CONUS 1100 Logistics Packaging Printer: A High-Speed, Intelligent Labeling Solution for Logistics and E-commerce
CONUS 1100 Logistics Packaging Printer: A High-Speed, Intelligent Labeling Solution for Logistics and E-commerce
Blog Article
The CONUS 1100 Logistics Packaging Printer is an advanced, fully automated print and labeling system designed to meet the high-speed, high-precision demands of the modern logistics, warehousing and e-commerce industries. This digital servo control system improves efficiency by integrating thermal printing, real-time labeling and intelligent automation, ensuring seamless logistics packaging operations, error-free data association and precise label application.
The CONUS 1100 Packaging Printer brings an extra layer of complexity to the labeling process, especially when compared to a 10L Wipe-On printer applicator. While both systems offer reliable wipe labeling capabilities, the CONUS 1100 has the advantage of integrating digital servo controls for both the printer applicator and the conveyor line, giving the user precise control over conveyor speed and label placement.
Unlike 10L Wipe-On printer applicator, which typically operate in a more standardized environment, the CONUS 1100 allows for real-time adjustment of conveyor speeds (ranging from 0 to 35 m/min), ensuring labeling tasks are aligned with specific production speeds and product requirements. This flexibility is particularly beneficial in industries that require real-time adjustments for different package sizes or speeds. Additionally, the CONUS 1100 integrates a digital servo-driven lift that automatically adapts to different product heights, making it easier to label different sized products without manual intervention.
By connecting the CONUS 1100 to a conveyor line, the printer and conveyor work seamlessly in sync, allowing for precise label placement and higher overall throughput. This advanced control offers significant advantages over more traditional systems, such as the 10L Wipe-On, where synchronization with the conveyor requires additional manual adjustments that can slow down production.
At the heart of the CONUS 1100 is its digital servo-controlled labeling engine, which ensures precise, high-speed label delivery. The thermal printing unit supports both print and apply functions, eliminating the errors associated with separate printing and encoding. The system can print an amazing 60 labels per minute, making it ideal for high-throughput logistics applications.
In addition, the servo-controlled belt conveyor can adapt to different speeds and product flows, making it highly flexible and adaptable to different packaging environments. The electric lift bracket is another digital servo-driven component that automatically adjusts to different object heights, ensuring smooth operation for a variety of packaging sizes.
The CONUS 1100 Logistics Packaging Printer supports OPEXE® CHI Print and Label Engine software, allowing offline and remote monitoring, debugging and configuration. This feature enables businesses to streamline packaging workflows while maintaining full control over label accuracy.
With a Gigabit Ethernet interface and multiple industrial control ports, the printer can be seamlessly integrated into existing logistics and warehouse management systems (WMS). The CPL COTAO print and apply command set allows users to develop their own custom print and apply applications, making it highly flexible to meet a variety of industry needs.
Despite its powerful features, the CONUS 1100 is compact and flexible, making it easy to install in logistics centers with limited space. It is designed to handle a variety of label materials and sizes, supporting a variety of express shipping packaging specifications.
CONUS 1100 Packaging Printer print and apply
The system eliminates manual labeling errors by combining OTA online upgrades, bar code scanning, and real-time data tracking. Users can choose from different OPEXE® software modules.
Designed for continuous high-speed operation, the CONUS 1100 can handle 7×24 hours of workload without compromising accuracy. Unlike pneumatic labeling systems, it does not require compressed air, reducing operating costs and maintenance requirements.