If you’ve ever waited for an elevator in a busy office tower at rush hour, or rode one in a new apartment building that glides so smoothly you barely feel it start or stop, you’ve probably never thought much about the thousands of small parts that make that ride possible. I’ve been selling general elevator parts for nearly 18 years, and I still get asked the same question at trade shows, over coffee with repair technicians, or even at my kid’s school pick-up line: “What’s next for these parts? Are elevators just going to be more of the same?” The short answer? No. The future of general elevator parts isn’t just about making parts that last longer—it’s about parts that adapt, communicate, and work harder behind the scenes to keep elevators safe, reliable, and even more accessible for everyone. General Elevator Parts
Let’s start with the biggest shift I’ve seen in the last five years, and the one I get the most calls about from clients: connectivity. Ten years ago, most elevator parts were stand-alone pieces—you installed a door operator, a sensor, or a control panel, and that was it. If a sensor broke, you replaced it; if a control board glitched, you called a technician to diagnose it. Now, we’re moving to what the industry calls the Internet of Things (IoT) for elevators, and it’s changing every part we supply. For example, a few years back, we sold regular door position sensors that just told the elevator when a door was open or closed. Now, our top-selling door sensors have built-in Bluetooth and tiny data loggers that track how many times the door opens a day, how much pressure it’s exerting, and even slight shifts in alignment. A maintenance technician can pull that data remotely instead of climbing on a lift at 2 a.m. to check a door that’s acting up. I had a client in Chicago use these sensors last year—they cut their elevator repair calls by 32% in six months, because they fixed small issues before they turned into big breakdowns. That’s not just a minor upgrade; that’s a whole new way of doing business, and it’s shaping every part we make.
But connectivity isn’t just about data—it’s about making parts smarter. A lot of people I talk to worry that smarter parts are more expensive, and that’s true at first, but the long-term savings are huge. Take traction sheaves, the big grooved wheels that lift elevator cables. Ten years ago, they were solid steel blocks that needed to be replaced every 10 to 12 years, depending on use. Now, we’re starting to supply smart traction sheaves with built-in load sensors that track how much weight the elevator is carrying, how evenly the load is distributed, and even how the cable is wearing. This data feeds into the elevator’s main control system, so it can adjust the speed or tension of the cable in real time, which reduces wear on both the sheave and the cable. Last quarter, a property manager in Dallas ordered 12 of these smart sheaves for their 10 elevators, and they told us it’s already adding two to three years to the life of each elevator’s cable. That’s not just good for the client—it’s good for us too, because it means we’re building parts that add value, not just replace parts that wear out.
Next up, sustainability. I started in this business when “green” was still a buzzword for new construction, not something every building owner is required to prioritize. Now, 60% of the parts we sell are related to making elevators more energy-efficient, and that number is only going up. The big one here is motor parts. Most older elevators use DC motors that waste a lot of energy when they brake or slow down. Now, we’re supplying AC motor parts with regenerative braking technology, which captures the energy from braking and feeds it back into the building’s power grid. I remember when we first started selling these motors, no one was sure they’d work as well as the old ones. Now, one of our regular clients in Austin uses them in 40 elevators across the city, and their utility bills for the elevators are down 28% a year. That’s a huge win, and it’s not just about motors. We’re also seeing a demand for lighter but stronger materials for parts like guide rails and counterweights. Ten years ago, guide rails were heavy steel that required more energy to move the elevator. Now, we sell guide rails made from high-strength aluminum alloy that’s 40% lighter but just as durable. Building owners love it because it cuts energy use, and technicians love it because it’s easier to install and replace. Sustainability isn’t a trend for us—it’s become the core of what we supply.
Another direction I’m excited about is accessibility, which is something that’s been on the rise as buildings become more focused on serving everyone, including people with disabilities, older adults, and people with mobility issues. General elevator parts used to be built as one-size-fits-all, but now we’re making parts that are tailored to make elevators more inclusive. For example, we’ve started supplying low-force door operators that can adjust how much pressure the door exerts if it detects something in the way—something that’s required by accessibility standards in most places now, but it’s also made a big difference for people with visual impairments or mobility issues who might not be able to move quickly out of the way of a closing door. We also make custom control panels with larger buttons and higher contrast, and voice-activated call buttons that work for people who can’t reach or press standard buttons. Last year, we worked with a senior living complex in Miami that installed our custom control panels in their 20 elevators, and they reported a 45% drop in calls from residents who had trouble using the elevators. It’s small, but it’s the kind of change that makes a huge difference in people’s daily lives, and it’s a direction we’re going to keep investing in.
Of course, none of this means we’re forgetting about the basics. The core parts of an elevator—control boards, cables, door mechanisms—will always need to be reliable, and there’s still a big demand for durable, affordable parts for older elevators. I’ve been in this business long enough to know that not every building is going to tear out all their elevators and replace them with new smart ones. There are millions of older elevators in service across the country, most of them 20 to 50 years old, and those buildings need parts that fit their existing systems, not brand-new ones that require a full upgrade. That’s why we still stock a full line of standard general elevator parts, from door hinges to control relays, at competitive prices. We work with small repair companies, big property management firms, and even individual homeowners who have elevators in their houses. The future isn’t about leaving those clients behind—it’s about making sure we can supply parts for both new, modern elevators and the older ones that will keep running for decades to come.
I also have to talk about adaptability. Elevators are in all kinds of buildings—office towers, hospitals, apartment buildings, schools, even stadiums—and each one has different needs. A hospital elevator needs to be able to carry stretchers, so it needs stronger parts and smoother movement than an elevator in a small office. A stadium elevator is used heavily during events, so it needs parts that can handle thousands of cycles a day. That’s why we’re moving toward modular parts, parts that can be adjusted or upgraded without replacing the whole system. For example, we make a modular control board that can be updated with new software or new sensors, instead of having to replace the entire board every time a new feature is needed. A few months ago, a university in Atlanta ordered modular control boards for their elevators, so when they decided to add touchless call buttons, they just swapped out a small module instead of ripping out the whole control system. That saves our clients time and money, and it’s a direction that’s going to become more important as buildings change and evolve over time.
Now, I know a lot of people in the industry talk about AI and how it’s going to change elevator parts, and I’ll be honest—there’s a lot of hype out there. But from what I’ve seen, AI isn’t going to replace the parts themselves. It’s going to make parts better, smarter, and more connected. For example, AI-powered predictive maintenance can tell a client that a part is going to fail two months before it actually does, so they can order the part in advance instead of waiting for a breakdown that takes the elevator out of service. That’s something we already help our clients with—we use data from the smart parts we supply to give clients a heads up when a part is nearing the end of its life, and we can get them the replacement part quickly. The key here is balance: we’re using new technology to make parts better, but we’re still focused on reliability, safety, and value—things that have been important in this business for more than a century.
At the end of the day, the future of general elevator parts is about solving real problems for the people who use elevators, and the people who maintain them. It’s about making elevators safer, more reliable, more sustainable, and more accessible. It’s about adapting to the needs of new buildings and old ones, and making sure every part we supply adds value, whether that’s cutting energy costs, reducing repair calls, or making it easier for someone to get where they need to go.
If you’re a property manager, a repair technician, or anyone who works with elevators, and you’re looking for parts that are built for the future—parts that balance smart technology with real-world reliability, sustainability, and accessibility—we’re here to help. Whether you need standard parts for an older elevator or custom smart parts for a new building, we can work with you to find the right solution. Feel free to reach out to us to discuss your specific needs, and we’ll be happy to provide more information or a quote tailored to your project.
Elevator Parts for HYUNDAI References
- Elevator Industry, Inc. "2023 Global Elevator Market Trends Report"
- American Society of Mechanical Engineers (ASME). "Safety Standards for Elevator Components, 2022 Edition"
- International Code Council (ICC). "Energy Efficiency Requirements for Building Elevators, 2021"
- National Elevator Industry Educational Program (NEIEP). "IoT and Smart Elevator Parts: Implementation and Benefits, 2023"
Shaanxi Nona Elevator Parts Co., Ltd.
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