PICK-MAX2 system, a ground-up redesign of the industry’s leading Pick-Max™ pick-to-light system, offers a pick face display that reduces operator picking motions and combines pick status indicators to make the process more efficient. This new design also streamlines installation and maintenance. This system is built for speed. The PICK-MAX2 combines the task complete button and the indicator for one touch, one glance operation. Teamed up with the patented IPTI Watch-Me™ system, the PICK-MAX2 allows pickers to work in a zoned or zoneless mode depending upon the application. This approach maximizes capability by 20% -- 50% while maintaining real time accountability. PICK-MAX2 features the patent pending Sense-ME™ hand sensor technology. Sense-ME validates picks from the pick face, reducing picking mistakes due to picking from the wrong location and improving efficiency by eliminating the requirement to press a button after each pick/put. Measuring only five inches wide the smaller PICK-MAX2 face allows higher pick densities, thereby maximizing the investment in storage and floor space with no sacrifice in functionality. The PICK-MAX2 pick face makes the most of its compact width. The indicator light has five colors, allowing multiple pickers per zone, batch pick, etc. The three-color display permits simple segregation of display pick information. IPTI has engineered other features to make the PICK-MAX2 face a rich source of information for pickers. …more PICK-MAX2/PAGE 2 The PICK-MAX2 pick-to-light system is the easiest to install, reconfigure and maintain because of the unique and innovative IPTI “snap-in” design. IPTI’s original three conductor BUS is integrated into a durable plastic extrusion to mount to any type of flow rack or static shelving. This three conductor BUS eliminates the problems associated with two and four conductor designs. Exclusive to IPTI, the contacts on the PICK-MAX2 modules have a self-cleaning wiping design, continually clean themselves with use. Each pick module is dynamically assigned a unique serial number, eliminating the need to set dip switches on every module or manage factory pre-assigned addresses. The operation saves time and prevents errors caused by duplicated or incorrect numbering.