The Warehousing Education and Research Council (WERC), a division of MHI, is pleased to announce the return of the Texas Warehousing Forum on October 23, 2025, at the Grapevine Convention Center in Grapevine, Texas.This one-day event is designed for warehousing, distribution, and logistics professionals to explore the latest supply chain strategies and technologies to optimize their operations. The Texas Warehousing Forum will feature:•  Expert-led educational sessions on supply chain trends•  Technology demonstrations showcasing leading equipment•  Networking opportunities over breakfast, a Texas BBQ lunch, and a post-event reception•  The opportunity to win raffle prizesRegistration is open now, with discounted rates available for WERC members. Exhibitor and sponsorship opportunities are also available for solution providers who want to connect directly with decision-makers in the thriving South Central region.For more information and to register, visit werc.org/texasshow. For questions about the event or available sponsorships, please contact WERC Membership Managing Director JoAnna Leon at jleon@werc.org.About WERCWERC, a division of MHI, is the only professional organization focused on warehousing, distribution, and fulfillment and its role in the supply chain. Through membership in WERC, seasoned professionals and those new to the industry master best practices and establish valuable relationships.About MHIMHI is an international trade association that has represented the material handling, logistics and supply chain industry since 1945. MHI’s over 1,000 members include material handling and logistics equipment and systems manufacturers, integrators, consultants, workforce solution providers, publishers and third-party logistics providers. MHI offers education, networking and solution sourcing for their members, the members’ customers, and the industry as a whole through programming and events. The association produces the ProMat and MODEX expositions that showcase the products and services of its member companies and to educate manufacturing and supply chain professionals. The Warehousing Education and Research Council (WERC) is a division of MHI and provides education and research to the warehousing, distribution, and logistics community.

Milwaukee, WI – September 8, 2025 – Rite-Hite, a global leader in industrial safety and productivity solutions, has entered the rigid doors category with the new Raptor Rigid™ line of security doors. That line consists of a base model simply called the Raptor Rigid Security Door, Raptor Rigid High Speed Security Door and Raptor Rigid High Speed XL Security Door.Designed for exterior applications in demanding environments, these doors combine exceptional speed, robust double-walled aluminum construction and advanced safety features to help facilities improve security, environmental control and operational efficiency.“Industrial operations face increasing demands for speed and reliability without sacrificing safety,” says Tracy Rizzi, Director of Product Management for Doors. “The Raptor Rigid line delivers on all fronts. It offers unmatched cycle speeds, superior wind resistance and built-in safety technology. Rite-Hite saw the need for a single-door solution that helps protect people, secure facilities, accelerate work and save on energy costs. The Raptor Rigid line of security doors is that solution.”The base Raptor Rigid springless model opens at up to 30”/second, triple the speed of conventional rolling steel and sectional doors. Raptor Rigid high-speed models open at up to 80”/second so forklift operators spend less time waiting and more time moving. Optional activation sensors mean they don’t need to leave their vehicle to open the door or carry remotes with activation options.Conventional rolling steel and sectional doors typically need springs replaced every few months. This requires downtime, which can be costly. The Raptor Rigid line of security doors is designed for minimal maintenance. Its base model uses a springless design while the high-speed models use high cycle extension springs.High-speed models also come equipped with the industry exclusive Predictive Spring Life, which goes beyond basic cycle counts, analyzing door size, weight and usage. This feature pinpoints the optimal time to replace springs so facilities are never caught off guard with unplanned downtime.The Door-Commander Advanced Controls panel’s SafeAlert™ system counts down how much time remains before the door closes to help mitigate unsafe surprises for forklift operators. Raptor Rigid Security Doors integrate a 6’ light curtain into the door’s side columns to provide an enhanced detection field, not just at the bottom like traditional photo eyes. It stops the door from closing if a person or object is detected anywhere in the opening.Door-Commander Advanced Controls can also communicate with the Rite-Hite ONE digital platform. This sends notifications to the customer's phone if the door is left open for too long, providing security beyond the door.“Our customers need more than just a fast door,” says Amberdeep Aurora, Director of Product Marketing. “They need a solution that performs reliably in the most challenging, demanding conditions. Rite-Hite’s Raptor Rigid line sets a new standard that combines security, speed and peace of mind in industrial exterior doors.”To learn more, visit ritehite.com and explore the full line of Raptor Rigid Security Doors.About Rite-HiteEstablished in 1965, Rite-Hite is a global leader in industrial safety, security and productivity solutions. The company has built a reputation for designing and manufacturing innovative equipment that enhances workplace efficiency. From loading dock systems and industrial doors to safety barriers, high-volume low-speed (HVLS) fans and smart connected products, Rite-Hite helps businesses optimize safety and performance in their facilities. Headquartered in Milwaukee, Wisc., the company operates worldwide, serving industries ranging from warehousing and manufacturing to logistics and distribution.ContactSara EvertsDirector of Corporate Marketing & Communicationsinfo@ritehite.com

This award honors female supply chain leaders and executives whose accomplishments, mentorship and examples set a foundation for women in all levels of a company’s supply chain networkNorthlake, Texas (September 8, 2025) Ehrhardt Partner Group (EPG), a global leader in unified supply chain execution and warehouse management technology, announced today that Food Logistics and Supply & Demand Chain Executive named Lindsay Schuemann, Director of Marketing, as a recipient of the 2025 Women in Supply Chain Award in the Trailblazers Category for the second consecutive year. The award honors female leaders whose accomplishments, mentorship, and contributions are helping shape the future of supply chain and logistics.“Every year, the award winners amaze me. Regardless of the disruptions, economic uncertainty, and other industry challenges, these women in supply chain winners are doing remarkable things for their communities, organizations and teams,” says Marina Mayer, Editor-in-Chief of Food Logistics and Supply & Demand Chain Executive and Co-Founder of the Women in Supply Chain Forum. “In correlation with the theme of this year’s Women in Supply Chain Forum, these female logistics leaders are rising up; they’re strengthening leadership pipelines, enforcing a people-first leadership approach, spearheading new product introductions, and transforming the way the industry views women in supply chain. I couldn’t be more proud of this year’s winners.”Lindsay Schuemann is a seasoned supply chain and logistics technology marketing leader with over 13 years of experience driving growth for some of the industry’s most innovative brands. She is dedicated to helping industry professionals modernize operations, streamline processes, and improve efficiency through the adoption of advanced technologies. Since joining EPG in early 2025, Schuemann has strengthened the company’s visibility in the Americas, established strategic partnerships, secured multiple industry awards, and built a foundation for stronger regional and global brand alignment.“Lindsay stood out immediately as the clear choice to lead EPG’s marketing efforts in the Americas,” said Hermann Pulm, Vice President of Sales at EPG. “Her insight and vision have already made a meaningful impact. She has a rare ability to translate complex technology into human-centered storytelling that helps supply chain leaders improve agility, enhance efficiency, and drive stronger operational performance.”“I’m honored to be recognized by Food Logistics and Supply & Demand Chain Executive alongside such an inspiring group of women who are breaking barriers and shaping the future of supply chain,” said Lindsay Schuemann, EPG’s Director of Marketing. “In a traditionally male-dominated industry, the voices and leadership of women bring invaluable perspective and lasting impact. Thank you, Food Logistics and Supply & Demand Chain Executive, for highlighting the contributions women are making across the supply chain.”Go to the Supply & Demand Chain Executive site to view the full list of winners. Recipients will be honored at this year’s Women in Supply Chain Forum, set to take place November 18-20, 2025 in Clearwater Beach, FL. Go to www.WomenInSupplyChainForum.com to register and learn more.To learn more about how Lindsay and the team at EPG are enabling smarter connected logistics for organizations worldwide, visit epg.com.About EPGEhrhardt Partner Group (EPG) is a global leader of unified supply chain execution technology, supporting global brands for over 35 years with smarter connected logistics. Over 1,600 organizations around the world put their trust in EPG and its suite of solutions to optimize complex logistics processes from manual to fully automated warehouse environments. EPG ONE™ unified supply chain software centralizes WMS, WCS, WFM, voice solutions, multi-carrier global shipping execution, intelligent route optimization, dock management, contract and billing management, and supply chain control tower, enabling integrated supply chain and logistics management from end-to-end. To learn how EPG powers smarter connect logistics for organizations worldwide, visit epg.com.About Food Logistics and Supply & Demand Chain ExecutiveFood Logistics reaches more than 26,000 supply chain executives in the global food and beverage industries, including executives in the food sector (growers, producers, manufacturers, wholesalers and grocers) and the logistics section (transportation, warehousing, distribution, software and technology) who share a mutual interest in the operations and business aspects of the global cold food supply chain. Supply & Demand Chain Executive is the only supply chain publication covering the entire global supply chain, focusing on trucking, warehousing, packaging, procurement, risk management, professional development and more. Food Logistics and Supply & Demand Chain Executive also operate SCN Summit and Women in Supply Chain Forum. Go to www.FoodLogistics.com and www.SDCExec.About IRONMARKETSIRONMARKETS, formerly known as AC Business Media, is a leading business-to-business media and buyer engagement platform with a portfolio of renowned brands in heavy construction, asphalt, concrete, paving, rental, sustainability, landscape, manufacturing, logistics, and supply chain markets. IRONMARKETS delivers relevant, cutting-edge content to its audiences through its industry-leading digital properties, trade shows, conferences, videos, magazines, webinars, and newsletters. It also provides advertisers the analytics, data, and ability to reach their target audience. Learn more at www.iron.markets.ContactLindsay SchuemannDirector of MarketingEhrhardt Partner Group (EPG)(414) 559-8995lindsay.schuemann@epg.com

For warehouses and distribution centers, Destuff-it™ portable ergonomic conveyors provide a safe and efficient solution for handling floor-stacked packages in shipping containers or related vessels.

The challenge was to engineer a system of catch nets to protect employees working under a fast moving overhead conveyor system. In addition, the caught objects must remain undamaged and be retrieved quickly without impeding the workflow.

A brand new BWU6 fulfilment centre in Sydney needed a solid barrier to protect pedestrians, equipment and infrastructure from forklift collisions. The distribution centre had several intersecting traffic streams. This made the risk of collisions very high. Boplan's safety expertise was called upon. Boplan's partner - NPSG Australia - installed various safety solutions such as the TB 400 PLUS, a robust collision protection system with handrails that not only protects against collisions but also guides pedestrians.

In the dynamic world of material handling, where the efficiency and safety of operations hinge on the reliability of equipment, the often-overlooked heroes are the casters and wheels. Both play a pivotal role in the seamless movement of loads through industrial environments, yet the intricacies of selecting the right ones are often underestimated.Before you add to cart consider these common mistakes to avoid.Ignoring Load Limits: The Pitfalls of Overlooking Capacity RequirementsExceeding the recommended load capacity of casters can result in premature wear, damage, and failure. Most loads don't maintain an even weightacross the length and width of the platform. An off-center load could overload even the most durable casters. If a caster fails due to excessive weight, it can potentially cause injuries to workers and damage to products or infrastructure.It's crucial to accurately assess load requirements and choose casters that can accommodate the appropriate load capacity (including the weight of your cart!) Pro Tip: For optimal load distribution and safety, the common mistake of dividing the load capacity by 4 overlooks crucial factors. Instead, we advise dividing by 3 to account for potential uneven floors and to ensure stability. There are two reasons for this: First, on uneven surfaces, 3 or fewer casters bear a greater load, emphasizing the importance of ensuring the load can be adequately supported by 3 casters for operator safety and equipment integrity.Second, unpredictable load distribution necessitates planning for potential shifts, whether due to floor irregularities or weight imbalances. Adjusting the load rating accordingly ensures a proactive approach to prevent potential issues.Material Mismatch: Why the Right Wheel Matters for Your EnvironmentWheels are used in material handling because they significantly reduce the force required to move an object. Think about the force needed to push a heavy box across a floor. Static friction demands a specific applied force to initiate motion, and once in motion, dynamic friction insists on a consistent force to sustain it. The person exerting the force encounters a delicate balance: their applied force against the friction force generated by the box's weight and the floor. Therefore, it is crucial to understand the factors that impact caster performance.Will it navigate rough or uneven floor conditions? Is floor protection a priority? Does noise or speed play a role? Will the wheel be subjected to washdown or high-heat applications? These are the questions that guide the meticulous selection of the right caster and wheel.The complexities within polyurethane wheels alone can create paralysis in selecting the right type. Add in metal, nylon, rubber, and pneumatic, and it becomes even more crucial to comprehend the environment the wheel will be working in. Choosing caster materials unsuitable for the environment can have a significant impact on rolling resistance, triggering a waterfall effect of potential issues including compromised performance and durability, premature wear, failure, and a more strenuous work environment.Pro Tip: Casters and wheels come in various shapes, sizes, and materials to match unique performance requirements. Some roll-on tracks and temperatures up to 500F. Others bear 40,000-pound loads inside and outside the factory. Gather application data and choose an industrial caster/wheel manufacturer (or distributor) that you trust to help you select the right caster. Taking these extra steps will prevent headaches down the road. RELATED: Casters, Wheels, and Accessories GuideMaintaining Momentum: Why Speed Matters Most casters are rated for walking speed (3-5 mph), but sometimes the need for speed extends beyond this. Faster speeds require a caster that can not only withstand the increased velocity but also the increased severity of impacts. When towing loads at accelerated paces, it becomes imperative to assess not only the wheel material but the bearing type as well.Precision ball bearings can typically handle higher speeds and radial forces. These bearings are best for manual applications due to lower start-up forces. Wheels used in towing applications benefit from tapered wheel bearings as they run at higher speeds and encounter turns under load. These bearings are best for side load conditions as well as higher industrial speeds. Pushing the speed boundaries requires casters that can keep up without compromising performance or safety.Pro Tip: Larger wheel diameters and axles, more robust swivel construction, and bearing selection are critical components that enhance casters' overall performance and endurance at higher speeds. Overlooking Safety Standards: Don’t Put Your Workplace at RiskAccording to the Spine Research Institute at The Ohio State University, over 1.3 billion people suffer from musculoskeletal disorders that lead to low back, neck, shoulder, and other joint pain. While the causal pathways of these disorders are influenced by a multitude of factors, the workplace environment is a consideration.Adhering to safety standards ensures casters used in material handling meet specific load capacity, durability, and design criteria. This compliance is directly tied to workplace safety, reducing the risk of accidents, injuries, and damage to both personnel and property. Following safety standards helps create a safer working environment by ensuring casters can withstand the demands of the application.Pro Tip: Ask if the manufacturer is a member of the Institute of Caster and Wheel Manufacturers (ICWM), a Material Handling Institute (MHI) subgroup. Members are committed to safety and must adhere to certain criteria such as the American National Standard ANSI ICWM-2018, Vocabulary, Performance, and Testing Requirements for Casters and Wheels. This Standard is intended to guide owners, users, designers, purchasers, and/or specifiers of material handling equipment or systems.Neglecting Maintenance: The Silent Killer of Caster LongevityAccording to Forbes, unplanned/unscheduled downtime represents one of the costliest events at any manufacturing plant.  Specific to casters, failing to perform regular maintenance, such as cleaning and lubrication, can lead to the accumulation of foreign objects and debris on caster components. This accelerates wear and tear, shortening the lifespan of the casters and increasing the risk of failure and unplanned downtime.Alternatively, planned downtime is a proactive approach to preventing breakdowns, and the build-up of contaminants within your caster to prolong the life of your equipment. Should you be using a caster that is not maintenance-free, it is important to implement a routine maintenance schedule that includes cleaning, inspection, and lubrication of caster components. Pro Tip: Have you considered maintenance-free casters? These casters minimize downtime and reduce maintenance costs by eliminating the need for lubrication or regular upkeep. Featuring sealed precision bearings and durable construction, they provide consistent performance, enhanced safety, and cleaner operation. Perfect for lean manufacturing, automated systems, and industries like aerospace, automotive manufacturing, healthcare, logistics, electronics assembly, cleanrooms, and renewable energy.As we understand the pitfalls explored above, it becomes evident that the right caster choice is not just about functionality but a commitment to safety, efficiency, and longevity. So, before you proceed with your next caster purchase, remember the cardinal rules: respect load limits, choose materials wisely, embrace routine maintenance, adhere to safety standards, and consider the often-underestimated factor – velocity. Each decision contributes to a chain reaction of reliability and performance in the workplace.Never consider casters and wheels a commodity; rather consider them the foundation of a safe, efficient, and enduring material handling environment.For more information visit hamiltoncaster.com or www.mhi.org/icwm.

The Season of StrainFrom warehousing to manufacturing to hospitals, workers experience heightened strain when completing tasks, particularly those involving pushing and pulling. Whether maneuvering a material handling cart or a hospital bed, employees’ backs endure stress from high exertion forces. While this is a year-round challenge, the period between Thanksgiving and New Year’s amplifies the risks.Seasonal pressures stem from worsening weather conditions and increased workloads amongst many other factors that lead 2 in 5 companies to see a rise in injuries during the holiday season (OHS Canada, 2024). For example, healthcare workers often operate with a skeleton crew during the holidays, yet patient numbers and thus the demand for patient engagement spikes (Continuing Care Safety Association, 2022). In warehousing and manufacturing, consumer spending surges drive a demand for faster production and delivery. The pressure to ensure customers receive their products on time is intensified by potential postal delays and logistical challenges.From the carts we push to the beds we pull; the holiday season heightens the strain workers face. Effective communication becomes even more essential in these fast-paced, noisy environments. Misunderstandings Misunderstandings between “no” and “go” in a warehouse or hospital can lead to critical mistakes. Addressing push/pull injury risks, improving operational efficiency, and ensuring clear communication are key to overcoming holiday challenges. The right ergonomic caster can play a significant role in mitigating these issues.Are Your Casters Ready to Handle the Holidays?Here are some ways ergonomic casters help reduce holiday-season hazards:Push/Pull Forces When operators exert significant strength to move a cart, they face a primary ergonomic risk factor: force. Excessive push forces can lead to acute injuries, such as muscle strains, and chronic injuries that develop over time, particularly in the lower back. Ergonomic casters help reduce push/pull forces, including the initial force, the sustained force, and the swiveling force—which occurs when the wheels are perpendicular to travel, often the worst-case scenario. These reductions are achieved through thoughtful design elements and carefully chosen wheel materials integrated into ergonomic casters. Overall Rig Design Components like precision ball bearings and Kingpinless casters promote better ergonomics by decreasing push/pull forces, providing maintenance-free use, and eliminating single points of failure to enhance durability. Some Kingpinless casters’ permit modular designs which allows for adjustments to meet increased seasonal demands. Additional wheels can be added to improve maneuverability and push/pull performance, ensuring operations stay safe and efficient under holiday pressure.Caster Offset Caster offset refers to the distance between the swivel head’s center and the wheel axle. Without an offset, loaded wheels experience direct compression, increasing the force required to move the cart. By introducing a caster offset, the wheel pivots more easily, reducing push/pull forces. However, offset designs must be carefully engineered. Excessive offset can create tripping hazards as the caster extends beyond the cart’s footprint. Additionally, insufficient reinforcement of the offset can lead to deformation under heavy loads. Conversely, over-reinforcing the caster can increase its weight, creating new handling challenges. So, ensure the offset meets the requirements of the task, the environment, and the cart operator.Wheel Material Wheel material significantly influences push/pull forces and other ergonomic considerations. Very hard wheels excel in clean environments with hard flooring, such as concrete, due to their low coefficient of friction. However, in less controlled environments like shop floors, their push/pull performance may decline. Softer, resilient materials are ideal for environments with debris and uneven flooring, where harder materials often fail. The lower durometer wheel can absorb the impact of these environmental characteristics. Loud environments, whether in hospitals or distribution centers, can compromise safety and efficiency. Ergonomic casters with noise-reducing materials absorb shocks and reduce noise, addressing common secondary ergonomic risk factors while not being impeded push/pull performance. These materials promote safer, more efficient workplaces, ensuring smoother operations during the busiest time of year, particularly when housekeeping is less frequent.Not all wheel materials perform equally across facility environments. While improving push/pull performance is critical, it’s also essential to account for other ergonomic and operational risks when selecting the right wheel material.Wrapping It UpThe holiday season brings heightened demands and increased risks for workers across industries. Ergonomic casters can significantly reduce these risks by lowering push/pull forces, improving cart maneuverability, and enhancing communication through noise reduction. Selecting the right wheel material is critical to optimizing caster performance. Investing in ergonomic caster solutions ensures that your workforce remains safe, productive, and ready to handle the holiday rush.

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The always-on, lights-out distribution center has been a conversation point in the supply chain space for years. Many industry professionals look to that ideal as inspiration while building automation into their processes and designing for end-to-end connectivity. Now that we are seeing more use cases for agentic AI, are we meaningfully closer to a DC that can truly operate without any human intervention?Discussing this idea are Warren Owen, VP of Solution Consultants at Netstock; Karl Sanchack, COO of Carnegie Foundry; and Thomas Zoehrer, CEO and Co-Founder of SSy.AI.

Explore how supply chain professionals can future-proof their warehouses’ design and construction by embracing innovations and structural knowledge to build resilient, scalable, and efficient facilities—ensuring long-term success in an ever-changing industry.

Join WERC leaders Arch Thomason and Will Sparks as they delve into the unique value of WERC membership for warehousing and distribution center professionals including the new team membership offerings and the added value they offer including the new Distribution Logistics Education Program.

Robotics and Automation topped distributive technologies that would provide companies with competitive advantages in the next ten years since MHI started publishing its Industry Annual Reports, and the year 2024 was no different. We are on the verge of a significant increase in robotics adoption due to the increasing sophistication of robotic systems that can autonomously perform tasks such as picking, packing, and data-driven decision-making. Key technologies like sensors, vision systems, machine learning, Artificial Intelligence (AI), and edge/cloud computing are converging to enable more autonomous robotics. While such technological advances accelerate the adaptation of robotics in manufacturing and material handling systems, the recent social trends shape how and where robotics are used. By examining these dimensions, we aim to provide actionable insights into the transformative potential of robotics in the era of Industry 4.0 and Industry 5.0.

This handbook provides an overview of the different possible functional applications of conveyors and sortation systems within warehouses and distribution centers. Its purpose is to give an overview into some of the ways in which conveyors and sortation systems can be potentially deployed throughout a variety of inventory handling processes. Examples range from manual operations to highly automated facilities; technical specifications are not included.

Introduction to Conveyor and Sortation Systems: Conveyors and sortation systems allow for more efficient movement of materials within retail, wholesale, distribution, and manufacturing operations. Because they are engineered to transport and organize large volumes of materials rapidly through a process, conveyors and sortation equipment save labor expense and increase handling productivity.

This is a paid advertisement. Rehrig Pacific transforms beverage distribution by optimizing every step of direct store delivery to save time, reduce errors, and boost profitability. From innovative warehouse solutions and AI-powered pallet wrappers to specialized material handling tools like the Duo Lift and Duo Merch that streamline driver and merchandiser workflows, these innovations deliver a better way for customers to succeed in this fast-paced industry.


This is a paid advertisement.The rise of automated truck pallet loading and un loading has revolutionized how distribution facilities operate – increasing productivity and safety, as well as reducing truck turnaround times. Key amongst these technologies are laser-guided vehicles (LGVs), which are increasingly being utilized for loading and un loading in manufacturing and distribution facilities. The latest evolution of LGVs pack extreme improvements in battery performance, energy utilization, vehicle uptime, CO2 reduction, and enable a more integrated and space-optimized facility, making these LGVs serious systems for truck un loading , staging and loading in any manufacturing or distribution facility seeking to upgrade its operational intralogistics performance.

This is a paid advertisement. As the global leader in key and equipment management solutions, Traka delivers centralized control and visibility over the physical keys and shared devices critical to any retail, logistics, or warehousing operation. Say goodbye to manual management processes, missing keys and devices, and unauthorized access to sensitive areas and assets. When every step in your process affects profitability, Traka delivers intelligent access solutions to keep your operations secure, efficient, and transparent.

Unit of measure typically associated with the uniformly distributed live and dead design loads on an elevated platform or the wind, snow, and rain loads applied to outdoor structures.

A transporter or device used to distribute, move and store empty pallets.

Wheeled devices, generally made from plastic and/or metal, utilized to move items within a warehouse, distribution center or manufacturing facility. Carts can be equipped with drawers, bins, trays or flat surfaces to secure items for transport and storage. Carts utilize casters as well as pneumatic and semi-pneumatic wheels. See also Trays .

This handbook provides an overview of the different possible functional applications of conveyors and sortation systems within warehouses and distribution centers. Its purpose is to give an overview into some of the ways in which conveyors and sortation systems can be potentially deployed throughout a variety of inventory handling processes. Examples range from manual operations to highly automated facilities; technical specifications are not included.

When you’re manufacturing product for a customer, the final step in the packaging process usually to place containers of products onto a pallet for shipping – either to a distribution center or directly to your customer – so it’s a pretty important step. However, manual palletization (employees physically putting containers on pallets) is often considered one of the least desirable activities; the containers are heavy to lift and in many cases the position on the pallet requires extended reaching. It can be a back breaking job and it may even be causing employee safety concerns for the company. But there is another option. Robotic palletizing exists, and it can be a solution for your company.

The Study Units in Fundamentals of Warehousing & Distribution Volume 3: Warehouse & Personal Performance are designed to build on the knowledge of warehouse equipment, processes and operations introduced in Fundamentals of Warehousing & Distribution Volumes 1 and 2 . Volume 3 focuses on how the performance of equipment, processes and employees come together in different types of warehouses. Students will learn: How the performance of a warehouse is measured by the companies that operate those facilities. How the performance of warehouse workers and managers affect the success of the warehouse. How different warehouse designs and equipment enable a warehouse to meet different performance requirements,illustrated by five real world case studies. The first three case studies describe conventional, semi-automated and automated warehouse designs, which are the most common facility types. The final two case studies explain how cross-docking and direct-to-consumer facility designs operate. These are the two most common special purpose warehouses students are likely to encounter. How to think critically about warehouse performance by encouraging students to create their own case study example of a local facility. The goal of Volume 3 is to broaden the student’s understanding of why a warehouse uses certain types of equipment and how those choices impact the performance of that facility. It also focuses on personal performance and the expectations (metrics) business places on the employees. People, equipment and the facility have to work as one team to meet the company’s objectives in satisfying their customers. Kindle Version http://www.amazon.com/dp/B01BPNN9B2/ref=r_soa_w_d Special quantity pricing is available to public schools. For information, contact the MHI Knowledge Team at education@mhi.org For quotes on special quantity shipping contact education@mhi.org.