Open House: Manufacturing Possibilities

Filed Under: Novastar News

Automotive Applications for Additive Manufacturing – HP 3D Open House

April 11, 2022 By Novastar

Thursday, April 21st, 2022

10:00am – 2:00pm

12901 Newburgh Rd. Livonia, MI. 48150

Register Today

We invite you to meet Michigan’s top 3D experts at Novastar’s HP3D Print OPEN HOUSE.

See the latest automotive applications achieved with HP3D.

Consult with our application engineers on your specific needs.

Reinvent how you prototype and produce functional parts.

Lunch will be provided.

Want to 3D print a benchmark part?

Bring your design and consult with our application engineers.


Sample Case Studies

Soft & Flexible Products

TPU lattice designs are excellent for impact resistance, soft-touch tooling, or variable durometers for applications such as seating.

Design Complexity is Free

Optimize designs and achieve organic shapes that would not be possible with traditional manufacturing methods.

Unconventional Wins

This suspension coil isolator reduced weight and material use, eliminated the need for adhesive, and reduced labor times, resulting in significant cost reduction.

Jigs / Fixtures / Nesting

Manufacturing and assembly aids can be produced quickly while reducing labor and material waste.

Easily achieve complex geometries and Class-A safe nesting.

Body-in-White / Production Intent

Execute multiple design iterations at the same time and accelerate product development cycles.


These are just a small sample of the applications we will be showcasing during the event. We look forward to seeing you there.

Register Today

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HP 3D Printer Open House & Design for Additive Manufacturing Workshop

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Leveraging Additive Manufacturing in Mobility Product Development & Manufacturing

Filed Under: Novastar News

HP 3D Printer Open House & Design for Additive Manufacturing Workshop

March 2, 2022 By Novastar

Tuesday, March 8th, 2022: 10:00am – 2:00pm

12901 Newburgh Rd. Livonia, MI. 48150

Join us for lunch and a technical discussion on Designing for Additive Manufacturing, and how HP 3D Printers compare to other technologies in this field. Hundreds of sample parts will be on display to illustrate what can be achieved through design, and the printers will be running to showcase the production process.

Lunch will be provided.

Register Today

Special Guest Aaron DeLong, HP 3D Application Engineer

Topics Include:

  • Overview of different Additive Manufacturing technologies
  • Design for optimal function, free of traditional manufacturing constraints
  • Leverage HP 3D additive manufacturing to optimize your application
  • Replace many parts in an assembly with one part
  • Reduce material waste
  • Mass customization
  • Complexity is free
  • Q & A Session

Selecting the right material for your application is crucial. During the workshop learn how to manipulate the following materials through design to achieve your desired part performance.

  • PA11
  • PA12
  • PA12 Glass Bead
  • TPU
  • TPA
  • Polypropylene

Register Today


RELATED READING:

Exploring the New Mindset for Designing for Additive Manufacturing

Read More

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Exploring the New Mindset for Designing for Additive Manufacturing

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Automotive Applications for Additive Manufacturing – HP 3D Open House

Filed Under: Novastar News

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Novastar, headquartered in Livonia, MI works with companies to support their R&D, engineering, design, prototype, test, and manufacturing with best-in-class IT Products & Services, Farsoon 3D Printers, and test instrument Calibration Services.

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