Glossary


Sort by: Most Relevant  |  Most Recent  |  Name

16 - 22 of 22 results

16) Roller diverter

A device on a conveyor sortation system used to move a case/carton/piece off the main line.  This device utilizes "pop-up" type rollers to redirect the object in a predetermined direction.

17) Pnuematic puller

An air-powered conveyor sortation device.  This device is used to redirect packages and materials on a conveyor.  Pulling device travels beyond the object to be redirected and retracts, therein pulling the object in the desired direction.

18) Powered wheel diverter

A device on a conveyor sortation system used to move a case/carton/piece off the main line.  The device utilizes wheels(skate) that are powered to raise up form the conveyor bed and divert the objects in the desired direction.

19) Impact deflectors

A form of conveyor sortation device that utilizes a swing out arm to divert product from a conveying surface. This device does not actually contact the conveying surface, but literally impacts the side of the load bringing about a sideways change in direction to the left or right of the forward motion.

20) Impact diverters

A form of conveyor sortation device that utilizes a mechanically actuated push plate to divert a product from the conveying surface. This device does not actually contact the conveying surface, but literally impact the side of the load bringing about a sideways change in direction to the left or right of the forward motion.

21) Batch pick

The combining of a group of order requirements by SKU into a single picking activity to optimize productivity by allowing one picker to select all the ordered merchandise within a predetermined group with one trip through the pick path.  Batch picking requires subsequent mechanical or manual sorting of the merchandise to reestablish order integrity before shipping.

22) Order picking

Order picking or order selection is the process of retrieving individual items (from storage locations) for the purpose of fulfilling an order for a customer. Schemes by which to achieve efficient order picking will vary widely. However, in all cases it involves locating the items in storage; creating a plan for retrieving the items; physically picking the items (either automatically or manually); sorting and/or assembling them into discrete orders; and in the end even packaging the orders for delivery. Although defined as a process, order picking cannot be achieved without the appropriate computer software and mechanical equipment, including the storage medium, such as pallet racks, shelving, AS/RS (including carousels) and flow delivery racks, and a means for transporting items from receiving to storage and from storage to packaging and shipment. A variety of industrial trucks and conveyors will be found in most order picking applications. Order picking may also involve robotic like devices for physically picking discrete items from their storage location. See also Warehouse Management Systems or WMS .