Welcome to SCDigest Special Videocast

sc digest

 
Videocast Series Registration:
Videocast: Reducing Order Picking Costs in the DC without Automation
Homepage >> Videocast Registration share print

Videocast Details

 

Videocast Title: Reducing Order Picking Costs in the DC without Automation

New Solutions to Generate Significant Reductions in Order Picking Costs Whatever the Current Environment, With Little or No Disruption to Current Operations

 

 



Date: Tuesday, September 20, 2016

Time: 11:30am EDT, 10:30am CDT, 9:30am MDT, and 8:30am PDT





Add to Your Calendar:

 






Abstract:

There is still a lot of money to be saved by optimizing order picking processes and technology, without materials handling automation.

The reality is that even high-end Warehouse Management Systems have delivered few improvements in their order picking capabilities in recent years, often using basic algorithms developed many years ago. Companies operating with less robust capabilities, whether it is from an ERP WMS, a second tier system, or legacy WMS, likely have even fewer capabilities to tackle order picking costs.

The fact is order picking is already by far the highest cost activity in most distribution centers. These costs are also rising for many if not most companies, as order profiles continue to change, with more case and "eaches" picking, driven by B2B customer requirements and/or ecommerce order fulfillment.

Companies looking to reduce rising order picking costs and distribution costs as a percent of sales should know that there are focused, new generation order picking solutions that can enable you to reach those goals without changing or upgrading your WMS.

 

In reality, there are many approaches that can be used individually or in combination that provide a real and proven ability to reduce order picking time and cost without expensive investments in materials handling systems. They include advanced picking processes combined with real-time batching algorithms and pick path optimization, multi-modal Voice solutions, smart-phone based systems, augmented reality, and more.

In this outstanding Videocast, we’ll explore how these new solutions are working right now to generate significant reductions in order picking costs whatever your current environment, with little or no disruption to current operations, and detail the wide portfolio of technologies that can be applied today to get your order picking costs back headed in the right direction. The broadcast will include real world cases studies.

 

This Videocast will feature SCDigest editor Dan Gilmore and Ron Kubera, Executive Vice President and Chief Marketing Officer at Lucas Systems, an expert on these new order picking approaches.

 



In this Videocast, you will learn:


How DC productivity can be significantly improved without a WMS upgrade or investment in material handling systems
How new "smarts" can be added to the order picking process to drive big productivity gains
The latest in use of Voice, smart phones, augmented reality and more in the DC - stay informed
 


Who Should Attend:

Anyone interested improving distribution center productivity.



What if I can't attend on this date?


An archived version will be available soon after broadcast.

Register now even if you can't attend the live date to receive an email with the on-demand link.



Speakers:

 


 

Dan Gilmore

Editor
Supply Chain Digest


     

Ron Kubera

Executive VP & Chief Marketing Officer
Lucas Systems


 


 
     
  Return To Top  


Registration Form

* Bold Fields are required.
 
First Name :
Last Name :
Title :
Company :
Management Role:
Address :
Address 2 :
Country :
Zip Code :
City :
State :
Phone :
Fax :
Business Email :
Confirm
Business Email:
Personal Email :
(This will help us reach you if your business email changes)
Industry:
Job Function:
Email Preference:
Subscribe:
 

Reload Image

Enter Code: (Case Sensitive)
   


 
Broadcast Made Possible By:



 


 

 



 

 

 

© 2015. Supply Chain Videocasts. All Rights Reserved.
A Supply Chain Digest Site.

powered by