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Novastar Calibration: A2LA Accreditation for Calibrating Primary Electrical Standards

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Novastar is proud to announce our A2LA Accreditation for Calibrating Primary Electrical Standards—bringing you a new level of confidence, precision, and performance. When it comes to your most critical measurement assets, accuracy isn’t optional. Our accredited primary calibration services deliver exceptionally low measurement uncertainties, ensuring your standards are verified with the highest level of reliability. What this means for you:

  • Greater Confidence – Trust your most important measurements with accredited, high-precision calibration
  • Stronger Performance – Improved accuracy across your entire calibration program
  • Faster Turnaround – Industry-leading one-week service to keep your operations moving

This accreditation doesn’t just enhance a single service—it elevates the strength and consistency of everything we do. Partner with Novastar to consolidate your needs and experience calibration at a higher standard.

Learn More Here
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Novastar Calibration: Expanding to Gas Flow Calibration

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Novastar is pleased to announce we have expanded our ISO/IEC 17025:2017 A2LA accredited scope to include gas flow calibration. Effective immediately, we can support the following ranges:

Parameter/EquipmentRangeCMC (±)Comments
Gas Flow – Measure(10 to 100) sccm
(100 to 1000) sccm
(3 to 100) slm		0.30%
0.27%
0.0021slm/sIm + 0.084 slm		Molbox2 System

This new capability comes with the same service you expect from Novastar, including our standard one-week turnaround time and free pickup and delivery.

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Novastar Now Offering Metal 3D Printing Service

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3D Printing Service, Additive Manufacturing, Service Bureau, Contract Manufacturing. Regardless of what nomenclature you prefer, Novastar Solutions can produce end-use parts from your CAD data.

We are currently providing Contract Manufacturing with our Farsoon 301M-2 in non-ferrous, Stainless 316. This dual-laser system welds powdered metal in 50-micron layers to 3D print parts in a process that is typically stronger and more fatigue resistant than a casting process, in a fraction of the time. Additive manufacturing also provides the opportunity to produce geometries or cavities that would be difficult or impossible with traditional manufacturing.

Our production process starts with a design review from our Additive Manufacturing Specialists and Application Engineer to ensure your files are optimized for the 3D printing process. We like to identify critical features, surfaces, and tolerances critical to the success of your designs. Once the design review has been completed, we can provide a quote for pricing and production timing.

If you would like to begin the review process, or simply make an inquiry please contact us at info@novastar.net to begin the conversation. We look forward to helping your prototype, pre-production, bridge manufacturing, or production process a success.

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Novastar Calibration: MasterScanner Acquisition to Expand Inspection Capabilities

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Novastar Calibration has acquired a MasterScanner to expand our capabilities of inspection for all thread parameters. The high resolution and excellent measurement uncertainty make it the ideal instrument for a wide variety of gauge plugs, thread ring gauges, plain rings and plugs. Specifications include:

  • External Measurements: 1.0 – 150mm
  • Internal Measurements: 2.5 – 160mm
  • Max. Scan Range: 60mm
  • Min. Pitch: 0.1mm
  • Resolution 0.01 μm

We appreciate every opportunity to earn your business!

Contact Us
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Additive Manufacturing Open House – Farsoon Technologies

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Thursday, February 22nd | 10:00am – 2:00pm
12901 Newburgh Rd. | Livonia, MI. 48150

It’s no secret that Additive Manufacturing has been established as a game changer for some of the largest organizations in Automotive, Medical, Manufacturing, Consumer Goods and so much more.

AGENDA:

  • 10:00am – 12:00pm – Coffee, Snacks, Applications & Materials Review
  • 11:45am – 12:30pm – Lunch & Special Presentation by BASF
  • 12:30pm – 1:30pm – Special Metal Presentation by Farsoon
  • 1:30pm – 2:00pm – Q&A with Additive Manufacturing Specialists

You are welcome to invite guests but please have them register independently so we have an accurate head count for lunch.

Register Now

Special Guest Presentations

Making Products Better: BASF Additive Manufacturing

Todd McInally,
Head of Technologies NA

Join us for a special guest presentation on BASF Additive Materials and the chemistry behind them that helps make additive products even better.

The presentation will include use cases for:

  • TPU’s – Urethane Chemistry
  • PA11’s – Nylon Chemistry
  • PP – Polyolefin Chemistry
  • Ultrasim Simulation and Design
  • Ultracur Coat+ Flexible Coatings

Current and Future Technologies Integration in the Metal AM Space:

Sean McCluskey
Additive Subject Matter Expert

Following BASF will be Sean McCluskey from Farsoon covering topics such as:

  • State of AM in today’s market
  • Expected software innovations
  • Expected hardware innovations
  • Implications to market adoption, part cost, and further development

Turbine Cooling Test Bed

During the Open House you can review this impressive Turbine Cooling Test Bed printed in Titanium on the FS421M.

Part dimensions are:

14.37″ x 14.37″ x 12.6″

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Meet Don Xu!

Don Xu
Managing Director,
Farsoon Americas

Don Xu, is a board member and deputy general manager of Farsoon Technologies, Managing Director of Farsoon Americas, where he leads the Farsoon Americas Team on Strategy, business build-up, technical sales and marketing. Don enjoys many years of experience in project management and technical 3D modeling in design industry, holds a Master-degree with exceptional honors in Design from University of Texas, Austin. Since 2014, Don has built Farsoon Global Business Group from ground-up, work closely with our global partners from material, software, optics, control and service, for a more connected and capable AM eco-system with Farsoon’s philosophy “Open for Industry”. This highly-efficient network ensures our customers with faster, best-in-class communication and service on Farsoon additive machines.

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HP 3D Additive Manufacturing

When it comes to additive manufacturing it is hard to rival the throughput of HP’s Industrial 3D Printers.

HP 5200 Series

HP 5200 Series

The HP 5200 Series is the flagship of the HP line providing parts with excellent strength, surface resolution, and unrivaled throughput. Join us to learn how some of the biggest names in manufacturing have leveraged this technology.

HP 5240W

HP 5240W

The HP 5240 prints vibrant, ultra-white parts that will not yellow over time like other additive technologies.

These parts can easily be dyed any color and are perfect for consumer goods, and healthcare applications.

Never been to a Novastar Open House before?

Here’s what to expect:

  • No pressure, come as you are. Stay as little or as long as you like.
  • Novice to advanced; consult with experts to have your questions answered.
  • See hundreds of sample parts, applications, and 3D printing in real time.
  • Grab a free meal on us and network with other industry professionals.
Register Now
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Additive Manufacturing Open House

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Thursday, November 2nd, 2023: 10:00am – 2:00pm
12901 Newburgh Rd. Livonia, MI. 48150

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Large-Format Metal 3D Printing You Have to See

In-line Tube Shell Heat Exchanger

  • Material: Aluminum
  • System: FS421M-2
  • Size: 16.2″ x 16.2″ x 15″

We will have this impressive heat exchanger on hand during the Open House. Swing by to learn more about economical large-format metal printing solutions.

Introducing Farsoon Technologies

We have received many inquiries about solutions to print in metal and high-temp polymers. We are happy to announce that Novastar now has those offerings through a new partnership with Farsoon Technologies. Farsoon manufactures a full line of both metal and polymer SLS 3D Printers that are open platform and work with a wide range of materials. Join us on the 2nd to learn more about these new offerings from Novastar.

AGENDA:

  • 10:00am – 12:00pm – Coffee, Snacks, Applications & Materials Review
  • 12:00pm – 12:45pm – Lunch & Networking
  • 12:45pm – 2:00pm – Consultations with Additive Specialists

You are welcome to invite guests but please have them register independently so we have an accurate head count for lunch.

Register Now

A Solution for Each Project and Budget

Farsoon Metal Printers

Metal Machine build envelopes range from
4.7″ x 4.7″ x 3.9″ (86 cu. in.)
up to 24.4″ x 24.4″ x 43.3″ (25,779 cu. in.)

The broad portfolio of metal materials include:

  • Ti6Al-4V – Titanium Alloy
  • TA15 – Titanium Alloy
  • AlSi10Mg – Aluminum Alloy
  • HX – Nickel Inconel Alloy
  • IN625 – Nickel Inconel Alloy
  • IN718 – Nickel Inconel Alloy
  • 18Ni300 – Marging Steel Gr 300
  • 316L – Stainless Steel
  • 420 – Stainless Steel
  • 15-5PH – Stainless Steel
  • 17-4PH – Stainless Steel
  • CoCrMo – Cobalt Chrome Alloy
  • CoCrMoW – Cobalt Chrome Alloy
  • CuSn10 – Copper-tin Alloy

Farsoon Polymer Printers

Polymer Machine build envelopes range from
10″ x 10″ x 12.6″ (1,260 cu. in.)
up to 39″ x 19.7″ x 17.7″ (13,599 cu. in.)

The broad portfolio of polymer materials include:

  • FS3300PA – PA12
  • FS3401GB – PA12 Glass Bead
  • FS3250MF – PA12 Mineral Fiber
  • FS4100PA – PA11
  • FS3300PA-F – PA12
  • FS3201PA-F – PA12
  • FS3401GB-F – PA12 Glass Bead
  • FS3150CF – PA12 Carbon Fiber
  • Ultrasint PA11 ESD – ESD Additive
  • Ultrasint PA11 CF – Carbon Fiber
  • PPP 371/80004 – Thermoset
  • Ultrasint PP – Polypropylene
  • FS1088A – TPU
  • FS1092A – TPU
  • Ultrasint 88A – TPU
  • Luvosint X92A – TPU
  • Infiniam 8008 – TPC
  • PK 5000 – Polyketone
  • FS6140GF – PA6 Glass Filled
  • Ultrasint PA6 – PA6
  • Ultrasint PA6MF – PA6 Mineral Fiber
  • FS8100PPS-GF – PPS Glass Filled
  • Toraymill PPS – PPS

HP Additive Manufacturing

HP 5200 Series

The HP 5200 Series is the flagship of the HP line providing parts with excellent strength, surface resolution, and unrivaled throughput.

HP 5240W

The HP 5240 prints vibrant, ultra-white parts that will not yellow over time like other additive technologies.

These parts can easily be dyed any color and are perfect for consumer goods, and healthcare applications.

Coming Soon!

A new HP Product release is right around the corner. Stop by the Open House to speak with Additive Manufacturing Specialists from Novastar to learn more.

Register Now
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HP 3D Open House – Applying Additive to Serial Production

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April 27th, 2023 10:00am – 2:00pm
Novastar 3D Print Demo Center | 12901 Newburgh Rd. Livonia, MI 48150

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There is a common mindset that additive manufacturing is for prototyping, but certain technologies can be leveraged for bridge production and full production environments. Join us on the 27th to view live printing, hundreds of sample parts, and learn from industry experts.

Guest Speaker: Harold Sears

  • 30+ Years at Ford
  • Technical Specialist, Manager, and Leader in Additive Manufacturing Program
  • 2015 AMUG DINO Award Recipient

After retiring from Ford, Harold has founded a consulting business, Imagine Additive Consulting, where he advises clients on strategies to implement additive processes into their manufacturing solutions. He is passionate about technology and driving efficiency from prototype to production.

The presentation will be followed by an interactive Q&A session to answer any questions that may come up during the presentation. We look forward to seeing you on the 27th!

Produce Ultra-White Parts Like Never Before

  • Take an opportunity to review sample parts from HP’s new 5420W
  • Parts are solid-white to the core
  • HP’s unique ultra-white material will not yellow over time
  • Gain post-processing freedom with parts that enable more vibrant colors
Register Now

What are the main benefits of HP 3D Industrial Printers?

  1. Surface Resolution – No layer-lines found in most 3D printing technologies. Parts don’t appear to be additively manufactured.
  2. Part Strength – The Z axis maintains 95% of the strength as the X and Y axis and produces air and water tight parts.
  3. Through-put – The combination of quick print times, multiple build units, and natural cooling units can produce parts in unrivaled quantities.
Register Now
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Announcing the Ultimate Resource for Jet Fusion 3D Printing in the Automotive Industry

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We are pleased to announce the launch of the latest addition to the Novastar Solutions website,  a comprehensive Resource Page devoted to applications of Additive Manufacturing (also called 3D printing) in the Automotive and Mobility Sector. 

Our vision for the HP 3D Print for Automotive Resource Page is to provide users easy access to essential information related to Multi Jet Fusion for the automotive industry. Discover the latest technologies, best practices, and case studies on how 3D printing is shaping the future of automotive manufacturing. See examples of strong and durable plastic automotive parts printed with HP’s powder jet fusion technology. Watch webinars and see real-life applications.

We believe this page will serve as a valuable tool for professionals seeking to stay informed and up-to-date on the latest developments in the field.

Please visit https://www.novastar.net/hp-3d-print-for-automotive/ to access the resource page.

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Novastar HP 3D Print Open House – Customer Success Story

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Thursday, January 26, 2023 | 10:00am – 2:00pm
Novastar 3D Print Demo Center | 12901 Newburgh Rd. Livonia, MI 48150

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Why One Detroit-Area OEM Chose HP Multi Jet Fusion as Their Additive Manufacturing Solution

Presentation by Wagon Wills, Chief Engineer at Gonzalez Production Systems

Three years ago, Gonzalez Production Systems began a competitive analysis for the right additive manufacturing to fit their needs. They considered SLM, Binder Jetting, SLA, FDM/FFF, and Multi Jet Fusion. After evaluating cost and performance attributes (stiffness, strength, precision/dimensional stability, toughness, wear, corrosion resistance, and more), the HP 5200 came out on top.

Get the inside scoop as Chief Engineer Wagon Wills discusses exactly why Gonzalez chose HP’s 5200 Series 3D printer to meet their production needs. Learn about Gonzalez’s experience with the installation of their printer and the impact of implementing this additive manufacturing technology at their facility.

Lunch will be provided.

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

Register Now
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2023 Tech Trends in Higher Education

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Colleges and universities are moving past the restrictions imposed by the pandemic into a world that offers more freedom to shape to our desires and expectations. In the education sector, schools no longer have to stay remote, but continue to seek options for offering remote and hybrid options to their student populations. There are external factors that are pushing how education technology will change in 2023, along with internal shifts in culture that continue to shape higher ed technology.

Read on for some insights from our team about big tech trends in the higher education space for the coming year.

Keep Investing in Cybersecurity for Higher Ed

Higher ed institutions are at the top of the target list for cybercriminals. They tend to be less prepared than organizations across other sectors to handle cybersecurity incidents, with outdated infrastructure and slow investments into new technology.

Universities manage large volumes of valuable data on students and research, and that data is an easy and profitable target. Education and research institutions were targeted by cyberattacks an average of 1,065 times per week in 2021—and that number continues to. In response to these risks, we’re seeing a shift in culture and technology to be better aware of and prepared for security breaches.

Technologically, most institutions are investing more heavily in software upgrades, security monitoring support, and newer devices. Some newer models of laptops and desktops have security measures built into their hardware. HP, for example, continues to offer new developments in HP Wolf Pro Security, mainly using hardware-enforced threat containment that’s built into the motherboard with micro-virtual machines. With these micro-VMs, applications and webpages are kept isolated from each other; meaning that if a file contains malware, it’s trapped and destroyed before it can infect the rest of the computer or other endpoint.

But a large portion of cyberattacks occur because of user error. A student or faculty member may open a bad email link, or an administrative employee might use the same password for all of their important accounts. This is why education in cybersecurity is an essential part of the equation: all users on a university’s network need to be comfortable using multi-factor authentication (MFA), and competent in managing their passwords and documents.

Many Students, Faculty, and Office Workers are Staying Remote

While many institutions have gone back to in-person instruction, hybrid and remote options for work and study are here to stay. It’s a smart move for universities to continue investing in these options, particularly for attracting top-notch faculty and admin, since offering flexible work options can attract a wider pool of talent.

While classroom instruction, research, and back-office operations have different needs and systems, there are a few elements that they have in common when it comes to hybrid work.

  • Investing in more cloud-based services. Cloud services are essential for collaborating on, sharing, and securely storing documents when users aren’t all working from the same location or server.
  • Expand the fleet of collaborative software. It’s becoming easier to customize Zoom, Microsoft Teams, and other conferencing platforms to suit an institution’s unique needs. Various tools can also be integrated with productivity tools like Slack, Asana, and Notion. In many ways, hybrid tools are making communication more thorough, efficient, and equitable in-person interactions.
  • VPN and MFA support. For any collaboration, it’s important that organizations offer secure ways to access and share work. Virtual Private Networks (VPNs) offer an added layer of security for endpoints outside of a centralized office, so many companies are making VPNs a requirement. Multi-factor authentication (MFA) is another layer of security that ensures shared drives are securely locked down.

Save Money in the Long Run

Upgrades to security and hybrid work systems require investment up-front in both time and money. But investing in modern, reliable, and secure systems that support faculty, staff, and students help create a healthy work environment that retains top talent. Further, because cyberattacks can be astronomically expensive to recover from, these investments are strategic and wise for the money that they’ll save..  

We recommend that universities partner with endpoint device specialists to support their existing IT teams, rather than burdening the IT department with work that’s outside of their daily scope. Specialists will help higher ed institutions make strategic upgrades within their budget, guiding them to the right combination of devices, software, infrastructure, and services to maximize productivity and communication, and minimize the risk of losing data or succumbing to cyberattacks.

At Novastar, we’re experts in creating singular, centralized ways to manage each and every device in your ecosystem. Higher education institutions need support in reducing complexity and establishing ongoing maintenance routines. Doing so ensures that you stay on top  of emerging issues rather than putting out fires or missing out on opportunities that arise.

Get proactive about device lifecycle management in the new year 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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