Autolabe Model 155 – Print & Apply Labeling System

High-Speed Print & Apply System for Industrial Labeling

The Autolabe Model 155 is a versatile and high-performance print & apply labeling system designed for industrial applications requiring precise label placement at high speeds. Engineered for reliability, accuracy, and efficiency, the Model 155 seamlessly integrates into automated production lines for a wide range of industries, including pharmaceutical, food & beverage, logistics, and manufacturing.

Compatible Print Engines: SATO & Zebra

The Model 155 supports leading print engines, providing high-resolution printing, fast processing, and durability in industrial environments.

• SATO Print Engines – Known for robust performance, high-speed printing, and advanced RFID encoding. Learn more at SATO.
• Zebra Print Engines – Designed for versatile label printing, high-volume applications, and seamless integration. Explore more at Zebra.

With RFID capabilities, the Model 155 is an excellent choice for companies requiring inventory tracking, supply chain transparency, and compliance with industry regulations.

RFID Integration: Transforming Labeling for Smart Manufacturing

The Autolabe Model 155 is available with RFID (Radio Frequency Identification) encoding capabilities, making it an essential solution for businesses looking to enhance tracking, inventory management, and compliance with modern industry standards. With RFID-enabled labeling, companies can move beyond traditional barcodes and unlock real-time visibility into their supply chain.

How RFID Labeling Benefits Your Production Line

✅ Enhanced Inventory Accuracy & Traceability

Unlike traditional barcode labels, which require line-of-sight scanning, RFID tags can be read remotely and in bulk, significantly reducing human error and scan times. This allows businesses to maintain precise inventory counts, track items throughout the supply chain, and reduce losses due to misplaced products.

✅ Faster and More Efficient Operations

By automating product identification, sorting, and tracking, RFID labeling accelerates operations across warehouses, distribution centers, and production lines. This leads to:

• Faster scanning speeds (reading hundreds of tags at once)
• Reduced manual labor and fewer bottlenecks
• Seamless integration with warehouse management and ERP systems

✅ Improved Compliance & Supply Chain Visibility

Many industries, such as pharmaceutical, food & beverage, and logistics, require strict tracking and traceability. RFID helps businesses comply with FDA, GS1, and other regulatory standards by providing:

• Automated logging of product movement
• Instant verification of shipments and returns
• Better recall management with precise product location data

✅ Reduces Labeling Errors & Enhances Product Authentication

With RFID-encoded labels, each product gets a unique identifier, making it nearly impossible to duplicate or mislabel items. This is particularly beneficial for industries dealing with:

• Counterfeit prevention in pharmaceuticals and high-value goods
• Ensuring accurate shipping and receiving processes
• Reducing chargebacks due to mislabeling errors

✅ Seamless RFID Integration with SATO & Zebra Print Engines

The Model 155 is compatible with RFID-enabled print engines from SATO and Zebra, ensuring high-quality printing and encoding in a single step. This eliminates the need for separate RFID encoding stations, streamlining the labeling process while ensuring precise application of RFID tags on products, cases, and pallets.

Is RFID Right for Your Business?

If your business deals with high-volume inventory, global supply chains, or strict regulatory requirements, RFID labeling can significantly enhance your efficiency and accuracy. The Model 155 gives you the best of both worlds—a reliable print & apply system with the power of RFID encoding for smarter tracking.

Our 710 system with a 155 Tamp Blow or Blow only.

Our 710 with a 155 for lead adjacent corner label applications.

Our 710 with a 155 for lead corner wrap label applications.