EMT International Delivers High-Speed Dual-Web Kraft Processing and Fanfold Finishing Solution for E-Commerce Packaging
Hobart, Wisconsin, USA – EMT International has engineered and delivered a custom high-speed finishing solution designed to convert kraft paper rolls into fanfolded void-fill packaging material used throughout the e-commerce industry. This innovative system processes dual independent webs, synchronizes them into a streamlined flow, and performs cross-perforation at speeds reaching up to 1,300 feet per minute. All of this is achieved within a compact, enclosed footprint that is optimized for sound control and operator safety.
Key Features of the High-Speed Finishing Solution
The high-speed finishing solution from EMT International is designed around specific customer requirements, integrating proven web handling, servo motion control, and automation technologies into a streamlined finishing line. The key features include:
- Dual-web alignment and integration: The system efficiently aligns and integrates two webs for optimal processing.
- High-speed cross-perforation: Capable of cross-perforating at impressive speeds, enhancing production efficiency.
- Precision fanfolding: Utilizes servo-controlled registration for accurate and consistent fanfolding.
- Inline stacking and case-ready packaging: The finished product is stacked and ready for immediate casing, streamlining the packaging process.
- Reduced web path: An optimized web path enhances process stability and reduces potential errors.
- Enclosed, insulated housing: This design minimizes noise and ensures a safer working environment for operators.
Operational Workflow
The system begins with dual kraft paper rolls that are fed from a zero-speed splice unwinder. After the initial alignment through independent web edge guides, the material progresses into the cross-perforation section. The webs are then fanfolded using a robust folding head, enhanced with EMT servo controls and proprietary motion software to ensure consistent registration and performance at high speeds. The finished product exits the line fully fanfolded, stacked, and ready for immediate casing, thus delivering a seamless roll-to-box process.
Adaptability for Various Applications
While this system was specifically developed for kraft paper void-fill production, the core architecture is adaptable to a wide range of high-speed fanfolding and perforation applications. EMT’s modular approach allows similar solutions to be configured for different substrates, formats, and end-use requirements across packaging, direct mail, and specialty converting environments. This flexibility is crucial as e-commerce fulfillment continues to grow, leading to an increased demand for efficient paper-based void-fill solutions.
Meeting Modern Packaging Demands
As the e-commerce sector expands, manufacturers are faced with the challenge of meeting increasing demands for efficient and sustainable packaging solutions. EMT’s custom-engineered finishing platforms provide manufacturers with the speed, precision, and automation necessary to compete in high-volume packaging environments. The focus on compact design, precise control, and reliable high-speed performance is essential for modern packaging operations.
Conclusion
In summary, EMT International’s high-speed dual-web kraft processing and fanfold finishing solution represents a significant advancement in e-commerce packaging technology. By integrating advanced automation and precision engineering, EMT is poised to meet the evolving needs of the packaging industry. To see the solution in operation and learn more about its capabilities, visit this link.
Frequently Asked Questions
The EMT International finishing solution can perform cross-perforation at speeds up to 1,300 feet per minute.
The system is primarily designed for kraft paper but is adaptable to a variety of substrates for different packaging applications.
The system features an enclosed, insulated housing that minimizes noise and enhances safety for operators during operation.
Note: This article is based on information available as of March 2026 and may be subject to change as new developments arise in the packaging industry.
