Automated Parcel Sorting Systems

Xstream High Throughput Sliding Shoe Sorter

NPI’s Xstream High Throughput Sliding Shoe Sorter sorts a wide range of parcels with maximum efficiency. Depending on the size of parcels to be sorted, the Xstream Dual Lane Sliding Shoe Sorter can reach throughputs up to 24,000 parcels per hour by utilizing NPI’s linear dual lane sorter design. The dual lane design allows for a higher throughput of parcels, more than doubling the throughput of the Xstream Compact Sliding Shoe Sorter. With the Xstream , the system utilizes two Semi-Automated Bulk Singulators to increase the amount of parcels inducted into the system. The Xstream has a rapid return on investment, small footprint, excellent uptime, and is supported by NPI’s best-in-class customer service to help you seamlessly transition into automation.

, Automated Parcel Sorting Systems
, Automated Parcel Sorting Systems

Xstream Compact Sliding Shoe Sorter

NPI’s Xstream Compact Sliding Shoe Sorter is recognized for being a highly efficient and compact automated sorting solution that uses as little as 2,500 square feet of floor space. The Single Lane Bi-Directional configuration gives the Xstream the ability to sort parcels in two directions, allowing for more outputs and destinations with a small footprint.

Semi-Automated Bulk Singulator

NPI’s patented Semi-Automated Bulk Singulator is capable of production flows of up to 10,000 PPH and handling a wide array of product types from polybags to boxes. The semi-automated design also allows for the system to be operated with either 1 or 2 operators depending on work flow requirements. The NPI Semi-Automated Bulk Singualtor includes a semi-automatic induction table, independent power control panel, PLC and NPI’s touch screen operator control panel. Additional options include a dumper to discharge gaylords, pallets, or carts. It can be used to feed a single induction lane or split the load between two induction lanes by smart-sensing available space on each lane and directing product flow appropriately.

, Automated Parcel Sorting Systems