Autonomous mowing for companies, what are the benefits? How can a change in park maintenance management habits, economic and ecological yield results? Private gardens, golf courses, football pitches and sports grounds have all opted for a robotic mower for their maintenance needs. So why not autonomous mowing for companies? Here are four good reasons to change company habits to an eco-friendly solution. What type of company? Belrobotic robot mower provides advantages to all companies that have garden or park areas. Whether you operate in the hotel sector, the industrial sector, or a community: the management of park maintenance is important. The automatic mowing solution should be considered and can offer profitability for surface areas over 2000 m². Why choose a robotic mower for company parks?  ROI and efficiency The cost of maintaining lawns is not negligible. Did you know that more than 70% of the cost of mowing comes from labour costs? With a robot, you save the total labour cost and part of the energy cost. Make savings whilst obtaining superior mowing quality. Ease of management and independence The main convenience offered by the autonomous mower is independence. Irrespective of the weather conditions or external factors: the lawn will be beautifully cut all season. The direct cost and the many indirect costs associated with park maintenance no longer apply such as a being reliant on a large number of subcontractors. Ecological marketing and brand image The company setting is a highly symbolic element that plays an important part in creating the brand image. Like a private lawn, a company’s gardens or park send a message. Make sure it’s a positive one!Moreover, the importance of ecological marketing or green marketing is now well accepted. For the sake of both your prospects and your employees, choosing a solution that respects the environment has a tangible impact. More competitiveness in the face of competition Employee well-being and enhancing the internal image Transparent communication and an ecological positioning will result Does the robotic mower interest you as a possible mowing solution for your company’s gardens? Contact Belrobotics  for a free no obligation site appraisal. Why not take look at the articles and videos  on the blog to get as much information as possible on robotic mowers and lawn maintenance  in general!

AMS robotics continues to build its growing reputation and success with its outfield robot technology. Recent highlights include a installation at Stevenage Golf Centre, a trial at Top Golf and an upcoming install at Wycombe Heights Golf Centre. A UK first in automated outfield maintenance, AMS’s driving range robotic solution automates the traditional costly and time-consuming tasks associated with ball management and outfield mowing. It does this via a simple monthly contract called Range Ball Plan its cost is based on the ball output of your facility. A standard driving range installation involves the install of a perimeter wire, responsible for emitting a magnetic field that guides the robot lawn mower and ball collector around the outfield. Two charge stations, one for each robot. An automated ball wash and return system, which washes and transports the range balls back to the dispenser. Alongside the robot technology new robot friendly targets are often introduced, to help revamp the outfield and enhance golfers practice experience. said Philip Sear Managing Director of Automated Managed Services Ltd. With 40+ sites and counting across the UK, AMS looks to expand its client base beyond the golf industry and into sports pitch/field maintenance. Its robotic mowing solution is soon to be installed at Barking FC, ensuring AMS is well on the way to cementing its status as the preferred 21st century choice for outfield maintenance.

Why consider robotic mowing? What are the benefits? Can the robot handle slopes in a garden? The answers to your questions! When developing and planning the layout of your new garden, the idea of a robot mower that will maintain a perfectly cultivated lawn is highly appealing. However, there are a few essential things to consider so you experience long-lasting easy maintenance with your robotic mower. Robotic mowing, the start of a beautiful friendship Why does a robot mower appeal to both landowners and professional gardeners? While you may enjoy having a well kept lawn, manually maintaining it can often feel like a chore. Tasks such as cutting, raking, scarifying, fertilizing, strimming and edging your lawn can be time consuming. With an automatic lawn mower, it allows you to sit back and let the machine look after your grass while you focus other things. Robotic mowers are not a particularly new invention, however with the advent of new technologies they are fast becoming the must have equipment for any large property and can be economically justified for any large grounds of 2000 m² or more. Save time and energy Reduced labour costs Improves the turf health No noise pollution Reduced carbon footprint Do you have or are you considering buying a tractor mower? Read our five reasons to choose a robot. Consider robotic mowing in your garden design. While the robot mower can be adapted to most garden configurations. It is preferable, as far as possible, to arrange the garden with the robot’s operation in mind. Obstacles A quality robot can easily allow for the various obstacles involved in a garden layout. The protection of flower beds, trees and all types of landscaping is guaranteed with Belrobotic mowers. Therefore no special measures need to be applied, other than careful installation by professionals. Furthermore Belrobotics models are equipped with sonar, allowing them to approach obstacles slowly. Resulting in no damage and offering peace of mind that safety is paramount. Please note that Belrobotic mowers will reach its cruising speed on unobstructed surfaces. Stairs Since current robot mowers are unable to use a staircase. If your garden layout consists of a stairs, this does to mean it has to be eliminated from the design. However you do need to consider what route the robot will take or allow for the fact that you will have to manually move the robot the other zone. Clearance width The clearance width for the robot is dependent on the model. The cutting width also varies according to need. However, for a private property, we advise at least a 250 cm clearance width. With standard optimum spacing between trees or between a tree and a fence being at least 200 cm for both aesthetic and practical reasons (such as for the development of the tree), the robotic mowers requirements are not too strict. Slopes, inclines and the robotic mower What about the garden slopes? Is the robot capable of handling a difficult surface? Yes, but certain Belrobotic models are better adapted for particularly hazardous slopes and obstacles. Inclines of up to 30% for the standard models, and 45% for the biggest model. Wheels with treads and a powerful motor: all-terrain safety and efficiency! Interested in the robotic mower solution? Find all the information and answers to your questions in FAQs section of the AMS robotics blog and watch the video on robotic mowering of residential gardens

Can the robot mower be left outdoors throughout the mowing season? What are the benefits of having a garage for my robot mower? How should it be fitted out? A robot mower can be left outside High-quality robot mowers are designed and built to be left outdoors throughout the mowing season. The location of the charging base must NOT be placed in a corner or close to a source of water (for the magnetic waves). This is because the robot must be able to align its charging contacts easily with the station. Belrobotics robot mowers have an aluminium and stainless-steel chassis guaranteeing strength and durability. A garage is not indispensable,but… Although on the face of it the robot doesn’t require any additional protection, the option of a garage may be wise, in order to: Protect from the elements and other damage Hail, snow, branches or bird droppings can affect the robot. If it is frequently exposed to severe weather or a risk of external damage, covering it will prove wise, though mainly to protect the robot from the point of view of its appearance. Protection from projectile impacts Even though the robot mower itself is able to withstand the impact from range balls, another use for a garage is to protect the charging station from projectiles. For example at a golf course or football ground, errant balls can hit and damage the station’s sonar or charging arm. In this instance, metal mesh is one option for protecting the station. Leaving the robot to recharge away from humans Places such as public parks and green spaces are where a great many people pass through. Sometimes they may move the robot unintentionally causing the robots charge being interrupted. In this case, a small protective housing like the one shown in the image below can be useful. Making the landscape more attractive The garage can also serve a decorative function. Some owners like to customize the installation and choose this option simply for the beauty of the structure. Conversely, robot lifts allow the machine to be completely hidden away! The risk of vandalism is extremely rare and does not especially warrant a garage. For more information read our article on robot mower vandalism. Recommendations for using a robot garage The garage must allow the sonar to detect the charging base. From that point on, several options are offered such as a partially open or mesh garage, an external sonar to let the sonar waves guide the robot or the lift model charge station. Contact the AMS Robotics for all further details, .

Selecting a robot for maintaining large areas (football pitches, sports grounds, golf courses, public parks and gardens or private grounds) demands careful thought. Here are five reasons why you should invest in a professional robot mower over several small robot mowers. A reduced installation cost with a single professional robot mower A single robot requires only one docking station, one electricity supply and a single perimeter wire instead of two or three for several robots. The expenses associated with the electrical supply are much lower for one robot mower than for a fleet of robots. Several perimeter wires can also increase the risk of interference. A single robot mower offers you uninterrupted mowing, simple installation and reduced set-up costs. No wires crossing the area With a single professional robot , the wire will run around the perimeter only therefore will remain undamaged during major maintenance. However when several smaller robots are installed, the wire needs to cross the area. This means on sports grounds such as football pitches, the wires are vulnerable to damage during major maintenance such as aeration, scarifications, etc resulting in costly repairs. Lower repair and maintenance costs The overall maintenance costs are much lower for a single robot than that of a fleet of machines, life expectancy, battery life and power are greater for professional models compared to that of smaller robots. We advise customers to add an extra 20% to the capacity of the area to be mowed when selecting what model robot mower they require. Purchasing models that are going to be overstretched or choosing models that won’t have the capacity to ensure an impeccable cut all year round is not beneficial in the long run. A quality cut, lower grounds maintenance costs Grass cut by a professional robot guarantees reduced maintenance costs overall, the clippings are much smaller and fertilise the soil in a totally ecological way improving the turf’s health. What’s more, a pro robot mower is more robust, lets you cut all types and heights of grass and can clear even quite large obstacles. Thereby reducing power wastage and possible system blockages. Cut precision and quality mulching Cutting capacity in higher grass Clears obstacles unaided Robot mower life An even cut for an impeccable grass surface When using several robots the user needs to ensure the cutting height setting is the same on all robots. Difficulties can arises when one robot has a difference of only a few mm. As a result, the cut lines made by little robots will be much more pronounced. In closing, by choosing a professional robot mower instead of several smaller robots is also an environmentally friendly choice, that creates less pollution and requires only a single battery and shell need to be recycled when needed. Discover the Belrobotics range of robot mowers for maintaining football pitches , public or private gardens and parks , company grounds or golf clubs .

It isn’t generally the actually moles themselves that exasperate gardeners, but usually the molehills they create! These little insect-eating mammals are burrowers. Their tunnels form their burrows and the visible mounds on the surface are called a molehill. Here are handy tips to help you get rid of moles without wasting your time! Moles are not haemophiliac! One longstanding myth to be aware of is that moles are haemophiliac. This is NOT true, so don’t bother trying to use broken glass and other sharp objects in your green spaces. It is not recommended and can equally dangerous for humans and pets. Natural remedies for driving moles away There are lots of natural remedies listed as deterrents for moles, these are some of the most common than proved successful: Dog hair in the tunnels Elderberry: either concentrated, directly in the molehills, or branches close to the area to be protected The strong odours of garlic or onion (fairly poor reliability, but less toxic than mothballs) A stick planted in the entrance to the tunnel Mole traps and mole catchers A mole catcher is by definition a person whose job is to destroy moles. However, there are mole catchers that don’t kill the moles, but combat the animal while keeping it alive. In either case, the mole catcher will usually have traps that are environmentally friendly. Moles don’t like noise and ultrasound! Moles have a highly developed sense of hearing, unlike their eyesight which deteriorates as they get older. So moles are extremely sensitive to noise and vibration. Home-made One common method is to position sticks carrying half an upside-down plastic bottle at the entrance to the tunnels. It may not look very attractive, but it’s effective in driving away the moles! Ultrasonic devices Another frequently used alternative is to buy ultrasonic devices. These gadgets operate using either solar power or batteries. But watch out, as you’ll need a substantial number of devices to actually get rid of these infernal squatters. Repeated mowing! Yes: mowing drives moles away. However, mowing isn’t going to get rid of them for good. Like all the natural solutions, sound and ultrasound have to be repeated. The solution: repeated mowing?! Yes – but using a robot mower! That will mean silence but constant ultrasound, along with a magnificent lush green lawn with little effort. Want to find out more about robot mowers? Discover the Belrobotics ranges of robot mowers . Our Belrobotics lawn masters range will solve quite a few of your garden maintenance problems!

Did you know a sports field’s turf density is one of the key factors that affect playing performance? And did you know at the heart of making your lawn denser is regular mowing? The benefits of denser turf When it comes to your garden, it’s the aesthetics of a lawn that are often most often important. However, for sports groundsmen there’s so much more to consider such as the field’s frequency of use that need to be monitored. The density of the pitch, its firmness, uniformity of cut and grass height, aeration, the presence of felt, combating turf diseases and weeds, deciding between overseeding or repair, between decompacting the pitch’s different layers or using a roller, sanding and liming, plus watering and fertilisation. All of the above factors have a significant impact on the playing performance of sports pitches, but the turf’s density is particularly important. This is because having a high concentration of blades of grass as well as roots, provides greater resistance to trampling and tearing that is associated with regular pitch use. How to obtain a thick and healthy turf Mow more often to make your turf denser! To make your turf denser and healthier, it’s essential to mow it frequently. This is due to the upward growth being slowed by regular cutting, therefore the grass adapts to this and spreads out across the surface by increasing the number of shoots. During this process, the roots continue to develop both horizontally and downwards. These two factors both give the grass better anchorage in the ground, making it much stronger and more resistant. However, while it’s essential to mow the lawn frequently, certain varieties of grass have reduced tolerance of very short cuts, so the cutting height needs to be considered. Robotic mowers a tailored solution! Your first thought maybe to just increase the mowing frequency using your existing standard mower, however this will increase your workload and invariably your costs. A professional robot mower however avoids this disadvantage by cutting the grass automatically each day. What’s more, the high-quality mulching of a mower such as the Bigmow robot encourages root growth and also makes the turf more solid. So if the idea of a perfect pitch for less effort appeals to you, don’t hesitate to arrange your free no obligation site appraisel !

AMS will once again showcase their robotic grounds care solution at BTME 2019. The automated ball wash and transportation system along with the Belrobotics robot mower and range ball collector will be exhibited on stand 139 in the blue zone. BTME itself will run from Tuesday 22 to Thursday 24 January 2019. AMS’s robotic maintenance solutions are designed for large green space areas where turf maintenance is required such as sport pitches/fields and golf facilities. The robot mower can cover areas of up to 24,000 m2 and cut the grass between 5-7 times a week. The robot ball collector can cover 30,000m2 and drops the collected range balls into a ball pit, which washes and transports the balls back to the dispenser. AMS service solution requires no capital outlay and the cost is administrated through an affordable monthly price plan. The robots are lightweight, environmentally friendly, reduce costs associated with labour, fuel, waste removal and could transform the health of your outfield in just over a year.

How does robotic ball collection compare with vehicle-mounted ball collectors? Can robotic ball pickers handle large ball volumes? Known as golf ball pickers or range ball pickers. Pickers are designed to collect the range balls from the driving range outfield. In this article, we will explore the key differences between robots vs golf ball range pickers. It will discuss the potential benefits of this evolving technology to help get you in the know before making the switch from human-operated ball pickers to automated ball collectors. The Battle on the Green: Robot Ball Pickers vs. Golf Ball Range Pickers When it comes to maintaining a golf driving range, the collection of golf balls is an essential task that ensures players have an ample supply of balls for practice. Traditionally, this task has been carried out by dedicated individuals operating golf ball range pickers. However, with advancements in technology, robot pickers have entered the scene, promising increased efficiency and convenience. Golf Ball Pickers: The Traditional Approach For decades, golf ball pickers have been the backbone of golf driving ranges. These individuals manually drive a specialized vehicle equipped with a rotating cylinder that sweeps across the range, collecting golf balls. It requires skill and precision to operate these machines effectively, as the operator must navigate the range while avoiding obstacles and maintaining a consistent pace. While the human touch can provide a personal element and allow for adaptability, there are several limitations to this traditional approach. Human operators may be subject to fatigue, which can affect their efficiency and the overall quality of ball collection. Additionally, the process can be time-consuming and labour-intensive, leading to increased operational costs for the golf range. Robot Ball Pickers: The Rise of Automation Robot pickers are autonomous machines specifically designed to collect golf balls on driving ranges. These robotic devices utilize a combination of sensors, artificial intelligence, and mechanical mechanisms to navigate the range, locate golf balls, and collect them in a precise manner. One of the primary advantages of robot pickers is their efficiency. These machines can work tirelessly without fatigue, allowing for 24/7 operation if required. They can navigate the range autonomously, using sophisticated sensors to detect and avoid obstacles, ensuring the safety of both the machine and the golfers. Belrobotics Ball Picker: How is it more efficient? 1. Quiet, lightweight, eco-friendly, improve’s outfield health The BallPicker robots are lightweight, so do not compact the soil. They emit 10 x less CO2 and are significantly quieter. Traditional Range Ball Pickers tend to be noisy equipment that can distract golfers. Also in some cases, the haulers used emit exhaust fumes/odours polluting the environment. Not to mention, the continuous use of heavy equipment can cause soil compaction, resulting in costly treatments such as coring to resolve it. 2. Protected golf balls When using traditional ball pickers, balls can become plugged due to heavy equipment pushing the balls into the ground. Belrobotics BallPicker is lightweight so doesn’t embed the balls in the ground, so they remain easily retrievable. 3. Efficient collection and safer staff Whether you’re a quiet or busy driving range, the robotic range picker has got you covered. In fact the more balls out on the outfield the more efficiently it collects. With ball collection being automated, it reduces the risk associated with staff being out on the outfield. While traditional ball collectors vary in size by ball capacity, so you are limited by the capacity it can collect at. They are also often prone to jackknifing causing a safety risk, as staff have to get out of the cart to untangle the picker on the outfield. 4. Minimal human intervention Traditional equipment requires manual operation and can also affect driving range opening times. These factors all result in labour and equipment maintenance costs, along with lost revenue in having to close the range to perform maintenance tasks. The BallPicker robot, however only requires roughly a few minutes of maintenance every day. Allowing personnel to spend their time on more useful and rewarding activities. Implications and Considerations While the introduction of robot pickers brings several advantages, it is important to consider the potential implications for golf driving ranges and the people involved. Cost Considerations: While robot pickers may require a significant initial investment, they can potentially reduce long-term costs by eliminating the need for human operators and associated labour expenses. However, the costs of maintenance, repairs, and software updates should also be taken into account. For this reason, AMS Robotics offer a support maintenance plan to customers to give them peace of mind, when investing in the health of their eco-friendly maintenance equipment. Job Displacement: The adoption of robot pickers could lead to job displacement for human range pickers. However, switching to a robot ball picker reduces the risk of accidents and injuries caused by flying golf balls. Moreover, robotic ball pickers are equipped with advanced sensors and algorithms that allow them to detect and avoid obstacles, ensuring a safe and efficient operation. Customer Experience: While some golfers may appreciate the personal touch and interaction with human range pickers. By automating the ball collection process, golfers can enjoy uninterrupted practice sessions without the need to pause and wait for manual collection. This seamless experience allows players to maintain their focus, rhythm, and concentration, improving the quality and effectiveness of their practice. Furthermore, the futuristic presence of robotic ball pickers adds an element of excitement and novelty to the driving range, enhancing the overall ambience and appeal for golf enthusiasts. Conclusion As technology continues to advance, the golf industry is witnessing the rise of robot pickers as a potential replacement for traditional golf ball range pickers. These autonomous machines offer increased efficiency, accuracy, and operational convenience. However, it is important to consider the potential impact on jobs, customer experience, and overall costs. Striking a balance between automation and maintaining a human touch is crucial to ensure the smooth integration of this evolving technology in the golf industry. Ultimately, the choice between robot pickers and golf ball range pickers will depend on individual golf driving ranges and their specific needs, as well as the desires of the golfers they serve. In conclusion, the robots vs range ball picker haulers comparison highlights the benefits of robot ball collection providing golf facilities, such as a flexible schedule, healthier outfield, better ball retention and increased efficiency. Why not arrange your FREE no-obligation site appraisal and kick-start your automated ball management .

Golf driving ranges are a hub of activity, attracting players of all skill levels who want to improve their swing and accuracy. With the increasing popularity of these facilities, the efficient management of golf balls becomes crucial. To streamline operations and ensure a seamless experience for golfers, automated ball washing and transportation systems have emerged as a game-changer. In this article, we delve into the world of automated range ball cleaning and transportation for golf driving ranges, exploring its benefits and implications. Automated Ball Washing and Transportation Maintaining a large inventory of golf balls in pristine condition is essential for any golf driving range. Traditionally, cleaning golf balls involved manual labour, where staff members would collect the used balls, then clean them individually and return them manually back to the dispenser. However, with AMS Robotics automated ball washing system, the process has been revolutionized. Our automated ball cleaning and transport system automates the tasks of ball washing and transporting the balls back to the dispenser. Fully automated ball cleaning To maximise efficiency, the balls are washed during the transportation process back to the dispenser. During this process water is introduced into the transportation pipe as part of the pre-soaking process, the balls are then passed through a brush wash unit, for thorough cleaning. No hassle ball transportation The balls travel back to the dispenser via the transportation pipe, which uses a vacuum to funnel the balls through the system until they reach the final receiver, which then dispatches the balls into the dispenser ready for use again. Continuous ball supply By automating the ball washing and transportation ensures the facility has a continuous ball supply, as it works in conjunction with the BallPicker collector robot . Take the hassle out of ball cleaning and dispensing AMS understands the need of having a convenient solution for keeping range balls clean and in constant supply. With our automated range ball cleaning and transportation system, you can save labour hours and spend more time on other maintenance tasks. All with the comfort and knowledge your range balls will be cleaned and automatically returned to your hopper. Learn more about our consultation and installation process , and find out how you can get total peace of mind with our service & support package .

Golf driving ranges have always been a popular destination for golfers to practice and improve their swing. However, one issue that has plagued these ranges for years is the tedious task of collecting golf balls scattered across the range. To streamline this process and make it more efficient, a revolutionary solution has emerged in recent years: robotic range ball collection. In this article, we will explore what robotic range ball collection is and how it is transforming the golfing industry. The Traditional Method Traditionally, collecting golf balls on a driving range has been a labour-intensive task. Workers would use special ball retrievers attached to the front of a vehicle to manually scoop up the balls. This method required significant manpower, time, and physical effort. Additionally, it often disrupted the flow of the driving range as workers had to manoeuvre around golfers, causing delays and inconvenience for both players and staff. The Rise of Robotic Range Ball Collection The Ball Picker is the first robotic range ball collector in the world and a revolutionary advancement in golf ball collection. This coupled with the BigMow Robotic Lawn Mower, forms a duo which automates outfield maintenance tasks. This Belrobotics and AMS partnership is the most reliable and economical assistant for driving range managers. The robotic golf range picker works in conjunction with the AMS Ball Wash & Transport System and forms a complete continual automated ball management process, which allows for the balls to be collected, washed and then transferred to the ball dispenser. The world’s best automated golf ball picker The automated golf range picker collects golf balls on driving ranges. Its advanced technology uses an inbuilt computer to activate 5 groups of 4 discs. This makes it possible to silently, systematically and automatically collect the range balls. Once the ball tank is full, the Ball Picker returns to its base to unload the balls for washing and to recharge its batteries. Automated Ball Collection & Ball Protection Unrivalled Performance – The Belrobotics BallPicker can detect the areas with high ball density and will work continuously to collect them. For particularly large outfields, several automatic ball pickers can operate simultaneously to collect the golf balls. No golf balls are pressed into the ground during retrieval by the robot golf range picker. Therefore the club saves on replacing several thousands of balls every year, which normally remained buried in the ground. Works Quietly Works Silently – While conventional machines can be very noisy, Belrobotics auto ball pickers produce the same amount of noise as a washing machine. Inaudible from a few metres away, this silence enables work to take place 24/7, without disturbing golfers or neighbours. Back to base to recharge and unload the balls The automated range ball picker operates with batteries and automatically returns to its charging station to recharge. It will also return once its tank is full of balls, to discharge the balls into the wash system. In just a few seconds, the balls are emptied into the retrieval ditch. No more chores, your automated ball collection solution The BallPicker robot is certainly a unique robotic range ball collection system that works well under pressure and does quite a good harvest a day. The auto golf range picker operates 24/7 and never stops to complain. This silent and green robot can work while customers are around without being too intrusive. Once the tank is full it returns to base and drops balls into the ball wash & transport system, which washes and returns the balls to the dispenser. Learn more about our consultation and installation process , and find out how you can get total peace of mind with our service & support package .

How do automated ball washing and transportation compare with traditional methods? Does it improve ball processing times? In this article, we will delve into the realm of automation vs commercial ball washers and transportation, exploring their features, benefits, and drawbacks, and ultimately determining which option reigns supreme. Automated Ball Cleaning & Transport: Is It More Productive? In the world of golf, maintaining clean and pristine golf balls is crucial for optimal performance on the course. Over the years, technology has introduced various solutions to address this need, with two popular options being automation and commercial range ball washers. Both approaches offer their unique advantages and considerations, creating a debate about which is the superior choice. Commercial Ball Washers: The old way Commercial range ball washers have been a staple in golf facilities for many years, relying on simpler mechanisms and manual operation. These machines are usually stationed near the driving range, allowing golfers and staff to clean balls conveniently. Pros: Affordability: Compared to automation, the initial purchase price of commercial range ball washer equipment is lower. Ease of use: These machines are straightforward to operate, requiring minimal training for staff. Durability: Commercial range ball washers are known for their robust construction and ability to withstand heavy usage. Cons: Reduced productivity, requires manual loading Manual ball transportation : Repeated emptying of the clean balls into the hooper Ball supply is inefficient : The facility is dependent on when the balls can be manually collected, for busy driving ranges this can affect ball supply consistency. Inconsistencies in cleaning quality: As commercial range ball washers rely on manual operation, cleaning quality can vary depending on the user. Inadequate cleaning may leave behind traces of dirt or debris, affecting the performance of golf balls. Time-consuming: Manual operation can be time-consuming, especially during peak periods. Automation: The Future at Your Fingertips While automation is revolutionizing industries across the globe, golf maintenance is no exception. Automated ball washers and transportation systems offer a streamlined and efficient solution to keep golf balls clean, ensuring optimal performance and longevity. These sophisticated solutions often employ cutting-edge technology, such as sensors, robotic arms, and advanced cleaning mechanisms. Pros: Consistency: Each ball receives the same treatment, leaving no room for human error or inconsistencies in cleaning quality. Simple to use: Easy to use control panel, lets you start/stop/ configure the wash cycles Time-saving: With automation, a large number of golf balls can be cleaned rapidly, significantly reducing labour costs and allowing staff to focus on other essential tasks. The process is quick and efficient, ensuring a constant supply of clean balls for players. Exceptional Build Quality: Designed with the busy driving range in mind, components are hard-wearing and reliable. Precision cleaning: Automated systems employ advanced mechanisms to remove dirt, grass, and debris from golf balls effectively. Cons: High upfront cost: The installation and setup of automated ball wash and transport systems can be costly, requiring a significant investment initially. However, the long-term benefits and efficiency gains often offset the initial expense. Maintenance and technical issues: Automated systems involve complex machinery and technology, which can occasionally experience technical glitches or require maintenance. AMS Robotics offer a comprehensive maintenance support package, with a dedicated support line and on-site technicians to complete repairs. Benefits of the AMS Ball Wash & Transport System 1. Ball loading is automated, so is more efficient The balls are dropped into the ball pit by the BallPicker robot, the ball pit mechanism then funnels the balls into the wash and transportation system. Unlike traditional ball washers require the user to manually load the balls to be washed. This usually involves buckets of balls being physically emptied into the wash system, so human intervention is required in order for it to operate. 2. Automated ball transportation, saves time and labour Traditional commercial ball washers require the balls to be manually emptied back to the hopper, repeated emptying back and forth to the dispenser is time-consuming and labour-intensive. In the AMS system, the balls are drawn along the transportation pipe by vacuum to the final receiver, which then releases the balls back into the dispenser. Eliminating the need for human intervention, thus providing labour savings and reduced processing time. 3. Ball supply is streamlined Automating the ball washing and transportation ensures the facility has a continuous ball supply, as it works in conjunction with the BallPicker collector robot. Comparatively traditional range ball collection can usually only be carried out at certain times a day. This coupled with the manual operation of the ball washer and ball transportation; means resources such as time, labour and energy cannot be deployed efficiently. Conclusion: When it comes to the debate between automation and manual commercial range ball washers, it’s clear that automation offers a compelling solution for golf facilities aiming to optimize efficiency and deliver consistent cleaning results. Automated ball washers and transportation systems provide precise, rapid cleaning, reducing labour costs and ensuring a constant supply of clean balls. However, for smaller golf facilities a commercial manual range ball washers can be the better choice economically, albeit with potential variations in cleaning. Why not get the ball rolling and arrange your free no obligation site appraisel.