Automated Storage/Retrieval Systems (ASRS) members are the Industry’s leading suppliers of automated storage/retrieval systems. They supply systems worldwide and in virtually every major manufacturing and distribution sector.
An Automated Storage and Retrieval System (AS/RS) is a combination of equipment and controls that handle, store and retrieve materials as needed with precision, accuracy and speed under a defined degree of automation. Systems vary from relatively simple, manually controlled order-picking machines operating in small storage structures to extremely large, computer-controlled storage/retrieval systems totally integrated into a manufacturing and distribution process.
Generically speaking, AS/RS refers to a variety of computer-controlled methods for automatically depositing and retrieving loads to and from defined storage locations. Within an AS/RS environment one would find one or more of the following technologies: Horizontal Carousels, Vertical Carousels, Vertical Lift Modules, and/or Fixed Aisle (F/A) Storage and Retrieval Systems, the latter utilizing special storage retrieval machines to do the work needed to insert, extract and deliver loads to designated input/output locations within the aisles being served.
The right application of AS/RS provides a long list of user benefits! It has been demonstrated time and time again that Automated Storage and Retrieval Systems are proven technologies capable of effectively and reliably handling and buffering raw materials, work-in-process inventories and finished goods of all kinds, making it possible to totally integrate material handling storage, however temporary, into the total process being served.
AS/RS is a member driven organization. Member companies of the product section meet regularly to review, discuss and revise the standards for design, performance and proper operation of Automated Storage / Retrieval Systems. The objectives of the product section involve promotion of these manufacturers, the users and the public generally regarding AS/RS and the component elements thereof through:
MH24.1: Safety Standard for Horizontal Carousel
Material Handling and Associated
This newest standard, approved January 15, 2005, for horizontal carousels, was developed by the Carousel and Vertical Lift Module (C/VLM) Working Group of the AS/RS Product Section following the ANSI Public Canvass method.
|B30.13 - 2003:
Storage/Retrieval (S/R) Machines and
This AS/RS safety standard published in 2003 deals solely with the Crane and Aisle (C/A) technology for automatic storage and retrieval. This standard, also following the ANSI Public Canvass method, was developed by the American Society of Mechanical Engineers (ASME).
The documents below can be used in conjunction with our usage requirements.
|AS/RS Application, Benefits and Justification in Comparison to Other Storage Methods Replenishment System for Distribution Center: A White Paper|
|Reliability of Automated Storage and Retrieval Systems (AS/RS)|
|Version 5.0 Carousel & VLM Planning Tool|
|Vertical Carousels Increase Order Picking Performance|
|Vertical Lift Modules (VLMs) Increase Order Picking Performance|
|A History of Automated Vertical Storage Systems in the United States|
|Considerations for Purchasing Used Automated Storage and Retrieval Equipment|
|AGVS Industry Group Releases Summer 2012 Quarterly Report|
|Strategies to Optimize Distribution Center Business Results via Automation Projects|
Sponsored by Automated Storage/Retrieval Systems (AS/RS) Group
DC managers, accustomed to doing more without more resources, also face a host of strategic challenges that must be met to achieve measureable progress against corporate social responsibility goals and regulatory compliance. This session will help attendees (with or without automated fulfillment systems) understand how automation projects have achieved desired business results by improving cost, safety, throughput, profitability, use of space, traceability, reliability, productivity, regulatory compliance and energy consumption. This session will review case studies of automation projects from AS/RS modernizations to new systems using technology. Attendess will learn the process, tools, and best practices used to design or modernize automated material handling systems for optimal performance that meets the needs of business, the employees, the environment and the customers.
|Six Steps to Optimizing Order Fulfillment|
Sponsored by Kardex Remstar
From pallet picking to case picking and piece picking, order fulfillment can be an overwhelming task. In this seminar, we will review six steps to streamline and optimize your order fulfillment processes. Categorizing your inventory, matching it with the best storage technology and selecting the right order fulfillment method is the foundation of successful ofer picking. We'll also review some real world examples of how other customers have optimized their order fulfillment processes.
|Safeguard Your Production Investment by Optimizing Your MRO|
Sponsored by Kardex Remstar
With competitors appearing overnight and consumers demanding more choices with faster delivery, manufacturers have invested hundreds of thousands of dollars in automating their production capabilities. In this seminar we will discuss the necessity of protecting that investment by minimizing production downtime and the importance of a reliable maintenance and repair operation (MRO). Every minute a machine is down is a minute of production time that cannot be recovered. The ability to react quickly to repair the machine and minimize downtime can have a major impact on your bottom line.
|Automation: Low Risk & Low Cost Order Picking Systems Designed For Efficiency, Reliability and Productivity|
Sponsored by Sapient Automation
Single piece/split case order fulfillment can be the most resource consuming activity in a warehouse. The ability to automate order picking regardless of the size of your operation is essential to your customers and management. We will discuss how implementing simple automated technologies today provides labor reduction, space savings, up to 550 lines/hr, flexible/scalable by the hour, 100% ergonomic and a fast Return On Investment.
|Solving the Piece Picking Challenge with Award Winning New Technology|
Sponsored by Swisslog Logistics Inc.
Evolving market trends in the retail industry which are driving changes in order fulfillment will be reviewed. Impacts on the distribution center are significant and are causing both storage and picking efficiency issues due to reduced order quantities driven by SKU proliferation and shorter product life cycles. New technology that can provide a solution to both the storage and piece picking challenges will be presented along with a case study of an actual implementation.
|Batch Pick Your Way to Higher Productivity - 5 Methods to Get the Most Out of Your Picking Operation|
Sponsored by System Logistics Corp.
One of the most effective strategy for improving productivity is batching orders together for fulfillment. From simply grouping orders together in a conventional pick-and-go or man-to-goods warehouse, to combining batch picking with automated goods-to-man delivery solutions, batch picking approaches can drive productivity to truly unexpected heights. In this seminar attendees will review multiple concepts for developing batch picking environments as well as applicable technologies that can enable them to be highly productive. Here you will learn more about work area design, work direction technologies, enabling technologies such as flow rack, carousels or ASRS and new solutions designs for goods-to-man delivery solutions. This session will synthesize both theory and practical knowledge of technologies to help attendees increase their understanding of a tried and true approach to order fulfillment and order picking.
|Well Beyond the Four Walls - Material Handling Automation's Impact to the Total Supply Chain|
Sponsored by TGW Systems
While material handling automation solutions typically focus within the four walls of distribution, the impact of the solution extends well beyond to effect tracking, labor and store shipments.
To download the file you must agree to the following terms.
Considerations for Planning an Automated Storage/Retrieval System
The Automated Storage/Retrieval Systems (AS/RS) Product Section is the author and owner of this original publication. The publication contains material wholly original with AS/RS and is copyrighted subject matter under the laws of the United States and other countries. AS/RS owns a copyright in the publication as well as the content original to it. The publication, both in its entirety and in relevant portions, is hereinafter called this publication.
AS/RS has made this publication available on this web site to promote and encourage the wide distribution and dissemination of this very important document. Like any copyrighted material, however, certain restrictions do apply to its use. Users of this web site should be aware that duplication of copyrighted material by individuals, or within all kinds of institutions, requires permission of the copyright owner. Accordingly, you must agree to the following terms before accessing or duplicating this publication. Any use of this publication by User after this notice shall be deemed to constitute acceptance by User of this agreement.
Please note: Any unauthorized duplication of this publication will be treated as copyright infringement. Additional copies of this publication may be ordered from the Material Handling Institute.
AGREEMENT BETWEEN YOU (THE USER) AND AS/RS:
Swisslog Logistics, Inc.