Strength in Motion: Geared Motors for Vehicle Access
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The patient handling industry is essential for providing mobility, independence and dignity to the end user. However, there are a number of considerations when manufacturing within this space, with the most important being reliability and safety.
To ensure patient hoists are reliable and safe with every use, integrating the right combination of electric motor and gearbox is key, as this can have a major impact on safety, user confidence and comfort as well as regulatory compliance.
The most suited geared motor must display precision control, repeatable performance, inbuilt protection mechanisms and durability. This is where Parvalux can help. With our decades of experience, we pride ourselves on delivering the reliability, consistency and safety critical to successful patient hoist applications.
Patient Hoist Requirements
With patient hoists, as well as the wider patient lifting systems industry, safety isn’t only about preventing catastrophic failures, but also the daily perception of safety created by consistent, predictable behaviour in every transfer. This perceived safety can be almost as important as mechanical safety for customer satisfaction. This means the patient hoist should offer:
Controlled Motion
The movement of a patient hoist needs to be predictable and therefore controlled. The motor needs to be able to offer gradual and smooth acceleration and deceleration, as well as reduced mechanical shock loading.
Integrated Protection Strategies
Another essential requirement of geared motors for patient hoists are integrated protection strategies. These can help to prevent overheating during extended duty cycles, as well as protecting internal components from premature degradation.
Not only can this extend the life of the motor but it can also ensure they continue to operate safely throughout the life-cycle of the motor components.
Improved User Experience
User experience is an important element of patient mobility solutions, as not only must the equipment be able to move the patient safely and effectively but should also be comfortable, have perceived safety and be dignified.
One way to ensure this, is to use geared motors which are smooth running but with minimum noise and vibrations in addition to reduced abrupt stop/start transitions.
Low noise is particularly important within a hospital environment as noise does not only disturb the user but others in close proximity.
Robust Duty Cycle Performance
Whereas some patient hoists are used intermittently (within a residential environment for example) others within a clinical setting may have repetitive and long-term duty cycles.
Whilst each lift itself can be brief, the cumulative usage across care environments can be substantial and it is vital to have a motor that is able to perform consistently no matter how arduous the duty cycle is.
The motor used within the patient handling industry therefore, needs to provide a high cycle life with reduced maintenance intervals, as well as gear tooth durability under repeated, heavy load and a stable lubrication performance.
Mobility systems within the healthcare industry can be a vital tool, with patient hoists enabling safe, efficient, and dignified mobility for patients with limited movement. They are essential for bedside transfers and bathroom assistance, and must combine reliability, precision, and adaptability. Central to achieving this is through choosing the most suitable electric motors to power the appliances.
The Role of Patient Hoists in Healthcare
The value of patient hoists is twofold, as they not only reduce physical strain on caregivers but at the same time improve patient comfort and safety. Being widely used in varying settings hoists are available in different configurations, manual, battery-powered, or fully electric, with applications ranging from home care to hospital wards.
Understanding the mechanics behind these systems is essential for the designing process with key considerations including lifting speed, torque, reliability, and the ability to integrate seamlessly with the hoist’s mechanical structure.
Requirements for a Geared Electric Motor
Electric motors used to power patient hoists must be able to balance safety, smooth motion, and reliability under varying loads as well as juggle regulatory compliance and end user comfort. In order to achieve this there are a number of factors to be taken into account which include:
Torque Requirements – Patient hoists require a high starting torque in order to lift a static load smoothly, as well as consistent torque across the lift cycle. Bariatric hoists also need to be able to handle overload conditions without effecting performance. Therefore motors need to accommodate a number of specific requirements:
Gear reduction is essential (spur or planetary gearboxes)
Motors must tolerate short-duration peak loads without overheating
Torque ripple must be minimal to avoid jerky motion
Speed Requirements – Patient hoists in general require slow and predictable speed, although there are some exceptions. For example ceiling hoists run a little faster than other types due to having longer travel paths. The smooth, slow operating speed ensures patient comfort and security, a reduced pendulum effect whilst lifting in addition to regulatory compliance.
Therefore when choosing a motor it is essential to consider:
Ability to deliberately reduce motor speed via gearing
Electronic control to enable soft start/stop cycles
Speed is able to remain stable across load variations
Duty Cycle Requirements – Unlike some applications patient hoists are intermittently used. However, even if used intermittently they still need to be reliable every time. As overheating under such a duty cycle is common, the motor needs to offer:
An efficient winding design to reduce heat build-up
An adequate thermal margin for repeated short lifts
Compatibility with temperature protection (PTC or thermal cut-out)
Quiet Operation – Patient hoists operate in close proximity to people and therefore need to have:
Low vibrations
Quiet operation (especially for ceiling hoists)
Minimal cogging torque
Failing on these basic requirements can make for a very unpleasant experience for both the end user and the hoist operator.
Safety Compliance – When dealing with patient mobility, safety is non-negotiable and is the number one feature of all appliances. The motors used to power the hoists therefore need:
Self-locking or brake-assisted gear systems
Controlled descent in power-loss scenarios
Compatibility with mechanical or electromagnetic brakes
An ability to integrate with overload protection
In a powered wheelchair, battery performance is one of the most critical factors influencing user experience and safety perception.
Users expect a suitable range on a single charge, as well as reliable and consistent performance throughout the entire discharge cycle.
Meeting these expectations are dependent on the geared motor, and how efficiently electrical energy is converted into motion.
User Expectation
Users have certain real-world expectations from their powered wheelchair, and anything less will affect perceptions of safety and usability. These include:
Low-speed manoeuvring
Incline climbing
Stop-start urban use
Continuous operation over extended periods
At Parvalux we take these expectations seriously and ensure our geared motors:
Match motor characteristics to load profiles
Minimise current draw during peak demand
Ensure smooth torque delivery to avoid energy spikes
The Importance of Efficiency
Within a standard powered wheelchair there are numerous energy constraints that can lead to electrical, mechanical or control-related inefficiencies, reducing range significantly. Particular challenges include:
Limited on-board battery capacity
Variable terrain and load conditions
Frequent start-stop operation
Smooth, precise control
In order to maximise efficiency, it’s essential to limit how much energy is wasted through excessive heat, noise or mechanical resistance. Reducing these features increases how much energy is converted into useful motion.
Whilst the electric motor is vital, a poorly optimised gearbox can also cause various challenges including excessive heat and friction, reduced torque transfer and increased energy consumption resulting in a less efficient geared motor.
Here at Parvalux, we address these challenges head on, and our precision engineered gearboxes ensure that torque is transmitted with minimal loss resulting in a more efficient powered motor.
At the centre of patient handling equipment is the electric motor technology that drives it. Whether focusing on stairlifts to navigate staircases, powered wheelchairs, or patient hoists to transfer patients, the geared motor directly influences the useability, the safety, and the long-term reliability of the application.
Therefore, due to their fundamental role, choosing the right geared electric motor requires a clear understanding of how different applications place unique demands on torque, control, duty cycle, and integration. Getting this right at the start of the design process can ensure that the final product will be safe, comfortable and energy efficient.
With our decades of experience within the industry, Parvalux are here to help you through this decision-making process with our application-specific solutions which deliver the safety and the performance expected from your geared-motor.
The Role of Geared Motors
So, what are the motors required to do within patient handling applications?
Essentially their role is to provide a safe, controlled motion under load, within a compact design, with minimum noise and vibration. The geared motor is essential for the sufficient operation of the application because they:
Convert high-speed motor output into usable low-speed, high-torque motion.
Enable precise control for smooth starts, stops, and positioning.
Support compact system design without compromising performance.
Deliver energy efficiency and durability across repeated duty cycles.
However, ensuring these requirements are met, whilst also addressing application-sensitive specifications, and therefore solutions, necessitates a further understanding of the geared motors themselves.
On 23rd June 2026 we celebrate International Women in Engineering Day. This day is an opportunity to recognise the talented women whose skills, knowledge and dedication help drive our business forward every day.
From production and assembly to inspection, coordination and training, women across our organisation play a vital role in ensuring quality, safety and innovation remain at the heart of what we do which is why we celebrate them every day.
As an example, in the last 4 years, the number of women working in our Engineering team has quadrupled. There is still a lot of work to do to create an even playing field but we are well on the way, and believe we offer a safe and inspiring environment for women entering this industry.
Contributions to the team
The female members of the team all bring different skills and talents, outside of their job descriptions making Parvalux a rich and vibrant place to work.
Anna Kucharska, Sub Assembly NDE Operator believes her strength on the team is to use her “skills and knowledge to make good decisions, solve problems, and ensure the work is done safely and correctly every day”. Kirsty Harding, Inspection Co-Ordinator, expands on this by adding that it is important to “use technical knowledge, inspection data, and practical judgment to ensure equipment, assets, or projects remain safe, compliant, and efficient.”
At Parvalux we pride ourselves on our safety, quality and durability of our workplace and the products we manufacture, and the women on the team hold this at the core of their work. Pat Harris, Operator, for example, believes that “making sure every stage of the build is correct, makes the job easier for everyone,” which will ultimately build a strong team. Whereas Sunee Bowns, Machine Setter, emphasises the importance of being in tune with the product lines, and being able to react quickly and efficiently to changes on the production line, even if that means stopping the process and reporting and escalating the issues as necessary.
It is precisely this care for quality and attention to detail that we value in all of our staff here at Parvalux.
Entering a male dominated industry
As much as the industry is now fully available to women it can still raise challenges when first entering the workplace and this can result in some steep learning curves. Kirsty remembers when she started that:
“The steepest learning curve when I first moved into the role was learning how to manage multiple inspections simultaneously while ensuring all documentation, compliance requirements and communications were correct and up to date.
What helped me get through it was developing organizational daily habits and leaning on my colleagues for their knowledge and experiences.”
Pat agrees that her colleagues were invaluable in those first days: “I came from a very different environment. I worked in food production and then goods-in in a warehouse, so this was totally different. What got me through was supportive and organised colleagues.”
Anna and Sunee believed the steepest learning curve was the role and the processes themselves with Anna stating: “The hardest part was learning the assembly process, work instructions, and different components of the NDE unit. I improved by asking questions, practicing every day, and learning from experienced team members.” Sunee adds that her own sheer determination to learn the role and to carry it out efficiently was her key to success.
When specifying an electric motor, a grasp of the fundamentals of duty cycles is critical. If not understood or ignored altogether, there can be problems of over or under specification of the design, which can lead to inefficiencies or premature motor failure.
The Parvalux team take duty cycles seriously and want our clients to fully understand their importance.
Duty Cycle Basics
A duty cycle refers to how an electric motor operates over time, in relation to running and rest time as well as load conditions during operation. Being aware of this relationship is critical in determining whether a motor will operate reliably over its intended lifespan.
One challenge with electric motors is that they all generate heat during operation, and if this isn’t managed it can lead to system failure, insulation breakdown, reduced efficiency and ultimately a significantly shortened motor life span. However, correctly identifying duty cycles can enable engineers to:
Select the right motor size and specification
Avoid unnecessary over sizing (which will also save cost and space)
Ensure consistent, reliable performance
Improve overall system efficiency
Duty Cycle Types
There are ten international standards for duty cycle types labelled using IEC classification S1-S10. The most common are:
Continuous Running Duty (S1) – This is when the motor runs at a constant load for long enough to reach thermal equilibrium. However, a continuous cycle can maintain a consistent temperature once it has stabilised and can function without the need for significant rest periods.
This cycle is common in conveyor systems, fans and pumps or mobility applications where continuous operation is standard.
Any motors being used for a continuous duty cycle must be able to dissipate heat continuously without overheating.
Short-Time Duty (S2) – This cycle is when the motor operates for a short, specified period (e.g. 10, 20 or 60 minutes) and then rests long enough for full cooling before starting up again. This type of duty cycle is common in actuators, adjustment mechanisms or systems with infrequent use.
Motors for short-time cycles can be smaller than those used for continuous duty as they are not required to manage a continuous thermal load.
Intermittent Periodic Duty (S3) – These are a sequence of identical cycles (repeated start/stop cycles), which include a period of activity and a period of rest without reaching full thermal equilibrium. It is important to calculate accurately to prevent overheating through repeated use. These are typically associated with patient hoists, lifting systems, or mobility devices with frequent starts and stops.
Intermittent Periodic Duty with Starting (S4) – This is similar to the Intermittent Periodic Duty Cycle (S3), however it also considers the additional thermal and mechanical stress of repeatedly starting the motor.
This can be a key element of powered wheelchairs, stairlifts or other systems with frequent acceleration and deceleration. With this type of duty cycle, the starting torque and current must be carefully considered as they can affect the motor sizing and thermal performance.
For more information on duty cycles download our Duty Cycle Guide here.
Friday the 5th of June is World Environment Day, which we felt was an ideal opportunity to look back at what we have achieved at Parvalux in the past year, in our journey towards a greener future.
The theme for this year’s World Environment Day is Climate Action, which emphasises that now is the time for action and for positive contributions towards tackling the problem of climate change.
This means it is time to accept the current climate situation and be proactive in doing whatever we can as individuals and as corporations to “step in, to move further, to steer a world already in motion.”[1]
Here at Parvalux, we have heard the cry and are proud of what we have achieved in the past twelve months to improve the environmental impact of our operations here in Poole, UK. We know there is more work to do but every step should be celebrated.
Taking Climate Action
ISO 14001 Certification
At the end of May 2025, Parvalux achieved Environmental Management System ISO 14001 Certification and have maintained the standard for the past year.
Achieving this standard will have a major environmental impact on our business through a number of aspects of the manufacturing process from metal machining, coatings and paint, transportation, waste streams, and supply chain activities.
The ISO 14001 certification demonstrates how we are actively working towards managing and improving the environmental impact our operations have.
The certification requires a number of actions including monitoring electricity usage, setting waste reduction targets, land-fill reduction targets with an increase in recycling, improving efficiency, as well as further consideration of renewable energy. Our new HQ in Poole has 1,500 solar panels so we are already committed to this and are looking for ways to improve.
The EMS certification also requires improved management of toxic chemicals including safe storage, spill prevention, environmental assessments, and safe disposal.
Achieving this certification, not only improves our business credentials and makes us more competitive as well as lowering our operating costs but more importantly it will reduce our carbon footprint in the long run and demonstrates our ethical waste management and manufacturing processes.
Waste Reduction
As part of our ISO 14001 certification, we set a target to reduce our general waste by 10% on last years’ figure (2024).
However, the team at Parvalux really embraced the challenge, and we have reduced our waste by 13%. In 2024 we produced 25.3 tonnes of waste which we reduced to 22.1 tonnes in 2025.
There is still work to be done but this is a sterling job, and we are really proud of the team for making this change.
Energy Consumption Reduction
We also set the target of reducing our energy consumption by 10% on last years’ (2024) figure. To achieve this, we set a KPI of kWh / Top Level produced.
In the year 2025, we have had a mixed result. We have consumed 7% less energy which is a little lower than our goal of 10% but conversely, we used 10% more energy per Top Level. There is clearly more work to do to reach this goal, but a 7% reduction in energy consumption shows we are on the right track.
How Parvalux can keep your production line running smoothly
In any high-volume automated packaging space, reliability isn’t a luxury – it’s a necessity. For every minute of machinery downtime, for whatever reason, there is a cost; this can be money, productivity, consistency, company reputation and ultimately customer confidence.
Reliability does not come from fancy marketing campaigns and business strategies. It can be found within the foundational basics – motor solutions. If the electric motors driving your equipment are unreliable everything else will be inefficient resulting in downtime and financial and reputational damage. That is why design engineers across the world rely on Parvalux, as we pride ourselves on electric motor solutions which deliver precision, endurance, and efficiency. Every time.
Geared Motor Basics: Torque, Speed, Power and Voltage Explained
When choosing an electric motor as well as a gearbox, you’ll be asked to decide on a number of technical specifications – the most important of which are torque, speed, power and voltage. These form the fundamentals of your motor and how well it will operate, but what do these terms actually mean and how do they affect motor performance for your specific application?
To answer, let’s go back to the basics.
Torque in essence is the measure of rotational force that causes the motor shaft to rotate. This rotation is measured in Newton-meters (Nm) and can be thought of as how much ‘turning strength’ a motor or gearbox can deliver.
High-torque geared motors are ideal for applications that require strong rotational force at low speeds, such as lifting mechanisms and conveyors with heavy, constant loads.
Conversely, low-torque motors with high speed are best suited for fans or pumps where continuous, lighter loads are common.
The relationship between torque and speed is inverse. As one increases, the other usually decreases. Efficient operation is dependent on finding the right balance between torque and speed.
All of the motors designed and manufactured by Parvalux, are guaranteed to deliver consistent performance even in the most challenging and unpredictable environments. Whether this is a marine wiper system which battles daily sea spray and salt water, or an industrial machine exposed to continuous dust and debris, the level of performance and durability is the same.
At Parvalux, we’ve spent decades engineering solutions that keep working where others may fail. A prime example is our VIPER3 motor, developed in partnership with Hepworth Marine. This motor demonstrates how careful design, robust materials, and rigorous testing can create a motor built for even the harshest conditions.
Built on quality, driven by innovation
When looking for a partner to manufacture your geared electric motors you want experienced design engineers, who have reliability, quality, and durability at their core. You need look no further than Parvalux.
We have established ourselves as a cornerstone in the UK’s electric motor and gearbox industry, and we are recognised not only for our technical expertise but also for our commitment to quality, innovation, and efficiency.
Globally, engineers and designers searching for a dependable partner in electromechanical solutions have increasingly turned to Parvalux because we offer an all-in-one solution, delivering complete design and manufacturing services all under one roof.
This approach, coupled with a steadfast dedication to British-made quality and premium materials, has solidified our reputation both nationally and internationally.
In 2025 We continued to be heavily involved in our local community with fundraising events and sponsorship of local schools. At the end of every year, we like to review the impact we have made in the local area, looking back at charity events, fundraising programmes and more! In 2024 we raised a fantastic £1,053 for our charity of the year and made a good effort to top that last year…
Charity of the Year
We supported Forest Holme Hospice, a fantastic charity based in Poole, focused on ensuring that everyone in the local community affected by life-limiting illnesses or bereavement get the care and support they need.
The Fundraising started in late 2024 with a Christmas Jumper Day and raffle, we were able to raise a fantastic £888! . This was followed a charity Golf Day organised by Forest Holme at Knighton Heath Golf Club. We were represented by 8 of the best golfers from around the factory and office, split into 2 teams of 4 they placed a very respectable 7th and 21st out of 43!
Next up was a volunteer day at the Hospice in June, another 8 volunteers went out to help with some maintenance on the hospice grounds. This included Painting fences and some other general bits. Kirsty from Forest Holme said – “They were absolutely brilliant, and we’re so grateful for the help!”.
In August, we held a charity bake sale, leaning into the wide variety of nationalities we are lucky to have among the staff and encouraging everyone to bring in a sweet or savoury treat from their country! We had a huge selection of incredible treats and were able to raise £310 pounds towards our end of year donation, a big success!
We also Hosted games, Christmas jumper day and a big raffle at Christmas time, with a donation securing your entry. Many people got involved in our games such as guess the baby and guess the number of sweets in the jar, and the raffle was hugely popular with entries and prizes brought in from everyone around the business.
After all of this we were able to raise £1082.39 in support of Forest Holme, We have been proud to support them throughout the last year and we look forward to this years fundraising for our new charity!
In today’s fast-paced supply chain, manufacturers and distributors need packaging solutions that are as adaptable as the products they protect.
On-demand packaging delivers just that – making it possible to create custom-sized boxes instantly to fit each order. Not only does this eliminate wasted space and excess materials, but can also reduce shipping costs through the reduction of packaging.
However, no on-demand packaging process would work without reliable, precision motors to drive the conveyors, rollers, cutting blades, sealing and folding mechanisms.
Shrink wrapping has a critical part to play in the packaging process – whether automated or manual – across a variety of applications, from food and consumables to pharmaceuticals, electronics and printed materials.
Shrink wrapping not only ensures products are presentation-ready but can also keep them secure for transportation and display, as well as being hygienically clean.
Shrink Wrapping in Distribution
Shrink wrapping is a widely used packaging method where a polymer film is applied and then heated to form a tight, protective layer around the product. It provides a fast, uniform, and efficient way to protect goods while reducing packaging waste.
Reliable Motor Solutions for Continuous Operation
To keep up with the high volumes of modern distribution centres, shrink wrapping lines need motors that deliver consistent performance with minimal downtime. AC and BLDC motors are predominantly used within these systems for continuous high-speed operation ensuring downtime is kept to a minimum but the option for PMDC motors can be used on mobile systems using lower voltage battery systems.
Brushed vs Brushless in Automated Packaging
Packaging automation can be a total gamechanger for any distribution centre, as it not only streamlines the process, but can save money, improve throughput, reduce waste and be more time and energy efficient.
However, when it comes to packaging automation machinery, motors are the driving force behind performance, reliability, and efficiency and therefore choosing the right model is a pivotal point of the process.
This starts with the choice of whether to use brushed or brushless motors. As each has its own advantages, limitations, and ideal applications the right choice is dependent on the project and its requirements.
Automated packaging systems have become a central element of fast-paced manufacturing environments. With a growing consumer appetite for faster throughput, reduced waste, and reliable uptime, automated packaging systems help companies to scale operations whilst at the same time reducing costs and maintaining consistent quality.
In the same way that automated packaging is central to manufacturing, electric motors are the lynchpin of the automated packaging systems. It is through choosing the right motor that the systems operate reliably and precisely, even under continuous operation.
What is Packaging Automation?
Packaging automation is the use of machines and systems to perform a variety of packaging tasks such as forming, filling, sealing, labelling, and palletising, all without direct human intervention.
Introducing such a packaging process not only enhances productivity, but also reduces human error and labour, the possibility of injuries such as repetitive strain injury (RSI), reduces waste, and improves overall quality. All of these benefits can result in a more cost-effective warehouse, and better profit margins over the lifespan of the machinery.
It is not essential to automate the entire process as it may only be suitable to automate the most time and labour intensive tasks or those where bottle-necks build. Automating these troublesome areas first can lead to greater efficiency and productivity, which could lead to business growth. This step-by-step approach to automation ensures your warehousing scales at the same rate as your business.
The whole point of automation is to speed up all aspects of the packaging process, ensuring products are out of the warehouse in the shortest time possible.
The process has many key stages, including the case sealing process. Effective case sealing not only secures products for transit but also supports high-volume throughput, reduces labour requirements and improves packaging accuracy. Having a reliable powertrain ensures this process can operate for longer periods without downtime for maintenance.
What is Case Sealing?
In a nutshell case sealing within the packaging automation process is the closing and sealing of cardboard cartons after they have been filled, in preparation for storage, shipping or distribution.
By removing the manual task of sealing with a tape or glue gun, the process is quicker, has more consistent quality, reduces waste and makes production lines more efficient. This can ultimately end up being a cost-effective option.
The main actions performed by a case sealer are;
Squaring and aligning the case so it passes through the machine at a consistent angle.
Folding the top flaps over so they are in alignment every time.
Sealing the case with tape or hot-melt glue.
Moving the sealed case along the conveyor belt for the next stage of the process.
The efficiency and reliability of the case sealing process is dependent on the most suitable motors to run the flap folders, tape heads, and conveyors. Each of these elements demands precise, continuous movement to maintain throughput whilst at the same time minimising downtime. This is where Parvalux can help.
Parvalux Motors
Here at Parvalux our engineers have decades of experience in designing and building motors which fit the needs of precision projects, such as those within the automated packaging process. We understand the challenges faced and therefore design our motors with this in mind. These challenges include;
Quiet Operation – Our low-noise motors reduce workplace disruption and create a safer, more comfortable environment.
Efficient Power Delivery – Optimising performance ensures energy savings without compromising on speed or torque.
Reliability and Durability – Our motors are built for various duty cycles including continuous operation, as well as minimising downtime and reducing maintenance requirements.
Compact Design – Our space-efficient motors enable sleeker machine footprints and easier equipment integration.
Easy Integration – Our flexible mounting options and customisable solutions simplify the design process.
Packaging automation plays a crucial role in the protection of goods during transit – from pharmaceuticals, to consumables to electronic components. Void filling machines are key to the packaging automation process as not only do they cushion fragile items or stabilise loads but they can also help to reduce packaging waste.
As demand for faster, smarter and more space-efficient systems expands so too does the need for high-performance motor solutions which can keep up, ensuring your business is ahead of the competition.
Here at Parvalux we have over 75 years of expertise in designing and building geared motors.
However, we appreciate that not everyone is as experienced and knowledgeable about this as we are, so we thought it was time to share this knowledge.
Gearboxes are quiet achievers, the driving force behind electric motors and without geared motors many aspects of modern life would look very different.
In order for an application to be successful it is critical to choose the right gearbox. This can depend on a number of factors and can be a complex decision.
When we consider marine, rail or transport industries our minds immediately think of movement, and being able to travel quickly, smoothly, on time and in comfort. However, whilst all of these things are important, none would be possible without visibility; the simple act of being able to see through the windscreen.
Whether you’re designing systems for rolling stock, coastal vessels, luxury yachts or heavy-duty vehicles, precision and performance of the windscreen wipers matter. Because visibility matters. This is where Parvalux’s Viper3 is your go to motor for windscreen wiper systems.
Celebrating Women in Engineering Day at Parvalux
Today marks the 12th annual Women in Engineering Day — a global celebration recognising the incredible contributions of women in the engineering industry. It’s a day to reflect on the progress made, acknowledge the challenges that still exist, and shine a spotlight on the women who are breaking barriers, leading innovation, and inspiring the next generation of engineers.
At Parvalux, we are proud to support and empower women in engineering across all areas of our business. Their ideas, leadership, and passion are vital to our success and future.
To honour this special day, we teamed up with Holt Recruitment to produce a powerful and insightful video, highlighting the voices of some of the talented women in our team. They shared their personal journeys, career advice for aspiring engineers, and what makes Parvalux a great place to grow in this field.
This collaboration is more than a celebration — it’s a reminder of the importance of representation, mentorship, and opportunity for women in STEM. We’re proud to be part of that conversation and even prouder of the women who make Parvalux what it is today.
The marine environment can be one of the harshest on the planet, with machinery confronted with extreme temperature and weather conditions, excessive vibrations, relentless spray as well as the corrosive element of salt.
This means a marine-grade wiper motor is a must to ensure the safety of your vessel whatever the conditions. This is where Parvalux has your vessel covered, with the Viper3 motor, which is not just resistant to the elements – it was made with them in mind.
Parvalux Welcomes Bright Young Minds for Work Experience Week
At Parvalux, we take pride in nurturing the next generation by providing meaningful opportunities for aspiring young people. This May, we are delighted to welcome three bright students for a week-long work experience placement, offering them a valuable insight into the world of engineering and manufacturing.
Work experience marks a fundamental step in the professional journey of any student, granting them the opportunity to experience the dynamics of a corporate environment. At ‘Parvalux House’, we strive to provide a secure, supportive space where students can thrive, learn, and work towards achieving their goals.
One of our eager participants is Rafael Maggiora, a Year 10 student from Bournemouth School for Boys. Rafael joined us with the aim of broadening his understanding of business operations and pursuing his early interest in a career in Finance. During his time with us, he spent the majority of the week working alongside the Finance team, gaining practical knowledge and learning from various team members.
Rafael shared, “I believe Parvalux offers a great opportunity to learn and flourish.”
In addition to Finance, Rafael also spent time with the Logistics and Despatch departments, gaining a broader view of the production and product lifecycle. He was hands-on in packaging and dispatching motors and gearboxes and later assisted in the warehouse by collecting components and materials for production. As his placement came to a close, Rafael expressed gratitude for the enriching experience, stating that Parvalux has provided him with an environment where he could grow and feel inspired.
Parvalux is committed to a sustainable future, a commitment which is common throughout the maxon group, to which we belong. As a long-established company, sustainable approaches to production and business are part of our culture, supporting an action roadmap encompassing our short- and long-term sustainability activities.
From building our net-zero state of the art production facility to our everyday operations, our key priorities have been to lower our greenhouse gas emissions, to lower or remove waste, and consider the carbon footprint in transporting our products worldwide.
When considering any aspect of rail operations, reliability and safety are key priorities. Train services are expected to run smoothly and on time and therefore every component must perform flawlessly to ensure that happens.
Unscheduled downtime due to component failure can have a ripple effect across an entire rail network. Delayed trains mean missed connections, frustrated passengers, and ultimately financial penalties for operators.
That’s why the reliability of every on-board system matters – especially the ones that operate under constant environmental stress. One of these which is often overlooked is the windscreen wiper.
Electric motors are fundamental components across a wide range of industries, providing the necessary power and motion for countless applications. It could even be said that they are the cornerstone of global infrastructure.
At Parvalux, we take this very seriously and pride ourselves on offering a diverse selection of high-quality, reliable electric motors designed to meet the specific needs of our customers whatever their industry or project.
However, not all motors are made the same, and some are better suited to specific applications than others.
How VE Day shaped the modern world
On a national level VE Day was more than just the end of the War, a moment of celebration and the beginning of rebuilding European society. The end of the War also saw the creation of the United Nations, advancements in medicine and technology and a rise in democracy across all European nations. Additionally, Mark also feels that “lessons from WWII, marked by VE Day, still influence how militaries train and prepare. The emphasis on readiness, logistics, and coalition warfare stems directly from WWII strategies.”
Resilience, Unity and Sacrifice
Even in the complex, and often divided modern world, Mark believes the spirit of the Blitz that helped people reach VE Day is still present in society, albeit manifesting in different ways. He said:
“Resilience is still very present. We see it all the time, especially in moments of crisis. Think about how people rallied during the COVID-19 pandemic—healthcare workers, key workers, and communities stepped up in ways that echoed wartime perseverance. Or how nations respond to disasters like earthquakes, floods, or even wars in places like Ukraine.
After tragedies or global challenges, people often put aside differences to work in unity. You can see it in how countries send aid, how communities come together, or how shared causes like climate change spark international cooperation.”
Celebrating VE Day
Across the UK and Europe parades and events have been organised starting on Monday 5 May and continuing until 10 May.
On VE Day itself (8 May) the Poole branch of the Royal British Legion are presenting a wreath at the War Memorial in Poole Park, and there will be a beacon lighting ceremony in front of the BCP Council Civic Centre in Bournemouth. On the evening of 10 May Winton and Moordown Royal British Legion will also be holding an event with live entertainment and a chance to embrace the joy of 1945. Mark will be out on exercise on Okehampton Camp working with the regular army on a regional event called Ten Tors (ExWyvernTor) but claims he will “be having a toast to all the service personnel who fought for our freedom.”
Electric motors can be found at the heart of a great deal of modern technology, powering everything from household appliances like electric toothbrushes and fridges to industrial conveyor belts and automatic doors. But for many, this vital piece of technology goes unnoticed and unappreciated despite our complete dependency on it.
How do electric motors work?
In essence an electric motor converts electrical energy into mechanical energy, making it possible for a variety of devices and systems to function. To break it down further electric motors require three elements:
Electrical Input — An electric current flows through a wire coil inside the motor, generating a magnetic field.
Magnetic Interaction —The magnetic field interacts with permanent magnets (or other electromagnets) in the motor, causing the rotor (a rotating component) to move.
Mechanical Output — As the rotor turns, it generates rotational force or torque, which can be used to power anything from conveyor belts to kebab skewers.
The benefits of this process is that it is very efficient and can be carefully controlled making electrical motors ideal for both small appliances and large-scale applications.
The most fundamental elements of electric motors are speed and torque, which determine how a motor performs in various applications.
Torque is a measure of the rotational force that an electric motor generates, and is the force required to drive the load. High torque is vital for applications which require heavy lifting, pushing, or pulling, and the higher the torque the heavier the load it can manage.
Torque is paired with speed. The speed refers to how fast the motor’s rotor spins and determines how fast the mechanical output is delivered.
The right combination of torque and speed makes electric motors incredibly versatile as some applications require high torque and low speeds or vice versa. Torque and speed can be carefully controlled according to the application requirements.
Parvalux prides itself on having more than 75 years of experience in creating electric motors for a variety of applications, across industries and around the world. This longevity means we have a deep understanding of the industry, and more importantly our customers, their needs, and their pain points.
This thorough understanding of these challenges means we can create solutions to help improve projects. However, we often see the same main challenges across industries. Here are the top five concerns that many engineers have when considering electric motors for their applications.
This week, 10th-16th February, is National Apprenticeship week in the UK. This celebration of apprenticeships and the acknowledgement of the amazing skills that can be learned for life, is now in its eighteenth year.
Apprenticeships are no longer only the domain of school leavers starting out on a new career, but can also be a fantastic opportunity for employees looking to progress in their career or even kick start a new career path.
Here at Parvalux we have 13 current apprentices and are proud to be contributing to the future workforce, by providing them with new skills they can carry forward.
In 2024 Parvalux was heavily involved in the community from raising money for charity to being involved in schools. Parvalux has been working with the local community all year round to provide resources to people who need it.
Parvalux Charity of The Year!
The Parvalux Charity of the year was SPRING, a fantastic charity who helped parents and family members who had experienced baby loss. In 2024 we decided to do something different and registered for a charity skydive through SPRING. We sold tickets for a raffle to who would be jumping out of the plane and taking on the responsibility of raising funds for the skydive. Harry Thompson our Digital Marketing Executive won the raffle and started planning events and activities to raise money for SPRING.
The fund-raising journey started with a bake sale where our star bakers managed to raise £81 and got us well on our journey to reaching our £600 target. The second activity organised was a pool tournament where 32 members of staff competed. This was a fantastic competition that brought all areas of Parvalux together. We were able to raise £70 from the tournament and the winner Jamie Manns kindly donated his winnings of £30 to SPRING. The next fundraising activity was a raffle, Harry contacted local businesses to round up attractive prizes that would encourage the Parvalux staff to buy tickets. Things like extra holiday, vouchers and gym passes were up for grabs and caught the attention of staff. We ended up selling over 500 tickets and absolutely smashing the fund-raising target. All together Harry managed to raise £1,053 for SPRING and his skydive was a day before his 25th birthday on October the 5th.
Understanding Torque and Speed in Electric Motors
When selecting an electric motor for an application, regardless of project size or industry, two of the most critical performance factors to consider are torque and speed. These elements determine how well the motor can perform specific tasks, such as lifting heavy loads, running at high speeds, or providing precise control in an industrial setting.
The Importance of Torque
In essence torque is a measure of the rotational force produced by an electric motor and therefore the force available to rotate an object, such as a conveyor belt, fan, or machinery components.
The higher the torque, the greater the ability to rotate heavy objects, overcome tough resistance or to transport objects vertically. Applications which rely on high torque can include hoists and cranes, as well as industrial mixing machines.
The Need for Speed
The speed refers to how fast the motor’s output shaft rotates. High-speed motors rotate faster and are ideal for applications where rapid movement or high rotational velocity is required.
High speed motors can often be found in HVAC (heating, ventilation and air conditioning) systems or conveyor systems within the manufacturing industry which requires fast-paced activity.
In the fast-paced industrial environment, it is a constant challenge to try to meet the ever-evolving demands of the market whilst maintaining efficiency, quality, and cost-effectiveness. There are additionally various complexities involved in selecting the right components for each specific application. The motor and gearbox combination selection are often one of the most critical decisions, as it directly impacts the performance, reliability, and longevity of the final product.
Here at Parvalux we understand the challenges in multiple industries and have designed our modular range to take the stress out of delivering on your project. Offering a diverse and highly versatile selection of motor and gearbox combinations, the modular range is designed to meet the specific needs of a broad spectrum of applications. Whether you are developing industrial automation equipment, medical devices, or mobility solutions, the modular system allows for a level of customisation and flexibility that can help you achieve your project goals efficiently and effectively. The modular range is quick to configure, build and deliver with a 72-hour dispatch.
The modular range can help by easing these challenges through focusing on three key aspects:
Versatility Across Applications
Customisation Capabilities
Reliability and Quality Assurance
Versatility Across Applications
The modular range is designed to serve a wide array of industries, including healthcare, industrial automation, agriculture, and transportation, therefore providing exceptional versatility. However, this versatility isn’t limited to the number of industry applications the range can support, but also about the depth of customisation and adaptability it offers within each application.
For example, in the healthcare industry, Parvalux motors are used in devices such as patient lifts, hospital beds, and mobility scooters which require precise control, smooth operation, and reliability under continuous use. The modular range allows you to select motors and gearboxes with the exact torque, speed, and power characteristics needed to ensure optimal performance and patient safety. Similarly, in industrial automation, where precision and durability are paramount, the modular range provides solutions that can also withstand demanding environments.
The ability to mix and match different components within the modular range makes it possible to fine-tune your motor and gearbox combination to meet the highly specific requirements of your machinery, ensuring efficient and reliable operation for the lifetime of the project.
The transportation sector is a cornerstone of the global economy, encompassing a wide range of activities, including the movement of goods by road, rail, sea, and air.
The efficiency of this sector is critical for maintaining supply chains and ensuring goods reach their destinations on time. This wouldn’t be possible without reliable geared motors.
As we move towards more efficient and increasingly automated systems, the demand for robust and dependable motors has never been greater or more essential to all aspects of the industry including marine steering systems, vehicle winches, and rail and marine wiper systems.
Marine Steering Systems
In the marine industry, steering systems are crucial for the safe and efficient navigation of vessels across inhospitable environments. These systems rely heavily on the performance of electric motors. A reliable motor ensures precise control over the vessel’s direction, which is crucial for avoiding collisions and navigating challenging environments.
High-quality motors, such as those provided by Parvalux, are designed to withstand the harsh conditions at sea. They offer robust performance, resisting corrosion and maintaining functionality in the face of saltwater exposure and extreme temperatures. Selecting a motor that can endure these conditions whilst delivering consistent performance is vital.
Vehicle Winches
Vehicle winches are indispensable in the transport and logistics sector, particularly in recovery and heavy lifting operations. Whether used in tow trucks, off-road vehicles, or construction machinery, winches must possess reliable power to lift and pull heavy loads in harsh and unstable environments.
The motors driving these winches therefore need to provide high torque and precise control. A dependable motor ensures the winch operates smoothly, reducing the risk of mechanical failure during critical operations.
Rail and Marine Wiper Systems
Wiper systems in rail and marine applications are essential for maintaining visibility in adverse weather conditions and rely on geared motors to drive the wiper blades.
The motors used in wiper systems must be capable of operating continuously under varying conditions. They need to be robust enough to handle the wear and tear of constant use, as well as the environmental challenges posed by moisture and temperature fluctuations, and the resistance of water and snow on the wipers.
In the rapidly evolving world of mobility solutions, selecting the right motor and gearbox is critical to the success of your product. Whether you’re designing electric wheelchairs, mobility scooters, or stair lifts, your components must deliver consistent performance, be reliable and have the ability to handle varying loads in a multitude of terrains.
This is where Parvalux are your ideal partners as we specialise in high-quality motors and gearboxes that meet the exacting demands of the mobility solutions market. All our geared motors are built using the highest quality materials meaning they can endure the stresses of daily use and are built to last. Throughout the production process every component undergoes rigorous quality control processes ensuring they meet the highest standards of reliability and durability.
Robust and Reliable Geared Motors
Mobility solutions require components that can withstand rigorous daily use without losing any functionality and reliability. We pride ourselves on our motors and gearboxes being designed to operate in a variety of environments, including indoor and outdoor settings, where they may be exposed to dust, moisture, and temperature fluctuations.
This resilience makes them ideal for mobility devices that need to function in diverse conditions, whilst at the same time offering smooth and quiet operation. They are designed with longevity in mind, therefore reducing the amount of maintenance required over the life-span of the product.
Exceptional Load-bearing Capabilities
One of the most critical factors in mobility solutions is the ability to handle varying loads reliably. Our motors are designed to deliver high torque at low speeds, providing the necessary power to move heavy loads smoothly and safely.
This is particularly important in applications like mobility scooters, where the motor must handle both the weight of the rider and the terrain, or in stair lifts where force is required to move the user upwards.
Smooth and Quiet operation with no compromise
Mobility devices must operate smoothly and quietly to ensure user comfort. Our motors are designed for low noise and vibration, providing a pleasant experience for the end user even when navigating challenging terrain or inclines. Our knowledge and expertise in gear material selection and gear lubrication support this.
Customisable Solutions
We know every mobility application is unique, and therefore off-the-shelf solutions may not meet your project’s specific needs. That’s why we offer customisable motor and gearbox combinations tailored to your exact requirements. Whether you need a motor with increased torque for heavier loads or a more compact design to fit within tight spaces, we can work with you to create the perfect solution for your mobility application.
The modular nature of Parvalux motors can be easy to integrate into existing systems and the standardised components can be combined in various configurations, allowing for straightforward assembly.
The modular range also enables you to scale your design easily and as your product range grows or the needs of your application change, the modular components can be reconfigured or upgraded without requiring a complete redesign of the motor system. This can reduce time-to-market for new models or variants of existing products.
Your ideal Partner
Parvalux has a long history of success in the mobility solutions market. Our geared motors are used in a wide range of applications, from electric wheelchairs to stair lifts, and are trusted by manufacturers around the world.
Choosing to work with us means you are not just purchasing a reliable, high-quality product but you are also gaining ongoing support for the life-span of your project, from the initial design phase to after-sales service. We’re here to ensure that your mobility solution performs flawlessly for years to come. Your success is our success.
For many years we have delivered motors that meet the stringent demands of mobility applications, helping our clients create products that improve the quality of life for their users. If you are in the process of developing mobility solutions why not check out our product range, or contact a member of the team today to discuss customised options.
With so many industries partially or fully automated, the geared motor is a fundamental aspect of daily life for everybody, whether it is running a stair lift in a domestic home, driving conveyor belts in a warehouse or opening doors on public transport. The success of this machinery is dependent on choosing the right motor and of course the right gearbox.
But how do you know what gearboxes are available and what they would be best suited for?
Here at Parvalux we have a wide range of gearboxes from planetary and spur gearboxes to worm wheel gearboxes. All of these are available with gear materials of bronze, composite or steel.
The warehousing and distribution industry is undergoing a transformative shift, led by the need for higher efficiency, reduced maintenance, and better overall performance. Conveyor systems are central to most warehouse operations, and without regular maintenance, downtime can prevent a warehouse from functioning which obviously has a large financial impact. The key, therefore, is to ensure … Continued
Keith Ridout has spent his working life at Parvalux, starting with us in 1974, and has reached 50 years of service which is an amazing achievement, one that means he joins a growing club of the Parvalux 50. In his time at Parvalux, Keith has worked in many different departments, starting out as an Apprentice, … Continued
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One of the most innovative ranges of high-quality electric motors and gearboxes offered by Parvalux is the modular range. This modular range provides an unparalleled level of flexibility and versatility for a wide range of applications. Let’s look at five innovative uses of the Parvalux modular range, highlighting how it can empower engineers, designers, and … Continued
Conveyors are an integral part of warehouses, food production facilities, factories and medical facilities and can be the cornerstone of all modern industrial operations. However, as operations change conveyor systems may need reviewing and staff are not bridging the gap undertaking repetitive tasks and heavy lifting which can affect their wellbeing. Choosing the right set-up … Continued
Taking place annually on the 23rd of June, the world acknowledges International Women in Engineering Day (IWED), and this year is no different. This day provides an opportunity to celebrate the women working in engineering as well as highlighting the opportunities available to future generations. At Parvalux, we very much value all of the women … Continued
Warehouses and factories have been utilising conveyor systems for decades but outdated systems can cause operational downtime. However, it’s never too late to improve the system to make it more efficient, more cost-effective and make your processes more productive. One often simple means of making these improvements is to change from brushed to brushless motors. … Continued
There are so many variables to consider when designing your conveyor systems; from the type of conveyor to the way the system will be used, to the conditions it will be expected to function in. This is before you take into account the type of motor that will be used to run the machinery. When … Continued
Conveyor systems can be paramount to the efficient operation of industrial and e-commerce facilities. They need to be durable, reliable and with low maintenance requirements. Any production downtime caused by conveyor malfunction or the regular scheduled maintenance required by brushed motors is costly. Our range of brushless motors requires far less maintenance meaning reduced down … Continued
Warehouses are the lynchpin of the logistics industry where efficiency, productivity and safety intertwine. However, in many warehouses there is still a reliance on manual labour and heavy lifting which can put workers at risk, as well as compromise on efficiency. This is where conveyor systems can completely revolutionise a warehouse operation, alleviating the strain … Continued
Buggy Boost: How Parvalux is Helping Golfers Around the Green When thinking about gearboxes and motors we automatically think of industrial spaces such as warehouses, transportation, or the medical industry. But they are also key for many recreational activities such as food preparation or even the golf course. Golf is becoming increasingly popular with more … Continued
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How Stair Lifts Revolutionise Movement Stair lifts have evolved in previous years beyond mere accessibility aids; they now epitomise seamless movement in both the home and the workplace. They have revolutionised movement and accessibility for many individuals with mobility challenges or disabilities, as well as aiding those who may provide care for them. Increased mobility … Continued
This week is National Apprenticeship Week, at Parvalux one of our core values is Curiosity; a value that actively encourages our people learn and develop. We have been embracing Apprenticeships as a path of learning for many years, believing that learning while earning is an excellent way to gain a qualification and has helped people … Continued
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There are as many electric motor and gearbox combinations as there are uses for electric motors throughout various global industries. Every industry, whether manufacturing, transport, food preparation or corporate business, utilises motors in their day-to-day operations. Applications of Electric Motors The range of motors and gearboxes we have at Parvalux have been used in various … Continued
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Operators of large commercial buildings know the value of automation and the benefits of having automated doors, electric gates, and elevators. They understand that they can make a building more inclusive but can also be cost-effective, sustainable and can improve the security of the site. Automated building solutions have many benefits including: Decreasing operating costs … Continued
People often marvel at the technology involved within the medical industry which enables people to live longer, healthier lives. However, some of the technology involved within the medical industry is honest, down-to-earth tech such as motors and gearboxes, and these have advanced more in the past 15 years than they have done in the past … Continued
The motors and gearboxes we provide here at Parvalux have wide and varied applications; from automatic doors, to stairlifts to pallet and tray shuttles. The pallet shuttle is a semi/ fully automated storage system where a shuttle, powered by a geared motor runs across rails to pick or store pallets and storage boxes.It can increase … Continued
Revolutionising Accessibility: The Impact of Automated Doors on Inclusivity There is little doubt that automated doors have a number of benefits for businesses including being more environmentally sustainable as well as being convenient for staff and clients. However, a key benefit of automation is actually accessibility and inclusivity. The Equality Act 2010 in the UK … Continued
In the realm of transportation, an unobstructed view is non-negotiable. This is applicable for transportation of goods or passengers, by sea or land. Therefore it goes without saying that windscreen wiper systems are a must for all vehicles. The key to clear visibility in the most extreme weather conditions are the wiper systems and of … Continued
In the rapidly advancing world of warehouse automation, smart manufacturing and other intralogistics movements of goods, precision, efficiency, and reliability are paramount. A recent study by Warehouse Automation (2022), has indicated the global market for automation would rise by as much as 19% between 2024 and 2027. Therefore ensuring that automation is carried out efficiently and … Continued
It’s surprising how much we rely on automated doors and, therefore, the geared motors that enable them to function; from sliding or revolving doors in commercial environments, to lift doors or automated garage doors, to even opening the gates to your driveway. Automated doors can make an environment more inclusive, more welcoming and more convenient, … Continued
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Losing mobility can be a traumatic period in anyone’s life, regardless of whether this is due to ageing, or an accident. With the implementation of innovative, reliable and efficient motors mobility solutions are able to empower individuals with increased independence and mobility. As with any piece of equipment, it is important to utilise the most … Continued
How Motors Are Used Within Agriculture The agricultural industry has always been at the forefront of technological advancements in order to meet the increasing demands of food and fuel production. Motors have revolutionised the way farming operations are conducted, providing improved efficiency, and productivity. Parvalux has developed a range of motors including the BRx42 ( … Continued
Since 2020 and the global pandemic the manufacturing world has changed dramatically in terms of strategy, technology and methodology. This has meant much of the manufacturing industry has moved into the ‘work smarter’ rather than ‘work harder’ space as well as focusing on sustainability, cost reductions, safety and efficiency. However, technology moves fast and it’s … Continued
When designing products and equipment, choosing the right motor can be the difference between a successful design and one that ends up back on the drawing board. Every piece of machinery has a unique set of requirements as well as needing to be reliable and robust and getting the motor right is key. Deciding which … Continued
DC motors are the driving force behind many battery-operated devices in dozens of industries throughout the world. Often these motors are paired with a gearbox, as without one the shaft speed of the DC motor can exceed application requirements. A DC motor’s shaft speed can be in the region of 1500-6000 RPM and the gearbox … Continued
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Winning the 6s Plug Game Recently the team at Parvalux took part in the 6S Plug Game, a lean manufacturing simulation game which demonstrates how organisation of the workspace and components can speed up any process and therefore increase productivity. This exercise was designed to prepare the team for the roll-out of the 6S Lean … Continued
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In the modern digital age we tend to think of the printing press as something old fashioned and outdated like the fax or the mini-disc player, but the printing press is used in many aspects of modern life from books to instruction manuals to use by dates on packaging. The printing press was fundamental in … Continued
The agricultural industry are continually looking for ways to increase output, improve efficiency and reduce waste. This has led to robots and automation becoming an integral part of farming and food production processes. Application of robots in agriculture Robots have a wide range of applications within the agricultural industry from performing complex tasks such as … Continued
Door automation is a common and indeed important part of everyday life for many people and can mean the difference between a premises being accessible or not. In its simplest form door automation is the automatic opening and closing of doors without the user needing to come into contact with them. In the latter part … Continued
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Most people are used to electrical items in their homes working when they switch them on, without really considering how this happens and what generates the power. Many household items, including white goods are powered by a DC (direct current) motor, which converts electrical energy into mechanical energy. White Goods In a standard kitchen there … Continued
At Parvalux, we offer several different gearboxes in standard and custom variations. A worm wheel gear is one of the most common types of gear and you will find worm wheel gearboxes in applications across the world. There are benefits and disadvantages of using a worm wheel gear in an electric motor gearbox and … Continued
At Parvalux, we understand that every electric motor is chosen specifically to provide efficient and reliable power to a wide range of potential applications, each with its own requirements. When you are choosing an electric motor for your application, there are several variables to consider, including the intended industry application and the type of motor … Continued
One of the most important uses for motors in our day to day lives is in healthcare equipment. Life support machines, such as ventilators, are crucial for keeping patients alive and must provide reliable operation. These essential pieces of kit are powered by a motor and the most reliable ventilator motor of all is a … Continued
Industries across the world rely on conveyor systems that are durable and can handle varying loads. Therefore, they require a specialist electric motor for conveyors. The materials handling industry uses conveyors to ensure that products are distributed effectively, so an AC or DC motor is chosen depending on the weight it needs to carry and … Continued
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You will find permanent magnet motors in any number of appliances in your daily life, from toothbrushes to mobility solutions; but what exactly are they and what are their advantages? In this article, we will focus on PMDC motors, which are the most common type of permanent magnet motor. As trusted manufacturers of motors for … Continued
Electric motors can be found in many of our day-to-day appliances, as well as in large industrial operations but what is their purpose and how do they work? Parvalux electric motors power industries across the globe, from conveyor systems and automatic doors to train wiper systems and even amusement arcade machines. In this blog, we … Continued
Are you wondering which type of electric motor is best suited for your project? Parvalux designs and manufactures a comprehensive range of powerful and reliable AC and DC motors, but what is the difference between AC and DC motors and how do you know which one is best for your application? AC Motors AC electric … Continued
As renewable energy sources become more widely used, understanding how to best implement them is very important. Solar panels and wind turbines are rapidly growing technologies that are being used both domestically and in large scale farms. However, maximising the efficiency of these energy sources can be difficult. Solar panels for example can only reach … Continued
If you are considering manufacturing hoists for the healthcare industry, you might be wondering which design would work best for both you and your customers. Patient hoists can be operated by an electric hoist motor or manually by human lifting. Whilst manual hoists can be considered cost-effective upon initial purchase, electric hoists can bring an … Continued
DC motors are used in a wide variety of industries, from the workplace to leisure. However, one of the main industries they serve is rail. DC motors are commonly used to power trains and their individual parts, such as windscreen wipers. If you are considering a durable and high-quality motor solution for a train, our team at Parvalux … Continued
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Over the years, the electric motor has evolved extensively and continues to play a key (and growing) role in today’s society. As the leading electric motor manufacturer and supplier for over 70 years, Parvalux is fascinated by the growth in popularity of the electric motor. When was the electric motor invented? 1740s – Inventions began Early incarnations … Continued
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Has your electric motor stopped working properly? Is it time for an electric motor repair or a replacement? Knowing which option to choose can sometimes be a bit of a challenge and at Parvalux, we’re here to help you find the right solution when it comes to repairing or replacing electric motors. Repairing an existing motor … Continued