Milwaukee, WI — October 23, 2025 — NOBLELIFT North America proudly announced the grand opening of its new North American Tech Center in Milwaukee, Wisconsin. The ribbon-cutting celebration was held in conjunction with the first annual “NOBLEFEST,” an exciting event that brought together dealers from across the country to experience the company’s latest innovations and celebrate the future of material-handling technology.Located at 700 W. Virginia Street, Suite #B110, the new 7,000-square-foot facility is dedicated to research and development, new product innovation, and dealer engagement. It serves as a hands-on environment where customers and dealers can test-drive equipment, experience new technologies firsthand, and participate in collaborative R&D initiatives, including automation projects that represent the next frontier of warehouse efficiency.During NOBLEFEST, attendees had the opportunity to test-drive NOBLELIFT’s newest lineup of equipment, including the HERO Task Support Vehicle, the PSR30 Walkie Reach Truck, and the ALPHA Series forklifts, along with a sneak preview of NOBLELIFT’s upcoming robotic solutions. Dealers also got an exclusive first look at what NOBLELIFT will be showcasing at MODEX 2026, one of the premier trade shows for manufacturing and supply chain innovation.“The opening of our Milwaukee Tech Center represents a major step forward in our North American commitment to innovation and dealer support,” said Bill Pedriana, President of NOBLELIFT North America. “It’s a place where our partners can experience technology in motion to test, learn, and help us shape the future of intelligent material-handling.”The Tech Center will serve as a hub for collaboration, product development, and continuous improvement, reinforcing NOBLELIFT’s reputation for engineering excellence and customer-driven innovation.To see photos from the event, visit nobleliftna.com/noblefest-milwaukee-2025.About NOBLELIFT North America NOBLELIFT® North America is a global leader in Lithium technology. We manufacture a comprehensive range of high-performance, low-maintenance manual, electric, and internal combustion equipment with more than 200 categories and around 30 series of each product. Our products are designed to meet different application demands and are well accepted by our customers in more than 100 countries and regions in Europe, America, Asia, Africa and more. Products include: sit-down forklifts, rough terrain forklifts, narrow aisle forklifts, walkie-stackers, order pickers, electric pallet trucks, scissor lifts, tuggers/tow tractors, scrubbers, sweepers, automated guided vehicles (AGV’s), lift tables, manual pallet jacks and more. Noblelift® North America builds tough, durable products that deliver high productivity, low total cost of ownership, easy serviceability, and advanced ergonomic features; accompanied by outstanding parts, service, and training support. We are Noble. Expect More!For more information about our company and our products, visit www.nobleliftna.com
or follow us on social media.ContactNOBLELIFT® North America847-595-7100Sparky PowellDirector of Marketingsparky@nobleliftna.com

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

Des Plaines, Illinois – October 15, 2025: NOBLELIFT North America is proud to announce the launch of the ALPHA Series Pneumatic Forklifts, marking the first time in the industry that a single forklift platform has been purpose-built for both lithium-ion (ALPHA 50–60 Li) and LPG (ALPHA 50–60 LPG) power options. The ALPHA Series represents a major step forward in design efficiency, serviceability, and long-term value for indoor and outdoor operations.“Creating a forklift series that is essentially the same with the exception of how it is powered is exactly the kind of innovation and future-focused engineering you should expect from NOBLELIFT,” said Bill Pedriana, President of NOBLELIFT North America. “The ALPHA Series allows customers to choose the power source that best fits their operation, without sacrificing performance, comfort, familiarity or parts compatibility with other trucks in their fleet.”Built Tough—Powered Your Way The ALPHA 50–60 Li (5,000–6,000 lbs. capacity) delivers quiet, zero-emission performance powered by NOBLELIFT’s advanced LiFePO4 lithium-ion battery system. Designed with a heavy-duty steel chassis, mast, and axles comparable to an internal combustion truck, the lithium version combines power and durability with clean, low-maintenance operation and an onboard charger for rental fleet applications.The ALPHA 50–60 LPG offers the same rugged construction, ergonomic design, and component layout—powered instead by a Kubota 56.2 HP/2,600 rpm LPG engine. Because both models share the same core architecture, parts inventory and service requirements are significantly simplified, reducing total cost of ownership for customers and distributors alike.Future lithium conversion kits will present the opportunity for ALPHA LP forklifts to be upgraded to lithium power, which can significantly extend the operational life of the truck for those that are not ready to move to electric machines today.Key Features Across Both Models Heavy-duty steel chassis and cast axles for maximum stability 4-Way hydraulics to carriage On-demand Fully Hydrostatic Power Steering (FHPS) for smooth control Integrated side shift for precision load placement Intelligent buffering to protect the ground and cargo from damage while forks descend Multi-function Eye-Level LCD Display showing load weight, height, steering angle, speed, system diagnostics, and more Operator Presence System (OPS) that locks hydraulics and travel when operator leaves seat LED lighting suite (headlights, signals, blue safety light, strobe, and rear work light) for superior visibility Rear grab bar with horn Tilt cylinder boots to protect tilt cylinder and oil seals from the environment Ergonomic operator compartment, with adjustable steering column, and deluxe suspension seat to reduce fatigueLithium Technology AdvantagesThe ALPHA 50–60 Li uses LiFePO4 chemistry, the safest and longest-lasting lithium technology available. Each battery features a Battery Management System (BMS), thermal management, and automotive-grade high-voltage controls. The lithium system is maintenance-free, fully charges in 2–3 hours and supports opportunity charging during breaks to enable continuous multi-shift operation. NOBLELIFT backs the lithium battery cells with a 10-year or 20,000-hour warranty.Proven LPG PowerThe ALPHA 50–60 LPG delivers the same ALPHA platform performance using Kubota’s proven LPG engine for facilities that prefer internal combustion power. A swing-out tank mount ensures easy refueling access, while shared components and design continuity streamline fleet management.ApplicationsThe ALPHA Series is purpose-built for demanding environments including: Manufacturing & Production Building Materials & Construction Supply Warehousing, Distribution & Logistics Lumber, Metal & Heavy Industrial Products Freight Terminals & Cross-DockingFor more information, visit www.nobleliftna.com/alpha-50-60-li-lithium or www.nobleliftna.com/alpha-50-60-lpg.About NOBLELIFT North AmericaNOBLELIFT® North America is a global leader in Lithium technology. We manufacture a comprehensive range of high-performance, low-maintenance manual, electric, and internal combustion equipment with more than 200 categories and around 30 series of each product. Our products are designed to meet different application demands and are well accepted by our customers in more than 100 countries and regions in Europe, America, Asia, Africa and more. Products include: sit-down forklifts, rough terrain forklifts, narrow aisle forklifts, walkie-stackers, order pickers, electric pallet trucks, scissor lifts, tuggers/tow tractors, scrubbers, sweepers, automated guided vehicles (AGV’s), lift tables, manual pallet jacks and more. Noblelift® North America builds tough, durable products that deliver high productivity, low total cost of ownership, easy serviceability, and advanced ergonomic features; accompanied by outstanding parts, service, and training support. We are Noble. Expect More! For more information about our company and our products, visit www.nobleliftna.com or follow us on social media.ContactNOBLELIFT® North America847-595-7100Sparky PowellDirector of Marketingsparky@nobleliftna.com

The challenge was to create a safety net barrier acting as a door to protect both products as well as employees in a warehouse setting. In addition the door needed to be accessible to the driver of a fork lift from the ground level.

Pushback racking gives Denali the high-density storage it needs, providing more pallet positions and requiring fewer aisles. The new racking uses the FIFO (First In First Out) inventory system – commonly used in the food industry. A pushback storage rack can offer up to 90% more storage space than traditional selective pallet racking.

DENSO had two primary objectives in mind, to overcome labor shortages and improve warehouse operation safety for associates driving vehicles inside the facility.Together, DENSO, Bastian Solutions and Toyota Material Handling integrated five AGVs into their Maryville, Tennessee warehouse. By automating the transport of product pallets from receiving to production lines, DENSO can better leverage their human labor force for improved

This is a paid advertisement. Discover NūBotik MixPal and InnoPick® — NūMove's latest mixed palletizer and case AS/RS. Seize the opportunity to test these solutions at ProMat 2025! Visit booth S3350 to select products and watch your custom order being palletized in real-time. Register now!

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.

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To complement a new educational video, thought leaders representing the Protective Guarding Manufacturers Association (ProGMA), an MHI product group, discuss the importance of protecting personnel, equipment, and inventory in industrial facilities.ProGMA has recently launched the second in a series of videos about the importance of protective guarding products in the material handling industry. The video titled “Proper Safeguarding for Elevated Work Platforms” followed the inaugural, educational video titled, “Essential Safety Barriers for Automated / Robotic Workcells”. (http://www.mhi.org/progma/videos)Here, representatives of member companies expand on the themes explored within the latest video in the group’s first blog.Before we start, says Arlin Keck, corporate research and development engineer at Steel King (a manufacturer of pallet racks, mezzanines and guardrails), it’s important to clarify what we mean by “mezzanine” in this context. “The technical term for what my company and other members make is work platforms. Mezzanine was an old term for these systems; however, the word mezzanine had to be dropped because mezzanine, as defined in the building codes, refers to a specified type of floor within a building structure and carries with it added requirements for fire safety, egress, parking, and so on,” Keck explains.A typical work platform is design to support the site-specific load that will be placed on the floor, be it palletized loads, pallet jacks, foot traffic, work equipment, filing cabinets, racking or shelving units, to name just a few possibilities.Keck says that the main purpose of an elevated work platform is to add additional floor space into a building or room by taking advantage of surplus ceiling clearance that may exist in a warehouse or manufacturing facility. Aaron Conway, president at Mezzanine Safeti-Gates Inc. (a manufacturer of safety gates to secure the ledges of pallet drop areas on mezzanines and rack picking systems), says, “A company that has utilized all of its ground space can build upward. An elevated platform allows one to use the space for workflow or to store product.”As Hue Schlegel, director of marketing at Wildeck Inc. (a manufacturer of mezzanines and work platforms), puts it, “Move up, not out.” He adds, “Depending on the available height in a building, platforms can be one, two, or three levels high, with the most common height being 10 ft. top-of-deck and supporting a floor load of 125 lbs. per square foot. Their length and width are only limited by facility size.” Importantly, he explains, they cannot occupy more than two thirds of a fire-rated area within a building.Keck says work platforms are also used to create catwalks between separated platforms, and to serve as sortation and conveyance areas for mechanized systems. Conway agrees, adding, “Companies that supply elevated work platforms can fabricate them in virtually any configuration. They can be designed to accommodate specific workflow operations or to fit with existing structures in the building.”Industrial buildings are getting bigger and elevated work platforms are scaling up with them. Say, 50 years ago, facilities were much smaller and ceilings lower so there were fewer requirements for elevated platforms. Further, the equipment to load at such heights didn’t exist. Now, the capability of equipment is greater and taller structures are being utilized as a result. Within them, work and storage takes place on multiple levels.These multi-level work platforms present a danger of personnel and objects falling from height.As the latest video warns, the pallet drop area of elevated work platforms can lead to accidents if the ledge is open without adequate guarding. Falls to lower levels cost employers $5 billion annually in compensation claims in the U.S. alone. OSHA reports that it costs on average 16 lost working days per injured employee.Conway says, “Falling from an elevated level, whether it be people or products, is a serious danger and both should be addressed proactively, securing the situation before an incident occurs.” Schlegel adds, “The worst case, of course, is death; while the best scenario is that a worker survives a fall from the typical mezzanine height of 10 ft. sustaining only broken bones, fractures, and other injuries from hitting the concrete floor below. It is a serious matter not to be taken lightly.”Traditional railing or guarding systems are effective at preventing falls from height as long as they include a kick plate that is installed in conjunction with ANSI MH 28.3-2009. Adding netting or expanded metal and safety products to traditional railing systems provides added protection by capturing small objects that might otherwise fall into the work area below.OSHA Standard 1926.502, meanwhile, requires paneling or screening where tools, equipment, or materials are piled higher than the top edge of a toe-board or kick plate. ProGMA members also manufacture both netting and wire mesh panels that comply with that standard.However, David Brentz, chairman of ProGMA and vice president of member company Industrial Netting (a manufacturer of plastic netting), says, “That’s only a minimum requirement; added protection is financially prudent. The cost to install netting or wire screens around the perimeter of an elevated work platform pales in comparison to the cost of a single lost time accident. ProGMA members offer several simple, cost effective solutions to protect employees below loose objects that may fall or be kicked off work platforms.”Conway says, “In the past, properly guarding a pallet drop area or installing netting or wire was something that would be retrofitted, either after an incident occurred or after someone pointed out the issue. Designing proper safety guarding for the structure at the time of purchase makes for a much better fit; when retrofitting, there is often insufficient room for proper guarding and concessions have to be made. But, it is important to note that even if proper guarding wasn’t designed with the structure, it still should be installed. There are companies in the ProGMA that can customize solutions to fit these areas.”He continues, “Don’t confuse luck with judgment. If I visit a facility that was built, say, 20 years ago, I’m sure to find open pallet drop areas or insufficient guardrails. Just because these areas have been around for a while isn’t a reason not to properly secure them. I’ve heard the line, ‘Well, we’ve been doing it this way for 20 years and nobody has gotten hurt’. To that I say, ‘You’ve been lucky!’”Schlegel says, “The biggest safety risk is when a forklift access gate on mezzanine is left open creating a fall hazard for someone off-loading a pallet at the upper level. There are many products, provided by ProGMA members, that prevent the gate from being left open or that keep the operator at a safe distance, which should always be installed.”ANSI says, “Any gate that provides an access opening through the guards for the purpose of loading and unloading material onto a work platform shall be designed such that the elevated surface is protected by guards at all times. Gates that swing open, slide open, or lift up, leaving an unprotected opening in the guarding are not acceptable.”Dual gate systems such as a rolling gate ensure that the operator is separated from the ledge as well as the load. A pivoting gate ensures the operator is never exposed to the ledge and does not require him or her to walk near an open ledge to operate the gate.Unfortunately, sometimes it can take an incident and a facility to be shut down during an investigation for companies to understand the serious financial consequences of a workplace injury. There are many other companies that understand the risks and proactively secure their work areas. These diligent companies end up ahead in the long run:1. They typically get better solutions because they had the time to design them correctly;2. They get a better price because they can take their time and research the solutions;3. Safety solutions are in place before they need them.Conway concludes, “The large majority of people don’t want to get hurt and are not acting recklessly on the job. Typically, they are performing a repetitive operation, and in their process miss a step or push something too far and someone gets hurt. Proper guarding should be in place to prevent injury if this happens.”About ProGMAThe Protective Guarding Manufacturers Association (ProGMA) members are the industry’s leading suppliers of fixed protective guarding products designed to protect personnel, equipment, and inventory in industrial facilities. Member companies meet regularly to review, discuss, and revise the standards for design and performance of protective guarding products used in the material handling industry. ProGMA member companies are committed to the development, maintenance, and publishing of industry standard specifications for these systems. Visit the website at http://www.mhi.org/ProGMAAbout MHIMHI is an international trade association that has represented the material handling, logistics and supply chain industry since 1945. MHI members include material handling and logistics equipment and systems manufacturers, integrators, consultants, publishers and third-party logistics providers. MHI offers education, networking and solution sourcing for their members, their customers and the industry as a whole through programming and events. The association sponsors the ProMat and MODEX expos to showcase the products and services of its member companies and to educate manufacturing and supply chain professionals. http://www.mhi.orgContactAnupam Berry Boseabose@mhi.org704-676-1190

Price: $50.00This standard is established to provide a guideline for design, testing, fabrication, and utilization of industrial storage rack decking utilized as an accessory for industrial steel storage racks that conform to ANSI MH16.1, Design, Testing, and Utilization of Industrial Steel Storage Racks. Storage rack decking is placed on beams of industrial steel storage racks to create a surface on which to place materials that can be on pallets, in containers, or in some other form.This standard applies to uniformly loaded storage rack decking applications, as well as various concentrated and partially distributed loading conditions common to storage rack applications. Storage rack decking can be fabricated from welded-wire mesh with permanently attached reinforcements, metal bar grating, composite engineered wood, corrugated metal, perforated sheet metal, or other materials that meet the performance requirements for use in storage racks.This standard does not apply to:Storage rack decking manufactured prior to date of adoption of this standard;Storage rack decking that has been improperly installed, altered, damaged, or used in any manner other than that for which it was originally intended, designed, purchased, sold, or a combination thereof;Lumber not graded or stamped by the Southern Pine Inspection Bureau (SPIB), West Coast Lumber Inspection Bureau (WCLIB), or equivalent grading agency; orStorage rack decking that is intended to support any loads other than product loads (e.g., moving, or live, loads due to walking or stepping).

Price: $150.00This standard specifies minimum requirements for the structural design, testing, and utilization of industrial steel storage racks. It applies to industrial steel storage racks, movable-shelf racks, rack-supported systems, and storage racks associated with automated storage and retrieval systems (ASRSs; also known as “stacker racks”), constructed of cold formed and/or hot-rolled steel structural members. Such rack types also include push-back rack, pallet flow rack, case-flow rack, pick modules, and rack-supported platforms. This standard is also intended to be applied to the design of the storage rack portion of any rack structure that provides support to the exterior walls and roof, except as noted. It does not apply to other types of racks, such as drive-in or drive through racks, cantilever racks (see ANSI MH16.3 for guidance on cantilever racks), portable racks, or racks made of material other than steel.ANSI MH16.1-2023 replaces ANSI MH16.1-2021, which was a revision of ANSI MH16.1-2012(R2019). It updates seismic provisions to align with ASCE/SEI 7-2022, including use of software to obtain seismic data and new methods to obtain the seismic response coefficients. It also includes revisions to the cantilever testing provisions and to the cyclic beam-to-column testing provisions in this section, so that either test can be used to determine beam design spring constants.A summary of the major revisions between the 2021 and 2012 revisions include the following:Reorganization of the document to align with guidance in ISO/IEC Directives, Part 2, specifically moving requirements previously in Section 1 elsewhere in the document, adding Normative References to Section 2 (previously Section 10, “References to the Text”), and adding Terms and Definitions to Section 3 (previously “Nomenclature” in the Foreword);A requirement for post-installation inspection conducted by the owner;New stability design requirements similar to the requirements in ANSI/AISI S100 or ANSI/AISC 360 replace the effective length method for stability design outlined in previous editions;Seismic provisions (7.4) were revised to align with ASCE/SEI 7-2016, including revision of redundancy factors for multiple rows and revision of the Fa and Fv coefficients for the D-Default site class;New design procedure for perforated columns that includes a new definition of net section using reduced strips to represent the hole lines. Torsional properties are now to be calculated using rounded corners and a distortional buckling check is required for those sections subject to distortional buckling. The equation for the Q effect on the column strength has changed;New section on pallet support design;New section on frame tie and cross-aisle tie design; New provisions for base plate and anchor design where the seismic overstrength consideration is required;Interpretation of the cyclic tests for connectors has been added; The base fixity test and frame bracing test have been added;The portal test and the upright frame test in the 2012 revision were removed from the 2021 revision.

Free downloadThis standard applies to industrial steel boltless shelving; boltless shelving placed on mobile carriages; multi-level boltless shelving systems such as pick modules, catwalks, and deck-overs; and for boltless shelving used in conjunction with an automated storage and retrieval system (AS/RS). The structural framing components for these systems are made of cold-formed or hot-rolled steel structural members. This standard does not apply to the following: industrial steel pallet racks (addressed by ANSI MH16.1), industrial cantilever racks (addressed by ANSI MH16.3), boltless shelving structures not fabricated from steel, industrial steel bin shelving, or shelving systems built with slotted metal angles. Boltless shelving is typically a hand-loaded, prefabricated, free-standing, building-like non-building structure that utilizes a designed framing system. It is generally located within an industrial or warehouse environment that is restricted from the general public. Personnel working within the confines of the boltless shelving structure are presumed to be properly trained, physically able, and appropriately attired for the intended working environment. This standard is intended to be applied to the design, testing and utilization of such structures. This standard applies to boltless shelving structures installed within a building and subjected to seismic (earthquake) loads. Loads from environmental exposure, such as snow, wind or rain loads, are not addressed in this standard. This standard does not cover any design requirements that need to be addressed for supported equipment that would subject a shelving system to significant dynamic loading and/or harmonic vibration that has the potential to cause structural damage or metal fatigue. For environmental exposure or applications beyond the scope of this standard, an evaluation by a qualified design professional is required.

A four-sided superstructure that is mounted on a pallet base, with or without a cover. Also known as a box or container bin pallet.

This is a selection activity performed within a specific type of storage area (often pallet rack). Merchandise movement into these locations is in pallet load quantities from receiving or reserve storage locations. Merchandise movement out of these locations is in case quantities.

A pallet constructed in such a way as to have the top deck extending out from opposite sides.

From Human Factors: The Journal of the Human Factors and Ergonomics Society. This article evaluates the effectiveness of two interventions: a self-leveling pallet carousel designed to position the loads vertically and horizontally at origin, and an adjustable cart designed to raise loads vertically at destination to reduce spine loads. Low back disorders among workers in manual material handling industries are very prevalent and have been linked to manual palletizing operations. Evidence into the effectiveness of ergonomic interventions is limited, with no research that investigates interventions with adjustable load location.

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.

customers informed, and to provide feedback from AGVs’ stakeholders related to benefits and market of AGVs.