The DM525™ Digital Mailing System

Pitney Bowes

The DM525™ is a smart, fast, and reliable production system, designed with multiple options and efficient features that will automatically feed, seal and imprint postage at speeds up to 150 letters per minute. Our patented Weigh-on-the-Way™ in-line weighing with Shape Based Rating maximizes efficiency by processing mixed weight material up to 16 oz. The length, width and thickness are also verified to ensure the proper rate is calculated. The mail piece is imprinted with the correct postage at speeds up to 65 letters per minute. This provides in-line weighing and eliminates sorting pieces by weight prior to feeding them through the system.

The DM525's self-aligning feed system ensures that envelopes are fed straighter to protect the contents and ensure precise postage imprinting. Thickness and size adjustments are minimized by the DM525's ability to process various sized envelopes - up to 5/8" thick with sizes ranging from post cards to 10" x 13" flats.

The DM525™ Digital Mailing System comes with the easy-to-use IntelliLink® Command Center that lets you easily activate and control all the functions of your DM525™ from a single, central location.

• Manage, track and charge back postage expenditures with built-in accounting capabilities
• Access new features on-demand
• Instantly access USPS® and other carrier's rates and services
• Get cost-saving USPS® electronic tracking services right from the DM525™
• Download new rates directly to your DM525™ quickly and easily

DM525 Mailing System Benefits:

• Processes up to 150 letters per minute of similar size and weight mail.
• Weigh-on-the-Way™ automatically calculates size and weight of each mailpiece at speeds up to 65 letters per minute.
• Handles mail of various sizes (from postcards up to 10" x 13" envelopes) and up to 5/8" in thickness.
• Self-Aligning Feed System feeds envelopes straighter, protecting envelope contents and increasing efficiency.
• Up to 25 programmable jobs and simplified set-up for rating and processing.