The MB240 series Linerless Industrial Printer from TSC Printronix Auto ID offers efficient and sustainable label printing solutions for businesses. With a high printing speed of up to 12 ips and the ability to handle large rolls with an outer diameter of 8 inches, this printer is designed for fast-paced industries such as e-commerce, warehousing, and transportation. Its anti-adhesive coated Linerless Kit reduces adhesive residue and prevents paper jams, ensuring smooth printing operations.
Table of Contents: What awaits you in this article
TSC Printronix Auto ID launches MB240 Series Linerless Industrial Printers for efficient and sustainable label printing
The MB240 Series Linerless Industrial Printer from TSC Printronix Auto ID is a cutting-edge solution for thermal transfer label printing. With the option of a durable cutter or tear-off set, this printer can handle up to 10,000 labels per day. Designed specifically for fast-paced and high-volume businesses, such as E-commerce, warehousing, transportation, pre-packaged food and beverages, this printer series maximizes productivity while also contributing to environmental sustainability.
High-speed Linerless Industrial Printer with Advanced Safety Features
The MB240 Series Linerless Industrial Printer offers a high printing speed of up to 12 ips, a high workload capacity, and the ability to handle large rolls with an outer diameter (OD) of 8 inches. Its special non-stick linerless kit reduces adhesive residue from labels and prevents paper jams. The MB240 Series printer is suitable for most common types of linerless labels with permanent, removable, or freezer-grade adhesive. Additionally, the cutter provides advanced protection, including a cutter jam sensor and an upper blade protector, significantly improving workplace safety.
Enhanced Reliability and Compatibility for Linerless Printers
TSC Printronix Auto ID ensures reliability by thoroughly testing their Linerless printers for compatibility with leading Linerless label brands, guaranteeing high print quality. Depending on the project, TSC Printronix Auto ID can recommend suitable configurations for labels and printers that best meet the customer’s requirements. Additionally, TSC can provide maintenance kits and guidelines to ensure that customers’ printers remain operational 24/7.
Sustainable Linerless Labeling Reduces Material Consumption and Costs
The Linerless labeling is an environmentally friendly option that offers significant benefits in terms of reducing raw material consumption and increasing paper length per roll. With the potential to reduce carbon emissions and waste by 50%, this technology is both sustainable and cost-effective. Additionally, the use of direct thermal technology simplifies the installation and operation of Linerless labels, improving workflow efficiency. Furthermore, the elimination of liner backings enhances workplace safety by minimizing potential slip hazards.
New Linerless Printer Series Boosts Productivity and Environmental Protection
The introduction of this new series of printers not only enhances productivity but also promotes environmental sustainability, making it a comprehensive solution for businesses in Europe and America. With their industry expertise and production capabilities, TSC Printronix Auto ID is well-equipped to assist customers in replacing existing printers and labels or transitioning to the linerless printing technology from scratch.
The MB240 Series Linerless Industrial Printers from TSC Printronix Auto ID offer businesses the benefits of efficient label printing, sustainability, and comprehensive customer service. These printers are designed for fast-paced and high-volume environments such as e-commerce, warehousing, transportation, pre-packaged foods, and beverages. With a high printing speed of up to 12 ips and the ability to handle large rolls with an outer diameter of 8 inches, these printers ensure productivity and reliability. The linerless kit reduces adhesive residue and minimizes paper jams, while the advanced cutter provides enhanced safety features.