Category: Blog

  • 10 Shelving Units Safety Tips For Your Wardrobe

    For warehouse owners, safety isn’t just a matter of looking good to potential clients. The costs associated with a warehouse pallet rack accident can be incredibly high, and while various forms of insurance can cover some of the costs, some will be the employer’s burden to bear.

    Even if the accident wasn’t management’s fault, the paperwork and resulting lost time can be burdensome. Since you can’t always control your employees’ actions, the best way to prevent accidents is to make your infrastructure as safe as possible.

    However, training of employees is still critical, as there is no way to make a warehouse or factory completely free of hazards. In addition to following best practices and general shelving guidelines , take care to proactively protect shelving from damage and monitor any slight damage or leaning that occurs over time.

    Inspect Up-Close

    Rust, missing safety clips and bolts, bending shelves, and other seemingly minor damage can have serious consequences. Even if your shelves are relatively new, take the time to inspect them once every few months.

    Make sure also to inspect stairs and ladders, including their wheels, as these can be damaged just through everyday use. Also, make sure to re-inspect shelving units after every accident, no matter how minor.

    A forklift collision with a corner of the shelving unit can cause safety clips to become dislodged in another corner. If possible, have a supervisor or manager do a brief walk-through inspection of shelving once per day. This will hopefully allow leadership to catch and deal with any damage from unreported forklift accidents or other mishaps.

    Do a more thorough inspection, with a flashlight and level in hand to inspect potential damage, every few months or after any event that could have caused damage.

    Measure Leaning Shelves

    You can usually figure out if a shelf is leaning by holding up a level to various vertical sections of it. If one or more of the sections you measure isn’t vertical, you will need to determine just how much the shelf is tilting. A shelving professional can help you make those measurements correctly.

    Based on these strict guidelines, a shelving unit must be unloaded and re-plumbed if its out-of-plumb ratio exceeds 1:240. In other words, if a 10-foot-high rack is leaning more than half an inch, it needs to be straightened or replaced.

    Ideally, have a professional measure plumbness every few months, and schedule a re-measurement sooner if a shelf starts to lean more than a quarter of an inch. If you are certain that you or another manager has the skills to measure shelf plumbness correctly, then it can be done in-house.

    Make sure to take detailed notes on which shelves were measure from which angles. While this can be a hassle, it’s far better than dealing with problems associated with a pallet accident.

    Enforce Weight Limits

    Putting too much weight on shelves is a sure way to set your warehouse up for a catastrophe. Even if the shelf appears to be holding the weight without visible damage, the additional strain put on the shelving and supports makes the whole structure vulnerable to collapse.

    Plus, long-term wear and tear on key parts will occur much more quickly. It can be hard for managers to determine briefly how much weight is being put on shelves. Supervisors will probably need to be primarily responsible for enforcing limits, and for noticing if an unusually large amount of goods is being placed on one shelf.

    Make sure to establish a good relationship with supervisors, so that they feel comfortable enforcing weight guidelines and reporting any problems directly to you. If there are ever any doubts about the weight capacity of shelving, contact the manufacturer.

    The capacity of shelving units can be greatly reduced by rust or impact from accidents, so shelves should be unloaded completely and re-inspected after any accident. If there is any significant damage, the entire affected part and any bolts or clips that it used should be replaced.

  • TIG Sheet Metal Welding: Ideal For Welding Thin Sheets

    Introduction:

    TIG (Tungsten Inert Gas) welding is a widely used welding procedure for sheet metal. This article explores the benefits of TIG welding, its applications, and the process involved in welding thin sheets.

    TIG Welding: The Ideal Choice for Thin Sheet Metal:

    TIG sheet metal welding is a precise arc welding method that utilizes a tungsten electrode and an inert gas, such as argon or helium, to protect the electrode. It is commonly used in both continuous and spot welding applications, especially in the aviation sector.

    Applications in Various Industries:

    Originally developed during World War II to replace rivets with welds in aircraft, TIG welding has found extensive use in the industrial sector. Its ability to produce high-quality joints makes it ideal for welding thin sheets.

    High-Quality Joints for Thin Sheets:

    Compared to traditional welding methods, TIG welding minimizes the risk of piercing the metal, resulting in high-quality joints. The process ensures precision and control while avoiding excessive heat input.

    The Process of TIG Welding for Sheet Metal:

    In TIG welding, a tungsten electrode is inserted into the torch, surrounded by a protective inert gas. The operator moves the torch along the joint, melting the edges of the metal with the electrode while adding filler material if necessary.

    Material Supply and Welding Technique:

    TIG welding allows for manual or mechanical material supply, depending on the specific requirements. It is particularly effective in welding thin stainless steel, where the edges are melted, and small amounts of filler material are added for reinforcement.

    Proper Torch Handling and Electrode Placement:

    Maintaining the correct distance between the tungsten electrode and the joint is crucial to ensure successful TIG welding. The operator must avoid direct contact between the electrode and the metal to prevent sticking and disruption of the welding process.

    Premier Engineering & Storage Solutions: Your Sheet Metal Expert:

    At Premier Engineering & Storage Solutions, we specialize in cutting-edge sheet metal manufacturing services. Our expertise extends to laser cutting, CNC cutting, and CNC punching. Additionally, we offer industrial shelving units, metal storage cabinets, and other storage solutions.

    Conclusion:

    TIG welding is a versatile and reliable method for welding thin sheet metal. Its ability to produce high-quality joints, combined with its widespread applications, makes it a preferred choice in various industries. Premier Engineering & Storage Solutions provides comprehensive sheet metal manufacturing services and storage solutions to meet your specific needs. Choose TIG welding for precision, durability, and excellence in sheet metal fabrication.

  • The Benefits of Sheet Metal Laser Cutting

    Industrial shelving is an essential component of modern storage solutions. With laser cutting technology, clean and precise cuts can be achieved on various sheet metal materials. This article explores the advantages of sheet metal laser cutting and highlights the benefits it offers for efficient storage solutions.

    High Precision Cuts:

    Achieve clean and precise cuts on sheet metal of any shape or size using laser cutting technology. The resulting cut edges are exceptionally clean and accurate, ensuring superior quality and craftsmanship.

    Minimal Maintenance Requirements:

    Industrial shelving equipped with laser cutting machines requires minimal maintenance due to the longevity of the equipment. This results in significant cost savings and allows for uninterrupted operations.

    Versatility in Material Options:

    Sheet metal laser cutting is compatible with a wide range of metallic materials, including iron, stainless steel, aluminum, and copper. This versatility allows for greater flexibility in material selection based on specific project requirements.

    Combustion and Fusion Cutting Processes:

    Sheet metal laser cutting utilizes two primary cutting processes. Combustion cutting employs oxygen, while fusion cutting uses inert gas to remove melted metal debris. Both methods provide effective and efficient results, depending on the desired outcome.

    State-of-the-Art Sheet Metal Manufacturing Services:

    At Premier Engineering & Storage Solutions, we specialize in state-of-the-art sheet metal manufacturing, offering laser cutting services, CNC cutting services, and CNC punching services. Our expertise lies in providing tailored solutions for sheet metal projects, ensuring high-quality results.

    Optimize Storage with Industrial Shelving Units:

    In addition to sheet metal services, we offer a wide range of industrial shelving units, including metal storage cabinets and shelving units. Our storage solutions are designed to maximize efficiency, organization, and accessibility, providing a streamlined approach to storage management.

    Conclusion:

    Industrial shelving, combined with sheet metal laser cutting technology, revolutionizes storage solutions by offering high precision, minimal maintenance requirements, and versatility in material options. Premier Engineering & Storage Solutions specializes in delivering cutting-edge sheet metal manufacturing services and storage solutions that meet the diverse needs of various industries.

    Upgrade your storage systems and experience the benefits of industrial shelving and sheet metal laser cutting today.

  • What is nesting for laser cutting?

    A nesting program is an essential tool in laser cutting, dynamically arranging parts on a single sheet of raw material for optimal efficiency and cost-effectiveness. This article explores the benefits of nesting software and highlights the capabilities of the Estimation nesting program.

    Efficient Part Arrangement with Nesting Software:

    Nesting software efficiently arranges the required quantities of individual parts on stock material sheets or plates. By utilizing part geometry from CAD files, it generates CNC code that controls cutting machines.

    Versatile Application in Various Fabrication Tools:

    The Nesting Program encompasses CNC turret punch, laser, plasma, router, waterjet, and knife fabrication services. Its wide range of capabilities makes it an indispensable tool in the industry.

    Achieve Optimal Cost Considerations:

    The Nesting Program prioritizes optimal cost considerations, including material efficiency, machine efficiency, schedule adherence, and order completion. By maximizing these factors, it ensures the lowest possible cost for the desired parts.

    Lean Manufacturing and Improved Efficiency:

    Implementing the CNC nesting program leads to reduced material costs, improved labor efficiencies, increased throughput, and lower overhead expenses. It becomes a valuable tool for lean manufacturing practices.

    Unmatched Expertise and Comprehensive Solutions:

    Estimation nesting Program stands out with its expertise in optimizing all fabrication costs. No other nesting program offers the breadth and depth of fabrication tools like the Estimation nesting program.

    Contact Premier Engineering Experts for Detailed Information:

    For a comprehensive discussion of the Nesting Program’s features and capabilities, reach out to Premier Engineering Experts today. Our team of specialists can provide detailed insights and assist you in optimizing your fabrication processes.

    The Nesting Program is a vital component in laser cutting and fabrication, ensuring optimal material efficiency and cost considerations. With its ability to automatically arrange parts on stock material, it streamlines production processes and improves overall efficiency.

    Partnering with Premier Engineering Experts and utilizing the Estimation nesting program allows you to achieve maximum cost savings and lean manufacturing practices. Contact us today to unlock the full potential of the Nesting Program and enhance your fabrication operations.

  • Tips For Engraving And Cutting With CNC Machining

    Being an engineer and a hobbyist you might do a lot of engraving or cutting and there is no way you aren’t familiar with the drawing trend in the immense potential of CNC machining.

    Varying from Jewelers to gun shops, collectible figurine makers to engine designers, many hobbyists also use CNC mills to perform complex engraving and cutting tasks. Here are some of the tips about how to get the most out of an automated CNC machine.

    1.    Choose the Right Cutting Tool

    When engraving, use the right tool according to the pattern in order to get accurate results. Wider angle cutting tools are better for engraving larger patterns and vice versa. To maximize efficiency, you should typically use the largest cutting angle and tip while carving hard materials.

    2.    Be Mindful of Your Spindle Speed

    Small shank tools are meant to be used with low-power spindle motors and to minimize resistance in high-speed milling for optimal results, the cutting speed shouldn’t be too fast. To increase speed, use large shank diameter engraving tools for high-power motors.

    3.    The Length of Your Cutting Tool Matters Too

    It is usually recommended to add 2mm-3mm to the measured processing sheet thickness while choosing the right blade length for carving knives. You must opt for a shorter blade length either for cutting acrylic or when the motor speed is between 18000-24000 RPM.

    4.    A Note on Broken Tools

    In case you are using high-quality tools and they are still breaking frequently then it might be an issue with the carving settings, including the rail and motor precision, plate material hardness, or fixture issues.

    5.    Consider an Engraving Attachment

    For more creative opportunities, the optional engraving attachment combined with the 3D machining capabilities can be used.

    In case you are totally unfamiliar with the CNC machining services and are on the hunt for engineering solutions in metal manufacturing then Premier Engineering and Storage Solutions is the right option for you.

    We specialize in various CNC machining services including CNC cutting services,  CNC punching services, prototyping, laser cutting among many others.

  • Why CNC Machining is Better Than Stainless Steel Casting

    Stainless steel (SS) is a widely preferred material for industrial and commercial product manufacturing due to its high ductility, lustrous surface finish, high-temperature sustainability, and high strength, which makes it highly suitable for manufacturing industrial products.

    Earlier, for manufacturing purposes, stainless steel casting was preferred due to the high-temperature stainability and moldability of stainless steel material. Although stainless steel is still being used by industrial manufacturers, stainless steel CNC machining has replaced the older casting technique as it produces dimensional defects and involves long production cycles.

    The following is the breakdown of some beneficial factors that give stainless steel CNC machining an edge over stainless steel casting.

    • Saves The Cost Of The MoldUnlike casting, CNC machining does not require a mold. By the use of various cutting tools that are focused via numeric computer code, the CNC machines shape a product.
    • Allows The Complex Production
      Unlike casting, CNC machining doesn’t have any limitations and can be used for a minute and complex part production. For intricate products, the casting process may give dimensional errors along with a rough surface. CNC machining gives precise production that can be efficiently performed over consistent feed, appropriate tooling, and low-tolerance dimensional coding.
    • Production At Faster Pace
      Stainless steel CNC machining is a quicker manufacturing process that includes generating a computer code followed by setting the workpiece, and post-production ejection of the stainless steel component. Conversely in the casting process, the time-consuming activity of mold setting is followed by the melting and cooling of metal after which the final product is ejected from the mold.
    • Dimensional Precision and Stability
      CNC operations are computer-managed and can be performed at low dimensional tolerance, and it does not require extreme heating or cooling of stainless steel sheets. Therefore, the chances of human error for dimensional accuracy are minimal. Whereas, casting processes sometimes require extreme heating and cooling that might alter the dimensional accuracy of the final product.

    Premier Engineering and Storage Solutions is the pioneer in CNC machining. We use state-of-the-art techniques for our services, including CNC cutting services and CNC punching services.

  • Slat Wall Panels – Shelving Units

    What are Slat wall shelving units?

    Slat wall panel shelving units are mainly used in retail fixtures used by shopfitters and retailers. It’s made of MDF board, routed to fit aluminum extrusions. MDF board is used due to its sturdy nature, which allows heavy items to be displayed.

    These types of shelving units are mainly made by using Slatwall sheets are designed to be fixed to the wall. We supply full panels or half sheets, or it can be cut to your custom dimensions.

    Available in portrait and landscape configurations, this system primarily sold in black or white. Please send your inquiries by filling the contact us form on our website.

    We have a high range of extended freestanding slat wall shelving units with drawers for extra storage.

    Full retail displays often use a combination of slat panels and gondola shelving units.

    Slat wall panel Shelving Units Installation Tips:

    Depending on the surface you are working with, there are various options available.

    Installing your own Slatwall to concrete or brick, use the appropriate masonry anchor, available at your local hardware store.

    When you buy from premier engineering shelves for shops, you can be assured you are getting a high-quality, affordable product that has been tried and tested. Speak to us for more information about slat wall panel shelving units.

  • Laser Cutting Service | Guarantees of a Professional

    Laser cutting services are an integral and important part of the industrial manufacturing industry. However, they are not only used in producing things that are subsequently used in industrial processes; but they can also be involved in the production of retail products. In both cases, it is important to have efficient software professionals for handling the laser cutting that can clear away the excess material and refine the products, such as workbench, to near-perfection.

    Naturally, there is a variety of skill and efficiency levels that can be seen in this industry. Only a trusted company like Premier Engineering and Storage Solutions can offer the highly precise finishing that can serve industrial processes effectively or make a brand name through flawless finishing. So, if you are looking for the right company for your business needs, here are some helpful tips to start off your search with.

    The Most Important Things a Reliable Laser Cutting Company Must Have

    1. Service Areas

    Laser cutting services are a rather large industrial service area and you need to get the right service for your business needs. So, check if the company you are looking at for this service is your particular type of laser cutting. Once you have that info down, you can proceed to the other considerations below.

    1. High-Quality Equipment

    You cannot get the right kind of laser cutting service done without the right equipment for the job. Having top-notch laser cutting tools is essential for being able to provide high-quality laser cutting services. So, before you go and give your business to a company, check their equipment. If they have advanced tools at their disposal, they might be the right fit for you.

    1. Workmanship

    When it gets down to it, the equipment is only going to go as well as the guy running. So, you need to know how much experience they have in this line of work. Mostly, companies that have a fair number of years in providing laser cutting services like Premier Engineering and Storage Solutions only employ reliable and experienced professionals.

     Where Can You Find the Best Laser Cutting Services?

    When it comes to laser cutting services and storage solutions and products like workbench, there is no better company for the job than Premier Engineering. With years of professional experience, we are capable of handling virtually all kinds of laser cutting jobs with ease.

    For more information, visit Premier Engineering or call our friendly experts on 0481 115 752 today!

  • WHAT IS CNC LASER CUTTING AND TURRET PUNCHING?

    Both CNC punching services or turret punching can be used when cutting sheet metal fabrication material. With the development of both technologies, manufacturers can use both laser cutting methods. Many of the laser cutting providers mainly focus on the new capabilities and better ways of turret punches also have plenty of utilities. An experienced operator can perform any of the high-quality work in the proper way with any of these machines, whether CNC Laser cutting or Turret punching machine.

    Difference between CNC Laser cutting and Turret Punching Machine

    Turret Punching: During the turret punching process, the operator places a sheet of metal between a punch and a die. The punch presses into the material, pushing excess metal into the die. Computer numerical control (CNC) turret punching uses computer programming to follow a design’s direction. This coding allows the punch to perform an automated cutting process.

    Laser cutting: Laser cutters use a focused beam and gas to vaporize sheet metal. The beam cuts through the metal, then a stream of gas blows through the cut area to form the desired cut-out. Coated mirrors guide and focus the laser beam while shielding it from the operator’s eyes. A laser cutter can also use CNC technology to automate the vaporization process.

    Each machine suits different situations better than the other. A turret punch can fit more applications than some professionals may think.

    VERSATILITY OF CNC TURRET PUNCHING VS. LASER CUTTING

    A turret punch and laser cutting services can have similar levels of versatility, depending on the model used. Generally, laser cutters can cut into thicker material than turret punches. Advanced turret punch models have stronger cutting power that allows them to work with more metals. Turret punches can perform more secondary operations than laser cutters, including:

    Tapping

    Blanking

    Forming

    Extruding

    Deburring

    With a turret punch machine, a fabrication shop can save time and money on processes that laser cutters cannot handle. To get more information call us on  0481 115 752

  • How Much Weight Can Metal Storage Cabinets Handle?

    How to Choose Metal Storage Cabinets That Can Handle Heavy Loads

    When it comes to storing items in cabinets, weight is often the elephant in the room. Whether you’re filling the cabinets with multiple materials that add up in weight or just a few dense, hefty objects, the cabinet’s capacity plays a crucial role.

    Why Material Matters

    The engineering behind the metal used in your storage cabinets is specifically designed to support a certain weight. Generally speaking, the thicker the material, the more weight it can support. Yet, it’s not just about the metal’s thickness.

    The Role of Built-in Anchors

    Shelves welded into the cabinet’s body provide an extra layer of security. They come with their own built-in anchors that are non-removable. These anchors boost the cabinet’s weight-handling capacity, adding another layer of durability.

    How Much Can Your Cabinet Hold?

    If you’re wondering about the specifics, here’s a clue: A cabinet could support up to 1,000 kg, while each shelf could bear around 200 kg. However, the design and organization of the individual shelves are essential. You’ll want a well-designed unit that makes it easy to securely store items.

    Anchoring Your Cabinet

    It’s not just about how much a cabinet can hold but also how well it can secure itself to a wall. Anchors can be added to the back of the cabinet, allowing it to be fastened to a wall. This extra step prevents the cabinet from tipping over and enhances its overall functionality.

    Industrial Shelving: Beyond the Basics

    Industrial shelving units may look impressive, but they need to be up to the task of handling all the materials you plan to store. They should stand firm against buckling or breaking apart under pressure. So, before you place an order for a custom-made cabinet from us, make sure to assess your storage needs thoroughly.