perma USA
Grease & Gears | perma POWERTALK
09 | 09 | 2026

Grease & Gears | perma POWERTALK

In Episode 3 of perma POWERTALK, host Fred Rittenau sits down with Melissa from the perma USA marketing team to take a step back and explore the fundamentals of industrial lubrication.

Their conversation covers why lubrication matters, where it appears in everyday life, how manual and automatic lubrication differ and how perma single-point lubricators have evolved over time. They also look at the wide range of industries and equipment that depend on reliable lubrication to keep operations moving.

What You’ll Learn in This Episode

  • Why lubrication is essential for reducing friction and equipment wear
  • How industrial lubrication supports equipment reliability and uptime
  • Where lubrication plays a role in everyday products and infrastructure
  • How manual lubrication compares with automatic single-point lubrication
  • The story behind the original perma lubricator
  • How perma’s single-point lubrication systems have evolved
  • Common applications for automatic lubricators
  • Why lubrication consistency matters across industrial facilities

Why Industrial Lubrication Matters

Lubrication plays a simple but critical role: reducing friction between moving components.

When two surfaces move against each other, friction can contribute to wear, heat and eventual equipment damage. Proper lubrication helps create separation between those surfaces and supports smoother, more reliable operation.

In an industrial environment, the impact goes far beyond an individual bearing or lubrication point. If a critical component fails, the resulting downtime can interrupt an entire production process.

Fred and Melissa discuss how reliable lubrication helps support equipment efficiency, reliability and safer maintenance practices across facilities that need to operate consistently.

Lubrication Is Part of Everyday Life

Industrial lubrication is often invisible to the average person, but the equipment that depends on it touches nearly every part of daily life.

The episode highlights examples ranging from mining and manufacturing to data centers, airports, amusement parks and pulp and paper facilities.

Even common products can depend on a long chain of industrial equipment before reaching the end user. Electronics require mined materials and manufacturing. E-commerce depends on packaging, conveyors and distribution systems. Data centers require cooling infrastructure.

Across each of these environments, moving equipment needs to be maintained, and lubrication is one of the basic elements that helps keep those systems operating.

Manual vs. Automatic Lubrication

Many industrial facilities still rely heavily on manual lubrication.

That often means maintenance personnel travel from point to point with a grease gun, applying lubricant across multiple machines and components. Depending on the facility, that can involve a large number of lubrication points and repeated maintenance routes.

Manual lubrication can also introduce variability. Different technicians may apply different amounts of grease, and difficult-to-access points can make consistent lubrication more challenging.

Automatic single-point lubricators provide another approach by delivering controlled amounts of lubricant over a defined period.

Rather than replacing maintenance personnel, automation can reduce repetitive lubrication tasks and give technicians more time to focus on inspections, troubleshooting and other higher-value maintenance work.

That distinction is important for perma’s positioning. Automation supports maintenance teams rather than replacing them.

Improving Lubrication Consistency

Consistency is one of the primary advantages of automatic lubrication.

Instead of allowing a lubrication point to move between periods of excess grease and insufficient lubrication, an automatic lubricator can deliver lubricant in smaller, more consistent amounts over time.

That can help reduce the risk of:

  • Missed lubrication intervals
  • Over-greasing
  • Under-greasing
  • Inconsistent manual application
  • Frequent access to difficult lubrication points

The goal is not simply to automate a task. It is to create a more controlled lubrication process that supports reliable equipment operation.

How perma Got Started

One of the highlights of the episode is the story behind the original perma lubricator.

Melissa describes how the concept began with a German entrepreneur looking for a better way to lubricate equipment in his own operation. Instead of repeatedly stopping to manually apply lubricant, he developed a device that could gradually dispense grease over time using a controlled chemical reaction.

That early concept became the basis for the perma CLASSIC.

While lubrication technology has evolved significantly since then, the original objective remains familiar: provide consistent lubrication while reducing the need for repeated manual application.

From perma CLASSIC to Modern Single-Point Lubrication

Today, perma offers a broader range of single-point lubrication systems designed for different applications, environments and maintenance requirements.

The episode references systems ranging from the long-established perma CLASSIC to newer technologies such as STAR VARIO and ULTRA.

This range allows maintenance teams to select a lubrication approach based on factors such as equipment type, operating conditions, access, lubricant requirements and maintenance goals.

Rather than relying on one system for every application, perma’s portfolio supports lubrication across a wide variety of equipment throughout an industrial facility.

Where Single-Point Lubricators Are Used

Fred discusses the flexibility of automatic lubrication across common industrial equipment, including:

  • Electric motors
  • Bearings
  • Blowers
  • Fans
  • Conveyors
  • Pumps
  • Other rotating equipment

These applications can appear across industries ranging from manufacturing and mining to logistics, food production, pulp and paper and infrastructure.

The same basic lubrication principles apply across many of these environments, even when the equipment and operating conditions are very different.

The Broader Impact of Reliable Lubrication

One of the biggest themes in the episode is how something as simple as lubrication can have an impact far beyond the lubrication point itself.

More consistent lubrication can support equipment reliability, reduce unnecessary maintenance activity and help facilities avoid lubrication-related failures.

Fred and Melissa also discuss how perma case studies demonstrate measurable improvements in maintenance costs and operational efficiency, although the specific results vary by facility and application.

Watch More perma POWERTALK Episodes

perma POWERTALK features conversations with maintenance, reliability and industry professionals about lubrication technology, industrial applications and the challenges facing maintenance teams.

Episode Transcript

Prefer to read along? View the edited transcript of this perma POWERTALK conversation below.

Edited Transcript

Fred Rittenau:
Welcome back to another episode of perma POWERTALK. I’m your host, Fred Rittenau, a Regional Sales Manager here in the Charlotte area.

Today I have the honor of talking with Melissa, who is part of our marketing department here at perma USA. Melissa, welcome to the show.

Melissa:
Thank you. Happy to be here.

Fred:
I’m excited for this conversation because we’re going to take a step back and look at the industry, what perma is as a whole and how we serve so many different industries and applications.

You and I started around the same time, with you joining shortly before I did. What were your initial thoughts about perma, and how has your understanding changed now that you’ve been here for several months?

Melissa:
It’s been really interesting because I knew absolutely nothing about this industry going in.

When I was preparing for my interview, I started looking up perma USA, single-point lubricators and industrial lubrication and just worked my way down that rabbit hole.

You don’t realize how much of an impact lubrication has on everyday life because you rarely see it.

You pick up your phone, and some of the materials inside that phone came from mining. Mining equipment needs lubrication.

Data centers keep the internet running. Data centers need cooling, and cooling systems have equipment that needs lubrication.

Manufacturing also depends on lubrication. It goes on and on.

Even something like the elevator you take to your office has moving equipment that needs lubrication.

It’s interesting to see something that is both so essential and so universal even though most people never think about it.

Fred:
I had a similar experience when I joined perma.

I started noticing things I never paid attention to before. You see quarries along the road, for example, and before working here I probably would have driven right past without realizing what was there.

Once you understand the industry, you start seeing how many everyday products and processes involve equipment where perma solutions could potentially be used.

Think about e-commerce. We’ve all become accustomed to fast shipping.

Even the boxes those products arrive in come from pulp and paper facilities, and those plants have a tremendous amount of rotating equipment that requires lubrication.

So today we’re going to take a step back and talk about what perma does, how lubrication supports different industries and where our products fit.

Fred:
From an “unsung hero” standpoint, how would you define lubrication in simple terms?

Melissa:
The way I think about it is that whenever two objects move against each other, you create friction.

Whenever you have friction, you’re going to have some amount of wear or damage.

The purpose of lubrication is to reduce that friction.

A simple comparison is getting rug burn when you’re dragged across carpet. Machines can experience their own version of friction-related damage, and lubrication helps reduce that.

Fred:
Exactly.

If friction causes a point to seize or fail, that can stop the equipment and potentially interrupt the entire operation.

That’s where lubrication plays such an important role.

Consistently lubricating those points helps support efficiency, reliability and safety while keeping equipment operating as intended.

For someone outside of industry, where might they have interacted with lubrication before?

Melissa:
During my onboarding, someone asked what I knew about lubrication.

My answer was basically that I knew how to fix a squeaky door hinge.

For most people, that’s probably about the extent of their direct interaction with lubrication.

You might lubricate a hinge or something that’s sticking around the house. Industrial lubrication follows the same basic principle, just with different lubricants, different equipment and a much larger scale.

Fred:
And there are relatable examples everywhere.

Think about airport baggage carousels. Those systems have bearings and moving components.

Amusement parks are another example. Those rides have moving equipment that depends on proper maintenance.

Once you start thinking about how many things have moving parts, you realize how many potential applications there are.

So, taking that a little deeper, what does lubrication typically look like day to day, and how does perma approach it differently?

Melissa:
In a large industrial facility, lubrication is often still done manually.

You may have technicians walking through the facility with grease guns, moving from one lubrication point to another.

A machine may have multiple points, and a facility may have a very large number of them.

With manual lubrication, the amount of grease applied can vary. One person may apply a little more, another may apply less, and the process has to be repeated regularly.

What perma does differently is provide a device that is installed directly at the lubrication point and delivers a controlled amount of lubricant over a defined period.

That saves time and creates a more consistent lubrication process.

Instead of applying a large amount, waiting for it to decrease and then applying another large amount, you can maintain a more consistent supply.

Fred:
When I first joined perma, I kept researching who our competitors were.

There are other companies in the market, but one of the biggest alternatives we encounter is still the grease gun and manual lubrication.

Facilities today are under constant pressure to produce more and operate efficiently.

Maintenance teams still have to travel through those facilities and service lubrication points regularly.

The goal of automatic lubrication isn’t to eliminate maintenance jobs. Safety, reliability and efficiency are the bigger considerations.

Automating repetitive lubrication tasks can support technicians while allowing them to spend more time on other maintenance responsibilities.

And as the world becomes more dependent on technology, the amount of supporting infrastructure also grows.

It’s not just the data center. It’s the equipment that cools the data center and the infrastructure that supplies power to it.

There are many different points along that chain where lubrication is important.

Fred:
Are you familiar with the story of how perma got started?

Melissa:
Yes, I love that story.

The idea started with a German entrepreneur who had equipment that needed regular lubrication.

He was spending a lot of time repeatedly applying oil and wanted a solution that could handle the lubrication more consistently.

The concept he developed used a container with grease in the lower portion and a controlled chemical reaction above it.

That reaction gradually creates pressure, which pushes the lubricant out over time.

Instead of repeatedly returning to manually lubricate the machine, the device could stay installed and provide lubrication until it was empty.

And we still manufacture a modern version of that same basic concept today with perma CLASSIC.

Fred:
It’s a great story because it shows that the original problem is still relevant.

At the same time, the product line has evolved tremendously.

From perma CLASSIC to STAR VARIO, ULTRA and other systems, we now have several product families within the single-point lubrication category.

Each serves a different purpose depending on the application.

That flexibility means we aren’t limited to one piece of equipment or one specific use.

We can support motors, blowers, fans, conveyors and many other applications throughout a facility.

That gives maintenance teams options across the plant rather than limiting automatic lubrication to one area.

Fred:
We’ve covered a lot of industries and applications. From a marketing perspective, what surprised you most when you started learning about what perma can do?

Melissa:
One thing that stands out to me is looking at the case studies and seeing how much impact lubrication improvements can have on maintenance costs.

When you’re talking about savings over several years, it can be surprising how much difference a relatively simple change in lubrication practices can make.

There are still labor, lubricant and equipment costs, of course, but the overall improvement can be significant.

Fred:
Being able to give equipment consistent attention really can make a difference.

So the next time you turn on a light switch, plug in your phone, feed your dog or use any number of everyday products, there’s probably some industrial process somewhere along the way that relies on properly lubricated equipment.

From the clothes we wear to the toothpaste we use, manufacturing touches almost everything.

We have case studies, application videos and other resources available if you want to learn more about where perma solutions are being used.

Be sure to check out our previous episodes as well, and we’ll see you next time on perma POWERTALK.

Make Lubrication More Consistent

Reliable lubrication starts with choosing the right approach for the equipment, operating environment and maintenance program.

Automatic lubrication can help reduce manual lubrication demands, improve consistency and support safer, more reliable maintenance practices.

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