The Duravant family of operating companies serve the food processing, packaging and material handling segments.
Automated Pharmaceutical Poly Bag Sorting
With the increased move towards online e-commerce and direct-to-consumer prescription ordering, it’s become more important than ever for suppliers to install the optimal equipment required to sort and ship prescriptions efficiently. NPI’s Xstream sliding shoe sorter is designed to sort poly bags and boxes of many sizes with speed in a space saving configuration. We offer an affordable system for pharmaceutical applications like mail-order prescriptions, where order fulfillment accuracy is equally as important. The NPI Xstream Sliding Shoe Sorter is optimal for central fill operations and compliments pharmaceutical companies looking to speed up their order fulfillment process.
Precise Poly Bag and Box Sorting
The NPI Xstream uses dimensioning, weighing, and scanning technologies to accurately sort poly bags and parcels to their correct destination. The poly bags then are conveyed on to a conveyor comprised of sliding shoes and slats. The anti-jam shoes are designed to gently divert the parcels into their designated output.
Pharmaceutical Sorting in a Small Footprint
The Xstream is modular by design, allowing for a custom configuration that can fit your specific needs. Additional output modules in multiples of 8 outputs each can be added to satisfy customer’s sorting requirements and improve sorter efficiency.
Do you need an automated sortation system for your operation? Contact Us.
Related Solutions
Xstream High Throughput Dual Lane Sliding Shoe Sorter
The NPI Xstream Dual Lane Sliding Shoe Sorter is a reliable, efficient, and scalable solution for parcel or package sorting with minimal maintenance requirements.
Xstream Compact High Density Sliding Shoe Sorter
The Xstream is a high speed and accurate automated sortation system capable of sorting boxes, poly bags, flats and irregular parcels.
Semi-Automated Bulk Singulator
NPI’s Semi-Automated Bulk Singulator solves the challenge of converting bulk into singulated flow in a small footprint. Capable of production flows of up to 10,000 PPH