Skip to content
‹ Back to IndustriesIndustrial IoT

The Lights Are Going Down on a Throwaway Equipment Culture

Simply throwing out electrical equipment and updating to ‘this year’s model’ is wasteful, expensive and causes problems of pollution and toxins, especially in emerging economies. It does not have to be this way.     “We have noticed that the vast majority of issues that organizations tend to blame on software are actually about hardware components and…

This story was produced through MarketScale. See how Industrial IoT teams put it to work with AI Visibility (GEO).

By Ruari McCallion · Abi ElectronicsAll Systems GoBrazilCovid
Share

Key takeaways

01

Simply throwing out electrical equipment and updating to ‘this year’s model’ is wasteful, expensive and causes problems of pollution and toxins, especially in emerging economies.

02

It does not have to be this way.

03

“We have noticed that the vast majority of issues that organizations tend to blame on software are actually about hardware components and…

Free workspace

Turn your Industrial IoT expertise into content.

Record interviews, organize footage, and write with AI on a free trial of the MarketScale platform for qualifying companies. No demo required, no credit card.

Try it Free

Simply throwing out electrical equipment and updating to ‘this year’s model’ is wasteful, expensive and causes problems of pollution and toxins, especially in emerging economies. It does not have to be this way.  

“We have noticed that the vast majority of issues that organizations tend to blame on software are actually about hardware components and can be repaired,” says Willian Santos of ABI Electronics. PCB components can be recovered, repaired and replaced as good as new. 

Even better than that: the components can be fine-tuned to become more appropriate to the needs of the user or to perform at a higher standard, like after-sales tuning of automobiles. 

On top of that, the cost of recover, repair and reuse can be very cost-effective. It can be less than 10% of the cost of new equipment. 

ABI Electronics first appeared on the radar with news of several contract wins across the world, with air forces, other military forces, and rapid transit systems. Metro Sao Paulo in Brazil, one of the largest cities in the world, has been practicing scheduled maintenance, servicing and repair of electronic components in its trains and traffic control systems for decades, as has the UK’s Royal Air Force, which means that the principle and technology is established.  

60 million tonnes of electronic waste is thrown away across the world, every year. Pressure on the environment and from consumers and environmental lobbies mean that this level of disposal is unacceptable.  

While a lot of OEMs are wedded to the model of selling new capital equipment as often and as much as possible, the world is changing. Equipment life will be extended, one way or another, either by the customer using equipment and training modules from ABI Electronics or similar companies, or the OEMs can do it themselves. They can offer a 360-degree package, that will include maintenance, service and repair, along the servitization model. 

As it is routine for repaired equipment to operate to at least the same standard as new units, there is little excuse for the traditional model to persist. The lights are going down on the throwaway society. 

The Covid-19 pandemic has further emphasised the value of repair over replacement. New equipment takes time to arrive and may require training of operatives and users. Equipment that is already on site and is monitored by the maintenance department and can be quickly fixed on site, offers more uptime and availability. 

This may require a rethink in colleges and universities, who are turning out people who know only how to create apps. The need for skills in repair and maintenance is growing and is likely to accelerate, as more businesses adopt the circular economy approach, to put servitization to work for them and to extend useful equipment life.  

Check Out Previous Episodes of All Systems Go Here!

Follow us on social media for the latest updates in B2B!

Twitter – @MarketScale

Facebook – facebook.com/marketscale

LinkedIn – linkedin.com/company/marketscale

Your experts belong here

Every story in MarketScale Industrial IoT starts with a company putting its controls engineers, plant-floor specialists, and integration partners on the record. Buyers are already reading this topic. The only question is whose experts they find.

Plant and controls buyers research deep before contact, and your engineers get to shape that research.

Book DemoSee how it works15 minutes, straight to a calendar.

About the author

RM
Ruari McCallion
B2B Weekly

The week in Industrial IoT, and sixteen other industries, every Monday.

Ten stories, one-line takes, five minutes. Free.

Industrial IoT: are you visible to AI?

Before they reach out, Industrial IoT buyers ask AI engines which vendors to trust. Explore how your experts, customers, and partners can become useful content for buyers and AI search.

Free Trial

You just read one Industrial IoT expert. Your company is full of them.

This article was produced through MarketScale. The same platform turns your controls engineers, plant-floor specialists, and integration partners into the articles, video, and social content Industrial IoT buyers are searching for. Start a free trial and see it with your own people. For qualifying companies, no credit card, no demo required.

NPS +73 · 1,000+ creators · 38+ countries

What your free trial includes

Hands-on access to the MarketScale platform
Media requests to your crowd, remote recording, AI writing tools
No demo required. No credit card.
For qualifying companies. Company confirmation required.

More Industrial IoT Insights

For constant plant-floor process streams, a data historian is often a better fit than SQL Server or Oracle

For constant plant-floor process streams, a data historian is often a better fit than SQL Server or Oracle

Bill Schmidt of Renson House, in a recorded segment titled Data Historian, argues plant-floor process streams are better captured in a data historian than in Microsoft SQL Server or Oracle, since historians can store timestamps and changes rather than repeated readings and can make time-window reports feel faster. Precedence Research values industrial IoT at USD 602.87 billion in 2026, and vendor posts from CrateDB and Tiger Data describe where historians can fall short for broader analytics and why teams often want SQL access to that data.

  • 01Precedence Research values the industrial IoT market at USD 602.87 billion in 2026, growing 16.8% a year to 2035, so plant data streams keep getting larger.
  • 02In Schmidt’s example, historians can store a timestamped point when a value changes (skipping repeats), while logging every repeated reading in a relational table can increase storage and slow time-window reports.
  • 03Historians such as AVEVA PI handle capture; CrateDB and Tiger Data say cross-plant SQL analytics is a separate layer added beside them, and generic relational tables degrade as they grow.

Sep 30, 2026

CED: Specify holding brakes where gravity can move a servo axis

CED: Specify holding brakes where gravity can move a servo axis

CED's Nicholas Rodacz uses two de-energized servo motors, one shaft spinning free and one locked, to explain the spring-set holding brake. The brake clamps whenever voltage is absent and belongs on cranes, elevators, gantries, robot joints and any axis holding stored energy. It holds only at standstill, carries a torque rating, and cannot be replaced without disassembling the motor.

  • 01A holding brake is spring-set and power-to-release: it clamps the motor shaft when voltage is absent, so a power loss prevents shaft rotation.
  • 02The test is stored energy, not orientation: cranes, elevators, gantries, robotic arm joints and any spring-tensioned axis that would move if the motor lost torque all qualify.
  • 03The brake holds a stopped axis only, carries its own torque rating that must cover the load, and is not field replaceable, so the decision belongs in the motor spec, not the maintenance budget.

Sep 30, 2026

Mapbox says Traffic 2.0 gets arrival times right on 98% of trips

Mapbox says Traffic 2.0 gets arrival times right on 98% of trips

Mapbox says Traffic 2.0 gives accurate ETAs on 98% of trips. For logistics and field teams, the value is fresh road and place data AI agents can act on.

  • 01Traffic 2.0 claims accurate ETAs on 98% of trips, a vendor figure fleet teams can benchmark against ETA accuracy on their own lanes.
  • 02An AI agent that reroutes a driver is only as useful as the traffic data underneath it; Mapbox's agentic mapping engine processes anonymized movement data from over 45,000 applications.
  • 03The Places API, now in public preview, combines business listings with entrances, building footprints, operating hours and visitation patterns; leaving preview is one signal to watch.

Sep 28, 2026

Explore More Industrial IoT Insights

Read more expert perspectives from across Industrial IoT.

Browse Industrial IoT Hub

About the Expert

RM
Ruari McCallion

For B2B teams

Your experts could be publishing here

Stories like this one run on content MarketScale captures from real practitioners. See how your team's expertise becomes coverage in Industrial IoT and beyond.

Book a Demo

Or call us. No forms required. We pick up. 214-945-2512