2026 APR Solutions Rap Tape Applicator

RAP Applicator for Double-Sided Tape Application on Packaging, Cartons and Display Products. The RAP Applicator is a highly precise tape application system designed for the automatic application of double-sided adhesive tape across a wide range of production environments. Engineered for integration with automatic and semi-automatic machines, including folder-gluers, conveyor systems, automatic belts, and packaging lines, the RAP Applicator provides a reliable and efficient solution for manufacturers looking to automate adhesive tape application.

Suitable for packaging production, print finishing, corrugated manufacturing, display production, and industrial assembly applications, the RAP Applicator delivers consistent results while reducing manual labour and improving production efficiency. Its advanced electropneumatic system ensures accurate tape placement and dependable operation, making it an ideal addition to modern manufacturing workflows.

Precise Tape Application for Improved Product Quality

The RAP Applicator has been developed to provide highly accurate and repeatable double-sided tape application across a wide variety of materials and product formats.

Using an advanced electropneumatic application system, the unit applies tape with exceptional precision, helping manufacturers maintain consistent quality throughout production. The integrated product transport system ensures perfectly linear tape placement, even on demanding substrates and complex product designs. This level of accuracy helps reduce waste, minimise production errors, and improve the overall quality of finished products.

Seamless Integration into Existing Production Lines

The RAP Applicator is designed to integrate easily with both new and existing production equipment. Whether installed on folder-gluers, automatic conveyor systems, carton production equipment, or specialist packaging machinery, the applicator provides a simple and effective way to automate tape placement without disrupting production workflows. Its flexible design makes it suitable for a broad range of manufacturing sectors requiring secure adhesive application and efficient production processes.

Features

• Double-sided tape application system
• Suitable for automatic and semi-automatic production lines
• Advanced electropneumatic tape application technology
• Accurate and repeatable tape positioning
• Consistent linear tape application
• Easy integration with folder-gluers and conveyor systems
• Reduces manual tape application
• Improves production efficiency and consistency
• Suitable for a wide range of material types
• Reliable operation in continuous production environments
• User-friendly setup and operation
• Low-maintenance industrial design
• Designed for packaging, display, and industrial manufacturing applications

Applications

The RAP Applicator is ideal for applying double-sided tape to:

• Folding cartons
• Corrugated packaging
• Retail packaging products
• Point-of-sale displays
• Presentation folders
• Direct mail products
• Paper and cardboard products
• Corrugated board
• PVC materials
• Plastic materials
• Acrylic materials
• Display stands
• Packaging components
• Industrial assembly products

Why Choose the RAP Applicator?

The RAP Applicator offers manufacturers a practical and efficient solution for automating double-sided tape application across a wide range of products and materials. Its precision electropneumatic technology ensures accurate tape positioning while reducing labour costs and increasing productivity.

For packaging manufacturers, print finishers, display producers, carton converters, and industrial manufacturers, the RAP Applicator provides a reliable way to improve production quality and streamline adhesive application processes.

Whether applying tape to folding cartons, corrugated packaging, display products, PVC components, acrylic materials, or specialist packaging applications, the RAP Applicator delivers outstanding accuracy, efficiency, and dependable performance for modern manufacturing environments.