Welcome back to the Attachment Awareness series on the Arrow blog! This series explores how attachments for various pieces of equipment can improve the overall experience of operation. Throughout this series, we will explore attachments for forklifts, telehandlers and skid steers and the benefits these attachments provide: improved safety and increased productivity.
In our first and second installments, we looked at static attachments and hydraulic forklift attachments and what benefits they provide for operators. This installment will provide an overview of the attachments Arrow offers for skid steers.
Skid Steer Loaders were created in 1957 and get their name from the way the vehicle is driven. The skid steer uses differential steering to make turns. This means that the wheels or tracks only drive forward. Each side of the skid steer has its own engine and controls. Turns are made by adjusting the speed of either side of the skid steer, causing the vehicle to “skid” in the direction you would like to turn. This type of steering allows for very crisp turns that are useful in tight spaces — illustrating the precision the skid steer is known to provide.
Skid Steers are one of the most common and versatile pieces of equipment you can find; being used in demolition, construction, loading, digging, mowing, landscaping and more.
As mentioned above, skid steers have attachment options in the static and hydraulic category. We will explore some of our most popular options of each that your customers can use to add efficiency and productivity to their operations.
Buckets – Buckets allow for more efficient movement of materials. There are different types of buckets that can be used for digging and shoveling as well.
Pallet Forks – One of the most common tools used in material handling, pallet forks give a skid steer the capability to lift and move pallets of different sizes and weights. This essentially transforms the skid steer into a forklift when the transportation of pallets is needed.
Grapples – An add on or accessory for buckets or pallet forks, grapples allow the skid steer to grab larger objects like big pieces of debris and move them. Hydraulic option also available.
Auger Drives – Auger drives attach to a skid steer to allow for drilling into many different ground types. With the appropriate bit, auger drives can be utilized to remove stumps, mix concrete or split logs
Tree Shears – Help keep large plots of land clear of trees and shrubs. Tree Shears can be specifically designed for your skid steer to cut flush to the ground to ensure efficient clearing.
Brooms – Attaches to the front of the skid steer to help collect debris and sweep it into a bucket for easy dumping.
With in-house engineering and production teams, custom forks and attachment requests are always welcome. Help your customers do more with their assets — with solutions from Arrow!
We hope you were able to take valuable information about the versatility and productivity skid steer attachments can add to your operation.
If you have questions on skid steer attachment options from Arrow, please contact us. Do you have a favorite attachment for your skid steer? Do you get requests from customers for specific attachments? Let us know what you learned in the comments and don’t forget to follow us on social!
Welcome back to the Attachment Awareness series on the Arrow blog! This series explores how attachments for various pieces of equipment can improve the overall experience of operation. Throughout this series, we will explore attachments for forklifts, telehandlers and skid steers and the benefits these attachments provide: improved safety and increased productivity.
In our first Attachment Awareness installment, we looked at static attachments and what benefits they provide for operators. This installment will begin our conversation on hydraulic attachments; focusing on what they are and how they work.
When hearing the word “hydraulics,” many people might think of the hydraulic switches on cars that we see in competitions and parades that make them jump and bounce. While the hydraulics we will focus on in this blog are for different functions, the science behind them is the same. Hydraulic principles are used in many different avenues including NASA operations, construction equipment and forklifts. From a science perspective, hydraulics can be described as the study of liquids and how they function. Furthermore, the science of hydraulics is used to create hydraulic systems. Creating and releasing fluid pressure is the basic description of a hydraulic system. These systems put pressure on a fluid (water, oil, etc.) to work with a piston and generate the energy to create movement. The pressure can be released to reverse that original movement.
The reason the specifics of hydraulics and hydraulic systems are relevant to Arrow is because they make it possible to produce hydraulic attachments. There are hydraulic attachments for many different pieces of equipment like excavators, skid steers, telehandlers and others. At our sister company OE Attachments, we specialize in hydraulic forklift attachments in partnership with KAUP GmbH & Co. KG. For this installment, we will focus on our most popular hydraulic forklift attachments from our OEA Kaup product line.
The fork positioner is designed to easily handle loads of different widths. It allows operators to control fork distance and handling capacity without ever leaving the driver’s seat, offering superior safety and versatility over other attachments.
Offering additional stability and range, fork clamps allow the operator to handle various pallet types in the safest manner. The fork clamps give the operator the option to select the opening range of the forks and squeeze them together around oddly shaped or hard to grasp items for transport.
A staple in the food/beverage industry, multi-pallet handlers are the perfect solution for transporting multiple loads at the same time. Combining stability and visibility to essentially double your productivity.
As we progress through this series, we will explore other hydraulic attachments that fit into other categories like safety and productivity as well as hydraulic attachments for other equipment like skid steers and telehandlers. We’ll also explore other elements of hydraulic systems. Stay tuned!
Do you have experience with hydraulics/hydraulic systems? What is your hydraulic attachment of choice? Let us know in the comments!
Welcome back to the Arrow MHP blog! As a true dealer partner, we strive to add value to your daily operation outside of engineering quality products for your customers. For this edition, we want to dive into process optimization — why it is important and how to go about improving your processes and ultimately your customer experience.
Process optimization is the practice of incrementally adjusting a business process towards its maximum potential without negatively affecting other parts of the process. The most common goals of process optimization are minimizing costs and maximizing efficiency, common and ongoing goals for almost any business.
At first glance, it may seem like process optimization is a fancy way of saying “if it’s not broken, don’t fix it.” However, you could find ways to make small improvements that result in big rewards by examining your processes. Any function of your business can be explored as the “process” in question and evaluated step-by-step to identify areas that have room for improvement. Refreshing the approach can breathe new life into a business that is stuck in its own way or only thinks certain areas are improvement opportunities. Process optimization puts all options back on the table and can be treated like a return to the drawing board.
Answering these questions and others that come up will get you much closer to having a cohesive process that moves as quickly and efficiently as possible, getting you out of the doing-things-the-way-they-have-always-been-done mentality.
Identifying wasted money, product and time is critical in optimization because it is going to be the easiest area to see results. Sometimes it can go hand in hand with streamlining and you realize that you are already saving time, but other times it encourages you to be more resourceful and consider everything that you are spending money on as a resource. This mindset can open the door to drastic improvement.
Correcting common errors in the process you are evaluating can be as simple a tweak that has not been thought of before. Understanding what steps or actions in the process carry the most risk also allows you to insulate those steps and make sure you keep the errors to a minimum. Without evaluation, common errors can just become another part of the process instead of being addressed correctly.
Assessing quality is something every business should do. The keys are to listen to both your customers and internal stakeholders and continuously review your product, services and processes. Identifying areas for improvement before a customer reports a quality issue can save valuable resources in the long run. Proactive improvement is vital to improving overall customer satisfaction.
Customer satisfaction should be objective #1 for any business. If you cannot answer the above questions with insightful information from customers, that is where this step should begin. When you don’t offer a constant repository for feedback, you often only hear negative issues or complaints. By constantly soliciting feedback, you are offering customers a place to share the good, not just the needs improvement. You can use the feedback to replicate the positive experience for more customers or even adjust your target audience if you see trends in the types of customers that are satisfied with you.
At our corporate manufacturing facility, we constantly handle forklift forks. Between selling and using them, forklift forks have a big footprint on our business. Through conversation and observation, it was realized that the way forks were being handled was not as efficient or safe as it could be. Some of the process optimization checklist items that applied in our case were:
To improve this process, our engineering, production and material handling teams worked together to create a new tool for internal use: “the fork handler”. This new tool transports multiple forks safely at once, and can be used to install forks on a forklift without ever needing to touch the forks by hand. This tool made a positive impact on efficiency and reduced the possibility for several OSHA recordable workplace injuries. Dealers and others who handle forks have shown extreme interest in the fork handler and we are now offering them as a new product – passing on the benefits of our process optimization to end users.
What do you think is the most important step above? Do you have any process optimization success stories to share? Questions about process optimization? We’d love to hear about it in the comments!
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