Sager Electronics

11/09/2026

A cooling solution can meet the technical requirements on paper and still need a little more work before it's ready for the application.

Consider a piece of industrial equipment with limited installation space, specific mounting requirements, or an electrical configuration that calls for more than an off-the-shelf fan.

The challenge isn't necessarily finding a different cooling technology. Sometimes, it's adapting the right one to work within the larger system.

That's where value-added capabilities can make a meaningful difference.

As a certified Value-Added Reseller (VAR) for ebm-papst, Sager Electronics combines access to advanced air-moving technologies with technical expertise and custom solution capabilities to help customers address application-specific requirements.

Rather than approaching thermal management as a standalone component decision, our team can help bridge the gap between product selection and practical system integration.

Because finding the right cooling solution is important. Making it work for your application is what comes next.

🔗 Explore Sager's ebm-papst Certified VAR solutions and discover how our team can support your thermal management needs: https://vist.ly/5s3tw

As a certified ebm-papst VAR, Sager is trained and qualified by our suppliers’ factories.

10/31/2026

A system's normal power requirements don't always tell the whole story.

Consider an industrial application where a motor or other demanding load needs a brief surge of power during startup. Under normal operating conditions, its power requirements may be relatively modest. But for those critical moments, the demand can increase significantly.

It's one of the reasons power supply selection involves more than matching a component's continuous output rating to the equipment it supports.

Engineers must also consider transient loads, available installation space, efficiency, and the environmental conditions in which the system will operate.

明緯 MEAN WELL's XDR Flagship Series is designed to address these challenges with ultra-slim DIN rail power supplies featuring 200% peak power capability, 600% transient peak current support, and high-efficiency operation across a range of industrial power requirements.

With models spanning 75W to 960W, the series offers engineers additional flexibility when balancing power performance, space constraints, and system reliability.

Explore the engineering capabilities behind MEAN WELL's XDR Flagship Series through Sager Electronics: https://vist.ly/5qtzn

10/30/2026

Imagine a life science instrument designed to analyze samples with exceptional precision. Inside, a high-power motor may be working alongside a sensitive, low-voltage sensor—each performing a different function, each relying on electrical power to do its job.

But what works for one subsystem may not work for the other.

As life science instrumentation evolves to deliver higher analytical resolution, faster processing, and more compact designs, engineers face the challenge of supporting these different electrical requirements within a single system.

And power supply selection isn't just about delivering the correct voltage. Electrical noise, electromagnetic interference (EMI), safety requirements, and regulatory compliance can all influence the performance and design of the finished instrument.

That's why power architecture deserves attention early in the development process.

Our latest whitepaper explores how Advanced Energy's medical power solutions, spanning AC-DC front ends to DC-DC modules, help engineers address the complex power requirements of modern life science instrumentation.

⚡ Discover the considerations behind powering increasingly sophisticated instruments through Sager Electronics: https://vist.ly/5qpjr

10/22/2026

The right thermal solution is only part of the equation. The right partners matter just as much.

In medical device manufacturing, selecting a fan, blower, or thermal interface material involves much more than evaluating performance specifications and price.

What happens when a component requires updated documentation? When product revisions need to be tracked? Or when supply disruptions threaten production schedules?

These considerations can have consequences well beyond the initial design, making supplier selection an important part of long-term product reliability and manufacturing continuity.

In his latest article for Electronics Sourcing North America, Aldo Guarino, Director of Supplier Marketing at Sager Electronics, explores why medical OEMs should look beyond component performance when evaluating thermal manufacturers and distribution partners.

From engineering collaboration and product traceability to regulatory documentation and supply chain support, he examines the capabilities that can help manufacturers navigate complex requirements with greater confidence.

Read Aldo's perspective on selecting thermal partners that support more than the initial purchase.

🔗 https://vist.ly/5phwc

10/21/2026

Two industrial systems can require the same output voltage and power rating—and still call for very different power supply considerations.

One might operate in a temperature-controlled environment with predictable electrical loads. Another could be installed in a crowded enclosure, exposed to fluctuating temperatures, and expected to support equipment running around the clock.

On paper, their electrical requirements might look nearly identical. In practice, the operating environment changes the design conversation.

Thermal management, load behavior, installation conditions, and available operating margins can all influence which power solution is appropriate for an application.

It's an important reminder that reliability isn't determined by a single specification. It comes from understanding how a component will perform as part of the complete system.

Bel Power Solutions' industrial portfolio is designed for demanding applications and environments, supporting engineers as they navigate these real-world requirements.

Explore Bel's industrial power solutions through Sager Electronics.

🔗https://vist.ly/5pe4m

10/20/2026

What does progress sound like inside an AI data center?

As AI workloads grow more demanding, servers generate more heat, racks become denser, and cooling systems are expected to work harder than ever.

But moving more air comes with a challenge that isn't always reflected in thermal performance specifications: noise.

And it's not just about how loud a fan is. The character of the sound matters, too. Certain frequencies can make a fan more disruptive to the people working nearby, even when its overall decibel level is relatively low.

Traditional approaches to reducing noise, such as acoustic insulation and intake filters, can also restrict airflow, potentially forcing fans to work harder to maintain cooling performance.

So how can engineers address both challenges without sacrificing one for the other?

Our latest whitepaper explores how ebm-papst technologies, including DiaForce fans and FlowGrid air inlet grilles, are helping rethink the relationship between airflow, efficiency, and acoustic performance in AI-era data centers.

🔗 Discover the engineering behind quieter, high-performance rack cooling with solutions available through Sager Electronics: https://vist.ly/5p9fc

10/20/2026

A few steps can go a long way when we walk together for a cause that matters. ❤️

About a month ago, eight Sager Electronics team members—and one four-legged companion 🐾—joined more than 100 colleagues from the TTI IP&E - Americas Family of Specialists at the American Heart Association Heart Walk in Fort Worth.

Together, participants supported an event that raised more than $1M for heart health, with Sager and the TTI Family of Specialists contributing to that collective effort.

We're grateful to everyone who walked, donated, and helped make a difference. A special thank-you to John Favaloro and Reeve Graves for leading Sager's individual fundraising efforts!

10/19/2026

A data center can have extraordinary computing power. But that power still has to reach the processors that need it.

Between the power source and the equipment doing the work lies an entire network of electrical connections and power-distribution components.

Each plays a role that becomes more demanding as AI infrastructure grows: carrying higher currents, accommodating limited space, and helping minimize energy lost as heat along the way.

That last consideration is particularly important. Electrical resistance doesn't just affect power efficiency. It can also contribute to heat generation, adding another challenge in environments where thermal management is already critical.

It's a reminder that the performance of a high-power system depends on more than its most visible components. The infrastructure supporting power delivery deserves just as much attention.

From high-current connectors featuring COEUR technology to space-saving cable assemblies and flexible busbar solutions, Molex offers a broad portfolio designed to address the electrical, mechanical, and thermal demands of next-generation data centers.

Explore how Molex and Sager Electronics are supporting evolving power-distribution requirements across data center and other high-power applications.

🔗 Learn more: https://vist.ly/5p49j

10/16/2026

We’re pleased to share several updates within Marketing Communications that reflect the continued growth and evolution of our team. From recognizing professional growth and evolving responsibilities to welcoming new talent, these developments build on our collective strengths and reinforce our commitment to supporting Sager Electronics, our employees, and our valued supplier partners.

Please join us in congratulating Jennifer and Denisse, and extending a warm welcome to Lindsay. We look forward to the fresh perspectives, continued contributions, and opportunities ahead for our team.

10/16/2026

Great technology is a starting point. What you do with it makes the difference.

Behind every custom solution is a combination of engineering expertise, technical capabilities, and the right technology partners.

At Sager Electronics, our Custom Solutions capabilities help customers address application-specific requirements across power, battery, and thermal technologies—bringing together the resources and expertise needed to move complex designs forward.

Our partnership with Advanced Energy is one example of that approach in action. Through programs like the AE 3×5 Modular Quick-Turn Program, Sager combines configurable power technology with our value-add capabilities to help customers meet their power requirements on demanding timelines.

From individual components to integrated solutions, discover how Sager Custom Solutions helps turn complex requirements into practical results.

🔗 https://vist.ly/5npnt