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VALUE STATEMENT CSS MISSION & VISION STATEMENT Mission: Vision: To promote the market growth, awareness, and effective use of traditional and emerging conveyor /sortation technologies in manufacturing, warehousing, distribution within the supply chain. To be the trusted independent authority for practitioners and suppliers on market trends, technology developments, and applications through: ▪ Education On key features, advantages, and emerging technologies ▪ Challenges Addressing issues affecting our marketplace through practitioner outreach ▪ Resources Development and distribution of educational materials ▪ Collaboration Of manufacturers & technology providers ▪ Promotion Promotion of career opportunities within the industry VALUE STATEMENT To CSS Customers To CSS Members Trusted since 1971 as Leaders in the design, manufacturing, and supply of Conveyor and Sortation Systems Equipment, Components, and Technology. Unique networking opportunities. Investing in conveyor and sortation solutions in unique ways over time, including giving back through college scholarships, and practitioner and manufacturer education. Can provide practitioners with access to a wide range of perspectives and solutions, and as a collective of manufacturers, are genuinely invested in customer success. LEARN MORE ABOUT CSS MEMBERS >> Provide opportunities for industry education, leadership, and increased market presence. Lend your company the collective credibility of its industry leading members that has been established over its over 50 years as an organization. Provide exposure to practitioners. Access to data on industry trends, emerging technologies, and other market intelligence data. JOIN CSS TODAY >> 1 Market Intelligence 2 Networking & Access to Industry Peers CSS MISSION & VISION STATEMENT - Market forecasts and economic indicator monitoring - Industry commodity forecasts - Leadership development - Networking with other subject matter experts throughout the industry - Trend monitoring - Peer to peer interaction which promotes collaboration and industry betterment 3 3 CSS Members are recognized as Market Leaders - Offer collaborative responses to regulatory changes - Are invested in the promotion, safety, and success of the conveyor and sortation systems industry - Have been recognized as industry leaders since 1971 - Are Subject Matter Experts 4 Increased Exposure to Practitioners & Increased Business Opportunities - Web-based case studies provide potential solutions and increase engagement with practitioners - Blogs for Industry Awareness and Promotion - Practitioner Educational Publications OUR STRUCTURE
A loading dock is typically an elevated opening (or openings) in a building’s sidewall where shipments are sorted and staged for loading and unloading of trailers, shipping containers or rail cars. To make that area more accessible and safe during the movement of goods, loading dock equipment and attachments are used. Because the shipping and receiving process requires personnel to conduct loading and unloading processes, dock equipment is designed to ensure the safety of both the workers and the loads as they enter and exit the trailer. Typical equipment includes attachments that secure and bridge the gap between the vehicle and the dock, lighting to illuminate the inside of the trailer, building-to-vehicle communication systems and weather protection. What Is Dock Equipment? There are several types of dock equipment. These include: Security: To secure the trailer, shipping container or rail car to the dock face, or outside wall of the dock door area, and ensure that it does not roll or shift away, a variety of devices are employed. These include: Dock bumpers - Pieces of rubber located at the floor level of a dock opening to cushion the building from truck trailer impact. Chocks (also called wheel chocks - Triangular blocks of rubber, wood or metal placed in front of, between or behind truck wheels to prevent trailer movement. Trailer restraint - Mechanical or hydraulic devices attached to the dock face that connect to the trailer to prevent its movement. Trailer jack – A device used to support the vehicle end of an over-the-road trailer when the vehicle departs, leaving the trailer behind for extended loading or unloading. Gap bridging: To properly align the floor of the dock and the floor of the trailer, shipping container or railcar—or to close any space between the two—a variety of devices are used to adjust the elevation of the vehicle and bridge the gap. These include: Dock board or dock plate- A portable plate that can be placed manually or with a lift truck. Dock ramp or yard ramp – A portable metal ramp with curbs and wheels attached, pushed into position at the rear of a truck or side of a railcar to provide a bridge down to ground level for personnel or lift trucks to use in loading and unloading. The longer the ramp, the less steep the angle to be climbed. Dock leveler or edge-of-dock leveler - A manually, hydraulically air or electrically operated plate, located at the dock entrance, that can be raised and lowered to accommodate varying trailer floor heights. Dock lift – A fixed lift whose travel is generally 5 feet or less that is used to load/unload material from trucks and transfer it to dock or ground elevation. For loading and unloading trailers when no direct access to the building is available, a movable device can be used instead. These portable dock platforms use a scissor lift mechanism to lift the surface up to the level of the trailer. This allows personnel and handling equipment to ride up to the trailer and back down to ground level with loads. Hinged bridge - A hinged transition plate attached to the edge of the dock platform that unfolds to reach the truck bed. Conveyor – In certain facilities, trailers can be loaded or unloaded from a conveyor line in a fluid load process. Lighting: Lights are often used at the dock to both illuminate the work area, as well as to facilitate communication between personnel at the dock and a truck driver. Types include: Communication lights – Similar to traffic signals, these two- or three-light devices operate in pairs. The exterior light station signals to the truck driver when it is safe to dock the vehicle or depart from the dock. The interior light station notifies warehouse personnel that a vehicle is present at the dock face. Illumination lighting – Because dock areas are often utilized at night, dock lights are used to illuminate the work area, as well as to bring light into the trailer, shipping container or railcar to help personnel do their jobs safely. Weather protection: For dock areas that are exposed to the elements, a variety of devices are used to protect workers and surfaces from rain, snow, ice, heat and humidity. These include: Loading dock door – Similar to a residential garage door, these retractable doors can be made of panels or curtains to control ambient temperature and humidity inside the building. They can be opened manually or automatically when a trailer is secured to the dock face. Dock seal or weather seal - A rubber or canvas covered pad or drape that extends a few inches out from a dock face to seal the gap between the dock and the trailer’s entrance. Dock shelter - A cover that can be extended to protect the opening between the door of a rail car or truck and a warehouse from inclement weather. How Is Dock Equipment Used? Dock equipment is used at the point where a trailer, shipping container or railcar is loaded or unloaded. Shipping: At the dock faces where outbound shipments leave the facility Receiving: At the dock faces where inbound shipments arrive at a facility Yard: If a building has no elevated dock openings, or if all dock openings are occupied by other vehicles, loading and unloading can be accomplished in the yard What Are the Benefits? Dock equipment provides a variety of benefits: Communication: Lighting that indicates and directs truck drivers and warehouse personnel that it is safe to park, enter or exit a trailer Illumination: Lighting that extends into the trailer to help warehouse personnel as they load or unload contents Loading and unloading: Providing safe access by bridging the gap between the dock face and trailer, shipping container or railcar Safety: Preventing personnel or loads from tripping or falling through any gap between the trailer, shipping container or railcar and the dock face Security: Securing the transport vehicle to the building to prevent movement until the loading or unloading process is complete Weather protection: Protecting personnel and loads from inclement weather Where Is Dock Equipment Used? Dock equipment can be found in facilities in nearly every industry, including: Aerospace Appliance Automotive Beverage Chemicals Construction Consumer goods E-Commerce Food Hardware Hospital Manufacturing Materials processing Paper Pharmaceutical Plastics Retail Warehousing and distribution Read more about how Dock Equipment is used in different industries and applications. Case studies detailing the use of Dock Lifts can be found here. Learn More About Dock Equipment Loading Dock Equipment Manufacturers (LODEM) Industry Group Loading Dock Equipment Manufacturers (LODEM) Industry Group Members Dock Equipment Standards
The Robotics Group (TRG) are leading manufacturers, integrators, consultants, and component suppliers of robotic solutions designed specifically for warehousing and distribution applications. Traditionally, industrial robots in material handling applications have been limited to palletizing/depalletizing, conveyor picking, or other highly-repetitive tasks. Technology advancements are creating opportunities for robots and automated machinery in a wider variety of applications, including warehousing and distribution center activities. TRG conducts education and outreach with the goal of fostering technology adoption in this rapidly changing industry sector. Mission Our team of technology leaders inspires user confidence and fosters the adoption of robotic solutions to drive efficiency in supply chain applications. TRG member companies meet regularly to identify methods of promoting adoption of robotic and automated solutions in material handling applications. We identify barriers to adoption and understand the voice of the customer while creating opportunities to encourage the transition of automated technologies to promote supply chain efficiency. TRG programs include: The development of educational and training materials; A voice in the development and maintenance of national and international standards; The communication of the benefits of robotic and automated solutions via trade shows, educational forums, and other national and regional seminars.
The Vertical Reciprocating Conveyer (VRC) Subcommittee of the Conveyor & Sortation Systems industry group is comprised of the industry’s leading suppliers of material lifts intended to meet the safety requirements of ASME B20.1 – Safety Standard for Conveyors and Related Equipment. These members design, manufacture, and install VRCs worldwide for use in a wide variety of industrial, commercial, and institutional operating environments. A VRC, Vertical Reciprocating Conveyors, also known as a freight lift, offers one of the most efficient ways of moving heavy materials up or down between two or more fixed levels. A VRC is a type of vertical conveyor and sortation system that is actuated by either electro-hydraulic or electro-mechanical means that allows you to move products between multiple levels by using a platform to lift or lower products. A VRC can be custom designed to move product between 2 to 10 levels carrying loads up to 200,000 pounds at varying speeds. A VRC is designed to move materials only and is not designed to carry passengers or an operator. VRCs are used within manufacturing, retail, wholesale, or distribution facilities where one or more overhead storage, floors or mezzanines are utilized. They are highly customizable for any operating environment and footprint size. VRCs can be operated automatically or manually, or a combination of both. There are many types of VRCs, the most popular models use mechanical or hydraulic actuation, using cables, belts, or chains to hoist their platforms. VRC’s fall under ANSI B.20 code. VRC Subcommittee members meet regularly to review, discuss and implement programs which effectively communicate and promote the safe application, design, installation and operation of vertical reciprocating lifts. The VRC Programs Include: The publication and promotion of technical literature on the application, installation, training, inspection, safe use, and maintenance of VRCs. The ongoing review of, and revision to, nationally recognized safety standards which effect vertical reciprocating lifts. The discussion and adoption of industry best practices as it pertains to the application, design, installation, and safe operation of VRC equipment. The preparation and distribution of educational and promotional materials which explain the benefits of VRC equipment solutions. The regular review and discussion of regulatory and legislative activity – at the federal, state, and local levels – which may effect the vertical reciprocating lift industry, and respond to that activity as an industry when deemed necessary. The establishment of liaison relationships with those private and governmental agencies establishing policy which effects the application and use of VRC equipment and technology.
About Qimarox – Components Manufacturer for Material Handling systems Qimarox is a leading manufacturer of components for material handling systems. As a manufacturer of palletizers, vertical conveyors (product lifts), vertical pallet conveyors (vertical palletlifts), pallet dispensers and shielding systems, Qimarox distinguishes itself by its contemporary vision and approach, in which innovation, quality and added value are of paramount importance. Our History Qimarox emerged from Nedpack, which was established in 1995 by Pieter Hannessen. From the beginning, Nedpack had a strong focus on the manufacture of palletizers and product elevators for end-of-line packaging systems. Our Mission Qimarox aspires to become the market leader in the supply of material handling components to OEMs and system integrators, offering the highest performance, lowest integration costs and best service to end users. Qimarox is headquartered in Harderwijk, the Netherlands.
DCS was founded in 1982, and has grown to serve major clients in multiple industries by providing material handling, full-scale warehouse operations and conveyor design solutions that are custom crafted for their need. We've built a reputation for delivering challenging projects on-time, and offer turnkey solutions for the clients we serve. We don’t sell ready-made solutions, we build relationships that empower us to craft solutions, together. It’s the teamwork approach, sharing ideas and building on them, that produces the most worthwhile solution. Designed Conveyor Systems takes our work very seriously. We only succeed if our clients succeed. This is why we take great pride in our conveyor systems and conveyor design; warehouse operations, design and automation; as well as material handling systems, solutions and equipment.
Trusted Manufacturing Partner - 50+ years of experience in turning designs into products that deliver results! Stock MHS supplies manufactured products and components to integrators and end users for conveyor systems. Our expertise is in providing gravity chutes including non-ferrous and UHMW spirals, slides & transfers, conveyor beds, ball tables, gravity rollers, work stations and more. Our goal is to build lasting partnerships by delivering products on time that install easily and perform to expectations.
Aegis Sortation is an OEM and systems integrator specializing in high-performance automation solutions for parcel, e-commerce, and distribution environments. We engineer systems that are fast, safe, and built to last—designed to meet the demands of modern fulfillment and logistics. Our product portfolio includes singulated flow conveyors, shoe sorters, steerable wheel modules, and custom automated equipment that adapts to a wide range of facility layouts and throughput requirements. Every system is backed by custom engineering and next-level lifecycle support. Innovation is our engine. We develop proprietary technologies that push boundaries and solve real-world challenges. Contact us today to discover how we deliver solutions that solve your challenges and boost productivity.

Creform-built cart allows manufacturer to help protect high value electronic parts.Greer, SC—Creform engineers have designed, built and developed a cart for an electronics manufacturer and its high-value components. The ESD electronic parts are stored on two levels for security and protection, and the cart is used to move parts from the warehouse to the line side assembly point. The cart helps maintain a clean, secure and efficient process environment.The unit features two enclosed levels with latching doors on both sides for easy access. Each level has a solid horizontal/shelf surface for stable part storage and is enclosed with translucent plastic panels. The open-door design on each level enhances visual management and quick inspection, while providing a secure location for the parts, while helping to reduce time lost searching for missing or damage parts.The cart shown, built with 28 mm ESD coated steel pipe and ESD metal joints, has overall dimensions of 55" L x 51" W x 57" H and is designed to hold up to 800 lb. It features four large diameter casters with six-inch wheels for easy rolling and positioning. Two of the casters swivel. While a drag chain is also installed to help reduce the static buildup while the cart is moving.As with all Creform carts, higher capacity and custom cart sizes and configurations are possible with the Creform system of 28 mm and 42 mm plastic coated steel pipes and metal joints. The component nature of Creform parts provides added value and ensures that if there is any damage or worn components replacement parts are readily available.Creform carts come in a wide variety of pipe color options and are available with upgrade hitches for AGV delivery. Multiple colors could be used per cart or even per level for department or product identification. Accessories include hooks, label, as well as writing surfaces with clip boards to name a few. Creform carts are available as a kit, assembled structure or in component form for a complete DIY solution. The modular nature of the Creform system supports long-term usage with system components readily available to repair damage or update the carts.Creform, the solution for dynamic material handling needs in the ever-evolving landscape of manufacturing. As pioneers in adaptive systems, we empower companies to seamlessly integrate continuous improvement methodologies like Kaizen, 5S, and lean manufacturing principles. From pipe and joint structures to gravity roller conveyors and cutting-edge AGV technology, Creform helps optimize efficiency across various applications. Whether it's streamlining workflow with flow racks and workstations or enhancing mobility with agile carts and AGVs, our solutions are tailored to elevate your operational performance. More than 700 components and 30 years of experience supported by offices in SC, KY & MI.ContactBG EdwardsCreform Corporationbg.edwards@creform.com800.839.8823SCsales@creform.comwww.creform.com

WILDOMAR, CA, October 28, 2025 — FCP, a trusted manufacturer of industrial mezzanines and elevated work platforms, is pleased to announce the release of its Construction Specifications Institute (CSI) document for its modular Free-Space Mezzanine™ system. Now building owners, facility managers, and operations professionals, collaborating with construction contractors and building improvement professionals, can easily incorporate FCP’s proprietary Free-Space Mezzanine™ system into their vertical space expansions designs and cost proposals, which saves valuable permitting time and installation costs.A key feature of the CSI specification is FCP’s proprietary ConnectRite™ connection system - the first of its kind recognized by the American Iron and Steel Institute (AISI). Offering exceptional structural integrity and seismic resilience, ConnectRite™ has been standardized under AISI S-110 and adopted by the International Building Code (IBC) and California Building Code (CBC), ensuring high compliance and safety on every project.Mezzanines offer an economical way to transform unused vertical space into functional square footage without altering a building's primary structure. The Free-Space Mezzanine™ system is a prefabricated, moment-resistant, bi-directional rigid frame assembly that includes all necessary components for a complete installation of a single or multi-level mezzanine including the decking, material handling equipment such as conveyors and lifts, as well as finishing components like safety stairs, and railings. The system is engineered to comply with all jurisdictional requirements."Publishing our CSI Spec is a significant milestone that makes it easier than ever for customers to integrate our high-quality, safety-compliant mezzanine systems into their facility improvement projects," stated Mike Spizzirri, Director of Sales at FCP Mezzanine. "This tool is designed to help our partners save valuable time, money, and effort."With a long-standing commitment to innovation and professional support, FCP Mezzanine has established itself as a trusted leader in the industry. The introduction of the modular Free-Space Mezzanine™ CSI Spec, featuring ConnectRite™ technology, reinforces the company's position at the forefront of mezzanine manufacturing.The CSI specification document is available for immediate download at fcpmezzanine.com/modular-mezzanine-csi-spec, without any obligation.About FCP MezzanineSince 1982, FCP has been a pioneer in American-made mezzanines and custom steel structures, consistently setting industry standards through advanced design, engineering, and dedicated customer support. Learn more about FCP Mezzanines at fcpmezzanine.com/mezzanine-manufacturers.ContactMike SpizzirriDirector of Sales, FCP Mezzanine Division805-684-1117mspizzirri@fcpinc.com

FORT SMITH, Ark. — Hytrol Conveyor Company is proud to welcome Louis Cowie as Vice President of Manufacturing Operations at the company’s Fort Smith facility.With more than 35 years of experience in manufacturing, Cowie brings a proven track record of operational excellence, employee engagement and a passion for continuous improvement. A native of Paris, Arkansas, he was drawn to Hytrol because of its deep community roots, strong values and focus on faith and family.“I was drawn to Hytrol because of its strong foundation as a locally rooted, privately held company with a clear commitment to faith and community involvement,” said Cowie. “Hytrol’s dedication to employee empowerment, engagement and continuous learning aligns perfectly with my professional values and goals. I’m excited about the opportunity to contribute to a company that fosters both personal and organizational growth.”Cowie holds an MBA from Indiana Wesleyan University and brings a diverse background across multiple industries. His previous roles include Production Manager at General Motors, Director of Manufacturing for Haworth Office Furniture, Vice President of Operations for VIP Cinema Seating, Vice President of Production for The Shade Store and Chief Operating Officer for Balfour & Co.Throughout his career, Cowie has been recognized for excellence, earning the Best of the Best Award at General Motors and the Chairman’s Honor Award at Haworth. In his new role at Hytrol, Cowie will oversee manufacturing operations in Fort Smith with a focus on employee attraction and retention, increasing production capacity and meeting the company’s growing demand. He plans to work closely with COO Jason Peters, Todd McClung (VP of Manufacturing Operations) and other Jonesboro and Fort Smith operations leaders to ensure continued operational success.“Louis brings exceptional experience and a leadership approach that aligns with Hytrol’s core values,” said Jason Peters, Chief Operations Officer. “His focus on people, process and purpose will help strengthen our operations in Fort Smith and support our continued growth.” Cowie is passionate about fostering a culture of continuous learning, teamwork and civic responsibility, ensuring that Hytrol continues to be a company which employees are proud to be part of. Outside of work, Louis and his wife Eva enjoy cooking, home projects, motorcycling, riding side by side and playing golf. They have four children and two grandchildren, and Cowie remains close with his six siblings, most of whom still live nearby.About HytrolHytrol Conveyor Company, Inc. is a world leader in the design and manufacturing of material handling systems for a wide range of industries. Since its founding, the company has been committed to advancing the material handling industry through innovation and continuous improvement. As the largest conveyor manufacturer in the United States, Hytrol designs, develops, and delivers some of the most advanced systems available. These solutions are supported by Hytrol’s Integration Partner Network—a group of more than 100 independent businesses worldwide that work directly with customers to design, implement, and maintain systems tailored to their needs. For more information on Hytrol, visit hytrol.com.ContactPaige PhillipsDirector of Marketingpphillips@hytrol.com870.972.8917

VANCOUVER, WA (USA) – October 20, 2025 – Rick Goode, Chairman and CEO of Columbia Machine, Inc., announced the appointment of Robert Gustine as Group President, Vancouver Operations, effective October 20, 2025. In this newly created role, Gustine will lead Columbia’s Vancouver-based Concrete Products, Palletizer, and Mold business units, along with shared manufacturing operations, to drive tighter strategic alignment and performance across the organization.Gustine’s mandate includes strengthening operational and financial accountability, advancing market and industry leadership, and reinforcing Columbia’s customer-centric culture - ensuring decisions are made “from the eyes of our customers” while maintaining cost-effectiveness. He will focus on operational excellence and manufacturing performance, including cost control, quality, efficiency, utilization, lean practices, and inventory management, while accelerating innovation and deepening collaboration across business units, affiliates, and international subsidiaries.Gustine joins Columbia from OECO (Parker-Meggitt), where since 2010 he has held progressive leadership roles including General Manager, Director of Site Operations, and Director of Manufacturing. Earlier in his career, he served in operations and quality roles at Material Sciences Corporation and Sherwin-Williams. He holds a B.S. in Chemical Engineering and is a Six Sigma Black Belt.“Rob brings a proven, metrics-driven approach to leading complex, high-reliability manufacturing,” said Rick Goode, Chairman and CEO, Columbia Machine, Inc. “His track record aligning teams around strategy, elevating quality, and moving faster from concept to customer value makes him an excellent fit to guide our Vancouver Operations and support our global growth ambitions.”“I’m honored to join Columbia and partner with our teams to deliver innovative, reliable, and cost-effective solutions for our customers,” said Robert Gustine. “We’ll focus on disciplined execution, cross-functional collaboration, and continuous improvement—always from the eyes of our customers.”About Columbia MachineEstablished in 1937, Columbia Machine is a fourth generation, privately held, world-wide leader in the design, manufacturing and support of factory automation equipment solutions for a variety of industries, with customers in over 100 countries around the world. Primary business units include: Batching and Mixing Solutions, Concrete Products Equipment Solutions, Production Equipment Molds, Bag Filling and Handling Technology, Mechanical Palletizing Machines, Robotic Palletizing Solutions, Conveyor System Solutions, Pallet Load Transfer Solutions and Manufacturing Services. The Columbia Group of Companies has manufacturing facilities on five continents, with over 1,200 team members worldwide, focused on world-class engineered solutions and customer service.ContactTaylor GoodeCorporate Marketing Managertaygoode@colmac.com
Presented by: The Conveyor and Sortation Systems (CSS) MHI Industry Group As automation reshapes the modern supply chain, the integration between packaging and material handling is more important than ever. In this session, experts from the Conveyor and Sortation Systems (CSS) Industry Group will explore how automation technologies—such as conveyors, sorters, and smart controls—are creating seamless transitions from packaging lines to warehouse and distribution operations. Attendees will learn: The key touchpoints where packaging and material handling intersect How automation reduces bottlenecks, labor costs, and product damage Real-world examples of integrated systems across e-commerce, CPG, and food & beverage Best practices for evaluating and selecting automation solutions The role of data and software in connecting packaging equipment with material flow systems Whether you’re a packaging engineer, operations leader, or supply chain strategist, this session will help you better understand how collaboration between sectors is driving scalable, sustainable automation strategies. Session Presented by CSS Colin Cartwright Director of Industry Development – Packaging NA at Murrelektronik Dr. Helge Hornis Director of Technology, Americas at Pepperl+Fuchs Allison Myers Director of Marketing & Communications at Fives Intralogistics Corp. Chris Thompson Sr. Marketing Communications Manager at Duravant 📅 Tuesday, September 30 🕧 12:30 PM – 1:00 PM 📍 Industry Speaks Stage (W-4324) 🔗 View full session details on the PACK EXPO website

Outbound Shipping with Conveyor and Sortation Systems

Order Staging & Sorting with Conveyor and Sortation Systems

Order Picking with Conveyor and Sortation Systems

Inbound Receiving with Conveyor and Sortation Systems

ProGMA A Case StudyCustomer: Airport Baggage AreaProtectionSituationThe luggage handling areas in Orlando International Airport’s Terminals A and B were originally protected by outdated,rigid guarding that had significantly deteriorated over time. This legacy system not only failed to prevent damage but alsocontributed to cracking and breaking of the surrounding 4” thick concrete on the second-floor structure.Conveyors, electrical panels, and critical infrastructure components were left vulnerable to frequent impacts, increasingmaintenance costs and safety concerns. Additionally, ineffective guarding posed risks to equipment, facility integrity, andworker safety in this high-traffic operational environment.SolutionTo address these challenges, airport officials partnered with a certified installer to replace the old system with SlowStop®rebounding guarding products from Impact Recovery. The new solution included:• 15” tall 4” single IronFlex rails to protect conveyor systems at their operating height• 42” tall 4” double IronFlex rails installed around electrical panels for elevated protection• Strategically placed 5” rebounding steel bollards to reinforce key locations and mitigate high-risk impact zonesIn total, the project involved the installation of 1,621 feet of railing in Terminal A and 1,857 feet in Terminal B. The installerstated, “Installation was straightforward and easy. Once we got a pattern down, it really moved fast. We actually finishedthe job two weeks ahead of schedule.” With the new SlowStop® system in place, the airport achieved a dramaticimprovement in facility protection and safety. The rebounding technology minimized concrete damage by absorbing anddissipating impact forces, while also delivering long-term durability and performance. The conveyor equipment supplierpraised the upgrade and expressed strong support for the enhanced safety measures. The comprehensive protectionsystem now ensures critical infrastructure is better defended reducing maintenance needs and increasing operationaluptime. Terminals A and B are now fully equipped with a modern, reliable, and efficient guarding system positioningOrlando International Airport for safer baggage operations for years to come.“Installation was straightforward and easy.Once we got a pattern down, it really moved fast.”

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.

The mezzanine platform from Steel King is a combination of single and two-level platforms that creates a triple-mezzanine structure, providing more than 230,000 square feet of working space to support operations, conveyor and vertical lift module (VLM) picking stations along with other means of automation.

This is a paid advertisement. Since 1977, PFlow Industries has revolutionized vertical material handling, delivering over 20,000 custom-built vertical conveyors worldwide. From small packages to massive 100,000 lb loads, see how PFlow’s innovative, tailored solutions solve any lifting challenge—enhancing safety, efficiency, and productivity across countless industries. Watch now to see PFlow in action!

This session synthesizes key insights from two pivotal reports by STIQ and Interact Analysis, providing a comprehensive overview of the latest trends, economic impacts, and technological advancements in conveyors and sortation systems. Attendees will gain a detailed understanding of how shifts in e-commerce, changes in economic conditions, and innovations in technology are reshaping the future of warehouse operations and logistics. Learn about the strategic shifts towards optimizing existing facilities, the rise of mobile automation, and the expected growth trajectories in various global markets. This seminar is tailored for logistics professionals aiming to leverage these insights into actionable strategies for navigating the evolving landscape of intralogistics. ----- Is this on target or in the right direction regarding what it should be???

Webstaurant Store, a prominent e-commerce player specializing in restaurant equipment and supplies, faced a complex challenge in their distribution center near Savannah, Georgia. Sorting similar-looking cases of various products for manual palletizing was an error-prone and inefficient task. To overcome these challenges, Webstaurant Store collaborated with FMH Conveyors and implemented their state-of-the-art LITESORT automated sortation system.

Are you using the best conveyor technology for your operations? Smart conveyor technology is taking the industry by storm. Learn more about these innovative processes and how to implement them in your warehouse.
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In the bustling world of eCommerce, the heart of warehouse efficiency pulses within the final 100 feet. This pivotal space, integral to order fulfillment, has remained largely untouched by many optimization strategies - until now. Our latest episode of the MHI Industry Leadership podcast delves deep into the role of Vertical Reciprocating Conveyors (VRCs) in these critical zones, casting a spotlight on SLAM - Scan, Label, Apply, and Manifest - processes. Joined by seasoned experts Chuck Cobb and Steve Castle, we explore transformative techniques that not only enhance efficiency but also skyrocket outbound package accuracy. Their insights, garnered from decades in the material handling and VRC industries, are a goldmine for anyone keen on supercharging their order fulfillment operations. Don't miss out on these game-changing insights! Tune in, and discover how to elevate your warehouse operations to new heights!
When considering automation solutions for a distribution center, many people may think that the choice between a conveyor and sortation system or AGVs and AMRs is an either/or scenario. In truth, these technologies can work well together and often require some of the same considerations when choosing a solution for your organization.
Today’s distribution centers are quickly becoming more complex thanks to increased consumer demands and new technologies. Conveyor and sortation systems can streamline operations - giving customers a superior experience. Incorporating these advancements into a facility can allow for faster and more efficient decision-making, meaning, less downtime, and better productivity.
Fulfillment and Distribution centers have adapted to the increased demand brought on by floods of e-commerce orders. Now, having transitioned to picking eaches instead of full containers, more flexibility is required from conveyor and sortation solutions if operators want to keep up.
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Ideal for light duty handling requirements where the load is flat and smooth, gravity wheel conveyors support the load on a series of skate wheels mounted on a shaft in a frame. The conveyor sections can be either rigid (straight or curved) or flexible. In the latter case, the frame is actually an accordion frame capable of being expanded or curved, making it ideal for temporary applications such as the loading and unloading of over-the-road trucks.

A conveyor that utilizes endless belts, made from fabric, rubber, plastic, leather, or metal, energized by drives and operating over those drives, tail ends, bend terminals, belt idlers or slider bed. Handles bulk materials, packages and any object placed directly on the belt.

A form of powered roller conveyor which is distinguished by a drive motor connected to a wide, flat belt which contacts the underside of the roller surface causing the rollers to rotate and move the load. The load is place directly on the belt which is supported by the rollers.

A variation of overhead chain conveyor is "power and free". In a conventional overhead conveyor the carrier is permanently fastened to the drive chain, in the power and free case the carrier can mechanically disengage from the drive chain and essentially idle while the chain continues to move. Power and free conveyors can also be inverted so that they can be mounted to the floor, in which case the carrier or tray rides on top of the guiding rail as opposed to being suspended beneath it.

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.

This paper is to serve a brief introduction to Vertical Reciprocating Conveyors (VRC). VRCs are vertical conveyors that efficiently move material vertically between two or more fixed elevations. They are used in commercial buildings, factories, warehouses, industrial plants and retail stores or anywhere that material or products need to move from one level to another. VRCs provide fast, convenient and safe methods for transferring material to/from mezzanines, balconies, basements, and between levels in multiple story buildings.

A comprehensive guide to conveyor sortation technologies, this 16-page brochure features over 30 full color photographs and illustrations. The most commonly cited benefits from a well-designed conveyor sortation system is greater productivity. This brochure covers all aspects of conveyor sortation technology including merge subsystems, sortation subsystems, takeaway subsystems, along with selection criteria for each technology. This is an excellent companion for the CD-ROM on conveyor sortation, item #10070.

An extremely useful and informative guide to ergonomic assist and safety equipment, this publication provides a detailed overview of the major classifications of equipment. These classifications include scissors lifts, adjustable worker elevation platforms, balancers, manipulators, vacuum assist devices, workstation cranes, stackers, conveyors, container tilters, workstations, pallet rotators and inverters. Illustrations cover each type of equipment along with recommendations on how the equipment should be applied.
