Thousands of workers get injured or lose their lives every year due to workplace accidents. That is why every company must prioritize the safety of their employees. Most companies invest in safety equipment like guards and shields to ensure workers stay protected.
While safety guards and shields might seem similar in some ways, they have significant differences. We'll give you a deeper understanding of the differences between safety guards and shields.
Safety guards are physical barriers around machines that pose potential hazards to workers. These guards keep workers away from machines that can injure them, cut them, or cause other accidents that can take their lives. Generally, safety guards are made of metal, plastic, or mesh and placed around machines with moving parts.
One benefit of safety guards is that they are permanent structures that provide a lasting solution to injury prevention. Unlike other safety equipment, safety guards do not deteriorate over time; you can use them for many years. However, workers may have to work around them, making it essential to create proper workspaces.
Safety shields are another type of safety equipment that protects workers from hazardous machines. Unlike safety guards, safety shields typically only protect the machine's operator. They are temporary and replaceable when damaged or worn down.
Safety shields are transparent barriers that keep workers safe from any debris or fragments a machine might eject. They are common in operations that require proximity to machinery, such as welding. They provide a clear view of the operation, which allows workers to complete tasks while staying safe.
Both safety guards and shields are incredibly important pieces of safety equipment that workers depend on to keep them safe. They help reduce accidents and prevent injuries that can impact a company's productivity, morale, and liability.
Companies have specific regulations to meet regarding safety equipment, including guards and shields. Failure to follow these rules could result in significant employee penalties and injuries, ultimately leading to lawsuits.
Companies must prioritize the safety of their employees, and safety guards and shields are essential pieces of equipment that protect workers from hazardous machines. While safety guards are permanent structures that keep workers safe from machines with moving parts, safety shields are transparent barriers that protect workers from any debris or fragments ejected by the machines they operate.
Knowing the differences between safety guards and shields is equally important in protecting workers from accidents that can lead to lawsuits, penalties, and injuries. Companies must choose the right safety equipment for their specific needs by considering the equipment's ease of use, cost, and maintenance. Ultimately, it all comes down to the safety of the workers in any work environment.
A-Line Automation offers custom machine enclosures to protect workers from accidents and injuries. Our experienced engineers will work closely with you to understand your needs and develop a solution meeting all safety standards. Contact us today for more information about our machine enclosures!
When it comes to construction, aluminum is one of the most versatile and cost-effective materials around. It's lightweight yet incredibly strong, making it ideal for structure support, insulation, cladding, and reinforcement. You can also find aluminum in construction applications, from window frames to siding to roofing materials.
Let's look at some of the different uses for aluminum in construction and how it can benefit a project.
Aluminum is incredibly useful for construction because of its many advantages over other materials. Its lightweight nature makes it easy to transport and install. Aluminum is also corrosion-resistant, so it can withstand the elements without rusting. Additionally, aluminum is non-flammable, making it an excellent choice for areas with a high fire risk.
Aluminum also provides excellent insulation; even thin sheets can block out heat and cold in the summer and winter, making it a great choice for walls and roofs. Aluminum works well when used alongside other materials like wood, steel, concrete, and brick.
Aluminum has many advantages when used in construction, but it also has some drawbacks. Aluminum is a relatively soft metal and can be prone to denting and scratching if you don't take care of it during installation. It's also not as strong as other materials, like steel, so you may have to pair it with reinforcement bars in certain applications.
The cost of aluminum can also be a concern. Although it is generally cheaper than other metals, it can quickly increase in cost when purchasing large amounts for a project. Labor costs for installing this material can also be high due to the need for specialized equipment and knowledge.
You can use aluminum in a variety of ways in buildings. It can be used in window frames, siding, roofing, and structural supports. Aluminum is also commonly used for cladding, insulation, and reinforcement bars.
Aluminum sheets are often used in exterior siding and metal roofs. These sheets come in various thicknesses and can be bent or cut to fit the desired shape. Aluminum window frames are also very popular in buildings; these are generally constructed from aluminum extrusions and come in many different styles.
Aluminum reinforcement bars, or rebars, are commonly used in concrete structures such as foundations, walls, and columns. These bars provide extra strength and stability to the structure and prevent cracking and crumbling.
Aluminum frame connectors are also sometimes used; these connectors join two pieces of aluminum to form a single piece and provide increased structural stability.
Finally, aluminum cladding is often on buildings for aesthetic purposes. This material is lightweight, easy to install, and comes in many styles, including wood grain, stone, and metallic finishes.
When selecting aluminum for your project, it's important to consider the type of application you're using it for. Different types of aluminum are better suited for certain applications. For example, thinner sheets may be better for siding, while thicker plates may be better for roofing. It's also important to know that certain grades of aluminum are better for specific applications; for example, marine-grade aluminum is better for use in areas near water or salt.
It's also important to consider the environment when choosing the right type of aluminum. If your project is in an area with high humidity, you may want to select a grade resistant to corrosion. If your project is in an area with extreme temperatures, you may want to choose a heat-resistant grade.
Finally, it's important to consider the cost of aluminum before making a purchase. Different grades and thicknesses will have different prices. Therefore, comparing prices between suppliers before settling on one is important. This comparison will help you get the best value for your money.
Aluminum can be used in various ways to create interesting and unique designs. For example, you could use aluminum sheets to construct an accent wall or ceiling in your home. Aluminum siding is also becoming increasingly popular; this material provides a modern yet classic look that will never go out of style. Additionally, aluminum extrusions can help create custom window frames for a unique look.
Aluminum cladding is also becoming increasingly popular due to its versatility and durability. You can install this material on the exterior of buildings to provide a modern aesthetic while still protecting against wind, rain, and other elements.
Finally, aluminum has many uses in furniture design. Aluminum chairs, tables, benches, and other furniture pieces can be beautiful additions to any room. Additionally, aluminum frames can be used in artwork or other decorative items.
When installing aluminum components, it's important to use the right tools and techniques. For example, you should use a drill with a speed equal to or greater than the thickness of the aluminum material. Additionally, any holes you make in the aluminum should be slightly larger than the screws so that they fit properly.
It's also important to use the right sealants and adhesives when installing aluminum components. This step will ensure the components stay in place and won't be affected by water or temperature changes.
Finally, it's important to regularly inspect your aluminum components for any signs of wear and tear. If you notice any corrosion or damage, you should act quickly to repair or replace the affected parts. This quick action will help ensure your aluminum components remain in good condition.
Aluminum is a versatile and durable material used in many different applications. Aluminum can be used to create unique and interesting designs in a variety of items, from siding and roofing to furniture and artwork. By following the tips outlined above, you can ensure you choose the right type of aluminum for your project, incorporate it into your design creatively, and maintain its condition for years to come.
A-Line Automation has extensive experience working with aluminum in a variety of applications. Contact us today to learn more about our products and services and see how we can help you with your next project.
As technology continues to be a driving force in the business world, companies must invest in customized workstations to remain competitive. These days, it's not enough to simply have the basic equipment that every other company has.
With custom workstations, you can increase efficiency and productivity at all levels. Let's explore several ways in which customized workstations can improve your business.
By creating customized workstations, you can tailor the hardware and software to meet the specific needs of your company's workforce. This specificity will enable your employees to work efficiently and maximize their time without distractions. Employees will be able to complete their tasks more quickly and accurately, leading to a more efficient workflow that ultimately helps your business save time and money.
Custom workstations can handle demanding applications and software that off-the-shelf PCs might be unable to run. For instance, video editors, graphic designers, and architects require robust machines that must handle heavy photo and video editing software. By crafting lean workstations, you can ensure your employees can access the tools they need to complete their work effectively without any slowdowns or crashes.
Workspace customization allows for the installation of specialized software and hardware that can enhance the security of your organization's data. Businesses must comply with industry-specific regulations in many cases, and customized workstations allow you to meet those standards. These standards mean your confidential data remains safe from malicious attacks or theft, reducing the risk of data breaches or other security-related issues.
A customized workstation can be more cost-effective than purchasing pre-built, off-the-shelf PCs. While the initial cost may seem high, the long-term benefits, such as reduced maintenance and software costs, can compensate for it. Additionally, you can maintain and upgrade custom machines over time, only replacing the necessary hardware and software that may have become obsolete.
One of the benefits of customized workstations is the ability to customize the chassis to match your business brand. This branding creates a professional and cohesive look that features your branding message and values, boosting your team's morale and building loyalty to your company. It can also help create a positive impression with clients and customers.
In today's business world, customized workstations are the way to go. They are cost-effective, efficient, and provide better security than off-the-shelf PCs. Moreover, they offer better performance without the risk of constant breakdowns that occur with cost-effective models. Investing in customized workstations is an effective way to improve productivity, efficiency, and profitability. If you haven't considered custom workstations for your business, now is the time to do so. Investing in custom workstations can take your business to the next level.
A-Line Automation can help you customize workstations for your business. Our team of experienced professionals can assemble the best custom workstation to meet your needs and budget. Contact us today to learn more about how we can help take your business to the next level.
Aluminum is a widely used metal due to its malleability and strength. But at what point does aluminum begin to melt? It turns out that the answer is not as simple as you would think.
Let's explore at what point aluminum begins to melt and the different variables that affect the melting temperature of aluminum.
The melting point of a material is the temperature at which it transitions from a solid state to a liquid state. Generally speaking, materials with higher melting points require more energy to transition from solid to liquid, while materials with lower melting points require less energy. This energy means some materials can become liquid even at relatively low temperatures, while others remain solid until they reach higher temperatures.
Aluminum exists in many forms, including foil, alloys, oxides, and metals. Each form has distinct properties and characteristics, including its specific melting point. For example, pure aluminum metal melts at 660°C (1220°F). However, when you alloy it with other metals, such as copper or magnesium, the melting point can change significantly. Copper-aluminum alloys can melt between 500-600°C (932-1112°F), while magnesium-aluminum alloys can melt between 600-700°C (1112-1292°F).
Additionally, aluminum oxides have even lower melting points than pure aluminum metal. They can start to melt anywhere from 200-400°C (392-752°F). As you can see, understanding the point at which aluminum begins to melt depends largely on what form it takes.
So, what temperature should you use if you need to melt aluminum for a particular application? This answer will depend on the form of the aluminum and what you intend to do with it. If you need a higher temperature for welding or soldering purposes, you will want to choose an alloy with a higher melting point. On the other hand, if you need to create aluminum foils or thin sheets, you should use an oxide or pure aluminum metal with a lower melting point.
Ultimately, finding the right temperature for melting aluminum depends on your specific application and the form of aluminum you are using. Research and determine the most appropriate melting point for your needs to ensure you get the most out of your aluminum.
If you are looking for a T-slot extrusion for your next project, look no further than A-Line Automation. We have various aluminum extrusions and shapes, so you will surely find the perfect one for your project. Contact us today to learn more about our aluminum extrusions and get started.
It's no secret that the success of your warehouse boils down to the efficiency of your assembly line. That's why it can feel quite overwhelming to approach the task of designing your own. Each warehouse has its own necessities and unique requirements, which is why it's such a good idea to design your own line. After all, you won't get one better suited for you than one you made yourself. However, before you dive in, it's important to know some crucial aspects of the process to prepare yourself for everything that goes into it. That's why we've developed these tips for designing your own assembly line.
Of course, you might already know what an assembly line is. However, a little refresher is important, as it helps put you in the mindset to take those first steps in the design process. So an assembly line is a process of production wherein a team of workers and machinery assemble a product one step at a time. This process is dutifully structured, so each step within the sequence happens at the most practical time.
However, ensuring that your assembly line completes each step in the process at the opportune time is easier said than done. The way you sequence your assembly line mostly depends on the product you make, the machinery you work with, and your workers. No matter the different factors affecting your assembly line, consider the following tips when designing it.
We tend to think that the more intricate our designs, the more sophisticated they are. The only problem is that the intricacy of your product can result in delays or problems with your assembly line. That's why it helps to simplify the number of manufacturing pieces your line will utilize. Another plus to simplifying the assembly process by using fewer parts is that it can also save you on ordering costs.
One thing you must keep in mind is that workers and—possibly—automated machinery will assemble your products. That means a range of people with differing skills and gentleness will handle the necessary parts and tools. Therefore, ensuring you use durable pieces and tools is a good idea. They shouldn't break if someone grabs them too tight or if they slip from someone's hand. Moreover, fragile pieces can result in heightened costs for repairing and reordering.
You have likely experienced the frustration of building or working on something and having to grab several different tools. As you place down a tool and pick up a new one, it can feel like the building process will never end. Now take that feeling and superimpose it on your assembly line.
If your workers have to repeatedly place down and pick up a new tool to work on the product, it can add considerable time to the process. Plus, it may even result in confusion and misplacement of tools. Therefore, when designing your own assembly line, try to minimize the number of tools necessary for production.
Simplifying the building process is important, so you might consider working with built-in fasteners. If your workers must use nuts and bolts to assemble your products, finishing each piece can take a while. In your warehouse, a lot of your success depends on your output, which is why built-in fasteners are always a nice option. They are less labor and time intensive in comparison to traditional fasteners.
Nowadays, it's quite normal for warehouses to utilize automated machines in their assembly line. This is because automation greatly reduces operation and labor costs and improves time efficiency. You don't have to automate every step of the process, but you might consider utilizing automated machines for some parts. The best parts to automate include aspects of the process that require screwing, knotting, or inserting.
Have you ever done a puzzle and thought you found a perfect fit, only to find yourself forcing the pieces together? If you can't get those two pieces together, you won't be able to finish the entire puzzle. This is a situation you don't want happening in your assembly process.
You should ensure your product can accommodate pieces within a certain range of dimensions. If you don't account for variation, you can find yourself with more delays and challenges as workers struggle to fit pieces together if they don't meet exact measurements.
You can imagine how challenging approaching a new assembly line is without full-fledged training on how to operate the system. That's why it's incredibly important to provide orientation to the workers in your warehouse. However, make sure to provide an orientation on the entire assembly process, including automated aspects. That way, your workers will know their specific training and the aspects of the entire assembly process.
As you design your assembly line, you should always prioritize safety. It's incredibly important that your workers are safe throughout every step of the process. That's why you must install machine guarding wherever you can. The best places to put guarding are in areas that can be dangerous when the machine is in normal operation.
It makes sense you want every step of your assembly line to be as error-proof as possible. When you begin the assembly line process, you'll notice inefficiencies and inconsistencies on the line, which are opportunities to improve the process. Another way to reduce errors is to make the process as straightforward as possible. One way to do this is to include step-by-step guidelines your workers can follow and refer to any time they need a refresher.
Use aluminum extrusions when building your assembly line because you likely will have to workshop the assembly process and make adjustments as you go. In that, you need a building tool that allows for adaptability. Aluminum extrusions are so workable, as they are easy to build and disassemble if you need to make changes to your work process.
Are you looking for custom aluminum T-slot fabrication services for your industry? At A-line Automation, we are happy to help you increase the efficiency of your assembly line process. Request a quote today for your custom aluminum fabrication process.
One of the most important things you must uphold within your warehouse is safety. One small mistake could lead to injury, disability, and even death. Most machines within your warehouse do possess an inherent dangerous quality during normal usage. That's why guarding is necessary, as it keeps workers safe from numerous hazards. However, it's necessary that you utilize the appropriate guarding. As such, you'll want to find out how to choose the right machine safety guarding.
The first thing you'll want to do is conduct a safety assessment on all your machines. The reason this is so important is that it will assess any potential risks or hazards that could occur during operation or when not in use. Once you have conducted this safety assessment, you will have a concrete idea as to where your machine guarding should be.
There will always be a danger zone when you are operating machinery. The reason you call it a danger zone is due to the fact that it could have catastrophic consequences if any clothing or body parts come into contact with these areas. When it comes to choosing the right machine safety guarding, you want to ensure it covers the danger zone on every machine.
Unfortunately, these areas can easily come into contact with the operator when the machine is in normal use. As such, you want to utilize the highest quality machine safety guarding to ensure your workforce is as safe as possible. At A-line Automation, we provide custom guarding that will exceed your safety and industry standards. You can rest assured that we will keep you and your equipment safe.
You've likely had a couple of moments when it felt easier to bypass safety protocols in the interest of finishing a job quickly. However, that is extremely unsafe and dangerous. In order to avoid that possibility from occurring, you must also ensure your workforce is unable to bypass your safety guarding. You must completely adhere and secure this guarding to your machine; it should not be easily removable.
Aluminum is one of the most plentiful and efficient materials on Earth, which is why we utilize it in a variety of industries. One area where aluminum is quite popular is in the manufacturing and industrial sectors, as the material is amazing to build with. Material manufacturers often utilize aluminum to create T-slot extrusions because they are so easy to manipulate, which allows them to create a variety of shapes and configurations. Professionals in these industries will want to know about the different types of aluminum framing systems.
You can't go wrong with Kanya, especially when you consider the fact that they invented the quick connector that is still in use today. There are many different types of aluminum framing systems within the Kanya universe. The best part is that each system is interchangeable, meaning you can use different components to build anything you want without having to worry about whether the pieces will fit together. If you want a system that is reliable, you can't go wrong with Kanya, a European standard since 1975.
You've likely heard of Bosch before, as they are a mass supplier of warehouse items with a supply that extends to extrusion profiles. When you choose a Bosch aluminum framing system, you choose a high-quality product that you can utilize in various situations, including lab or workstations, automation frames, machine frames, and safety guards. Moreover, if you have any other Bosch systems, they will fit seamlessly with any new Bosch items you purchase.
Are you looking to make a switch to the Parco system but aren't quite sure how your previous T-slots will fit? There's good news, as many Bosch or 80/20 T-slots are compatible with most of the Parco extrusions. Many people prefer Parco because they provide a clean and sleek look without skimping on quality performance.
Are you looking for T-slot connectors and more? At A-line Automation, we have a wide variety of aluminum framing systems, components, and materials to choose from. No matter what system you choose, you can trust we will provide a high-quality, buildable system you can rely on.
Where would humanity be without the literal and figurative building blocks that came before us? It's likely that without our predecessors paving the way, our society would not find itself at the point of development it's at now. That's why it's amazing to think that T-slot aluminum extrusions represent thousands of years of humanity's development. The best part is that we can expand even more on their viability. Given all this, you probably want to learn about how connectors can improve T-slot aluminum extrusions. Read on to find out more on the subject.
First, let's take a look at aluminum itself as a material. It might come as a surprise to some, but aluminum is one of the most abundant minerals on Earth. That's why it's lucky that aluminum is also a fantastic metal to work with. Aluminum is lightweight yet has phenomenal tensile strength, which means it can withstand high loads of tension. On top of that, aluminum resists rusting, meaning you can trust that whatever you are building will last for a long time. Aluminum is rather malleable as well, which allows for a wide variety of T-slot extrusion shapes.
Given that aluminum is such a great metal to work with, it's no wonder we utilize it for T-slot extrusions. It's likely you already know what aluminum extrusions are, but we'll provide a brief explanation. T-slot aluminum extrusions function a lot like three-dimensional puzzle pieces that allow you to complete the puzzle as you go. That means you can affix them together and create just about anything you want. The possibilities are endless.
If you're wondering what you can make with aluminum extrusions, look to the sky because that's your limit. Aluminum is so malleable, which is why there are a wide variety of complex T-slot shapes that you can create. As such, it provides so much variety in terms of building. That's why countless industries utilize these amazing tools to build anything from workstations, work desks, office enclosures, material handling apparatuses, and even machine guarding. It's so incredibly easy to work with these extrusions.
When you were a kid, you likely played with Lincoln Logs, Legos, or some other toy that allowed you to construct whatever you wanted. There's nothing that can compare to the satisfaction of placing two items together that fit perfectly. Nor can anything compare to the excitement of building upon the foundation you created. Those building blocks are quite similar to how T-slot aluminum extrusions function. You can seamlessly connect T-slot extrusions together. However, you might wonder how these handy building materials can stay affixed together.
In order to improve and strengthen your T-slot aluminum extrusions, you will absolutely need to use connectors. Connectors improve extrusions because they link them to create a sturdier, more reliable product. Thankfully, there are a variety of connectors you can use that will improve your T-slot aluminum extrusions. The connector you use will depend on what you want to build.
These connectors are what you need to solidify the connection between your T-slots. Think about connectors like the glue that holds your extrusions sturdily together. Connectors are all you need, which is nice because T-slot extrusions do not require any welding or anything like that. That means you can configure your T-slots and reassemble them as many times as you please, which really adds to the aluminum's sustainability.
Now that you know how important connectors are, you should also know that there are a wide variety of connectors that you can use. As mentioned above, the connector you use depends on the type of thing you want to build. We'll go through the different types of connectors and their uses when working with T-slot aluminum extrusions.
We have two sizes available for our cube connectors: 8 mm and 10 mm. These handy devices allow you to connect your extrusions together in a variety of 90-degree angles. You place one of your extrusions into one of the holes on your cube connector. Then, you affix them together by placing a screw into the cube, which helps strengthen the connection so that you can continue building.
Corner gussets are fantastic for reinforcing your frame connectors in any type of construction that utilizes aluminum extrusions. These gussets also allow you to connect extrusions together at a 90-degree angle. The reason connectors like these corner gusset and cube connectors are so great is that you usually need to weld pieces together for them to stay at that angle. What makes the corner gusset different is that it contains an alignment tab, which lets the extrusion remain in place, keeping it from rotating.
The purpose of our quick connectors is right in their name. These amazing devices make connecting your T-slot extrusions together a cinch. You'll find yourself surprised at just how quickly you can attach extrusions and tubes to fittings. We provide these quick connectors because they help increase the efficiency of your construction or building project. Additionally, we have a wide variety of quick connectors, so you'll want to check out the different styles and types we have available.
Our T-connectors are also available in 8-mm and 10-mm sizes. These connectors allow you to connect to T-slot together with ease. The best part is that these connectors, much like our other connectors, do not require any extra machining. All you need is your connector and your T-slots to get started on your project.
Are you planning on building something with T-slot aluminum extrusions? If that is the case, you'll need aluminum extrusion connectors. At A-line Automation, we have a wide variety of connectors for you to work with. We pride ourselves on providing you with the highest quality and safest building components. When you choose us, you can rest assured you will receive a product that will increase your safety and productivity.
When you work with and around industrial machinery, your safety is always at risk, which is why it's important to follow all safety protocols as best as possible. That's why industrial machine guarding is incredibly important to have in your warehouse. This guarding doesn't just protect your employee; it also protects your equipment and can keep you legally compliant. As such, you'll want to know the dos and don'ts of industrial machine guarding.
You might think your employees will understand and follow all the safety protocols or that the information is so obvious you assume they know what to do. When it comes to ensuring the safety of your employees, you don't want to assume anything.
Moreover, you should make it a norm to provide safety protocols and guidelines as often as possible to your workers. The information will remain fresh in their minds when you do this. You might even consider offering booklets on hand that they can refer to while working. This way, they can ensure they're following safety protocols.
When you're installing industrial machine guarding in your warehouse, you must use materials that are OSHA compliant. Failure to do so could result in injuries, machine damage, and fines you want to avoid.
At A-Line Automation, we have safety guarding fences that protect your workers, your machines, and your facility. It's always our mission to provide you with safety equipment that meets and exceeds safety regulations and standards.
One of the biggest don'ts of the dos and don'ts of industrial machine guarding is that you should never allow unauthorized users access to machinery. You have to keep in mind that this machinery and equipment can be incredibly dangerous in the wrong hands. That's why installing guardrails to protect workers from falls is so important. Moreover, you must ensure your workers have the correct licensing and safety training to operate the machinery.
You might be a little familiar with what a lean workstation is, but we'll explain it further so that you can understand its benefits. A lean workstation enhances one's working environment to create unique and ergonomic processes. This workstation will improve productivity and decrease worker strain. What's more, it'll also cut down on your processing times, so you'll get the best of both worlds for your business and your employees. Find out these essential tips for designing a lean workstation.
The first thing you want to ensure when designing your workstation is that it's height adjustable, no matter what type of work you'll do on this desk. If you believe this aspect isn't necessary, you might want to think about your body throughout the day.
When you sit at a desk all day, you can find yourself in pain and aching. That's because your body needs to stretch and move now and then. That's also not to mention that some work may be better to do when standing up.
One of the most essential tips for designing a lean workstation is ergonomics, but what does this mean? If you want to ergonomically optimize a desk, it should cause no additional strain to its user. You might work at a desk you feel doesn't suit your body or the work you're doing. You might have to crouch or stretch in order to work with it. That isn't an ergonomic desk.
Another way to keep things ergonomic and simple is to have your tools and materials as easily accessible as possible. That's why many lean workstations will feature a peg board right in front of the user for simplistic handling. The tools and materials you place on your peg board will be the ones you use several times throughout the day. This setup will also increase efficiency and organization.
There's an aspect many of us tend to forget or disregard when it comes to designing a workstation, and that's lighting. The thing is that lighting is incredibly important, as you need to be able to see what you're working on. If you work in low or suboptimal light, that could lead to eye strain and work inefficiency.
Are you looking for an aluminum extrusion desk that'll allow you to make the lean desk of your dreams? At A-line Automation, we have everything you need to suit your commercial and industrial needs. When you choose us, you can rest assured you'll receive products that last.
