Features
Mailing
Postpress
Pitney Bowes SendPro C Auto boasts auto-feed functionality to accelerate mail processing
January 20, 2020 By PrintAction Staff
Global technology company Pitney Bowes has launched SendPro C Auto, the latest evolution of its SendPro digitally-connected sending technology portfolio. Utilizing the integrated mailing and shipping technology with the SendPro platform, SendPro C Auto is designed to eliminate labour-intensive manual processes by enabling businesses to process large mail volumes, print labels, ship parcels and track shipments and costs, all in one place. According to the company, the system includes a high-speed auto feeder that can process mail at speeds of up to 120 letters per minute or two every second.
“SendPro C Auto is an exciting evolution of our flagship SendPro portfolio, extending the value and reach of SendPro to a wider audience,” said Jason Dies, EVP and President Sending Technology Solutions, Pitney Bowes. “It brings together our advanced engineering capabilities and design innovation in an easy-to-operate, user-friendly sending hub with some industry-leading features. Time is money for our clients, so finding new ways to boost their productivity, efficiency and reliability translates into direct cost savings.”
Further, with the Android operating system and Google GMS compliance, SendPro C Auto leverages the Internet of Things (IoT), data analytics, and the ability for app development to maximize savings and efficiency for the client to scale with their evolving business needs. Access to the SendPro Online shipping platform comes as standard, providing visibility of sending activity, costs and tracking history. Additional features and benefits of the SendPro C Auto include: Automatically feeding and sealing up to 120 letters per minute, up to 5/16 inches thick; reverse separation feeding technology to minimize letter jams; integrated 15 lb. scale to weigh large envelopes and packages, with options of 30 lb. and 70 lb. external scales; and access to the SendPro Online portal.
Print this page