Carton Compression Tester LPIT-C10

The Carton Compression Tester LPIT-C10 is designed with a robust capacity of 10 kN, making it suitable for evaluating a wide range of packaging materials under load. This high compression capacity ensures the tester can reliably simulate real-world stacking and transport conditions. The system is ideal for quality control and product development across industries such as logistics, manufacturing, and packaging. The machine uses a precision load cell to deliver accurate and repeatable results, meeting global testing standards. With this level of capacity, the LPIT-C10 offers a reliable solution for testing the strength and durability of cartons, honeycomb boxes, and plastic containers.

Yes, the Carton Compression Tester LPIT-C10 is equipped with intuitive control buttons that allow users to operate the machine without needing a computer connection. This feature simplifies the testing process in facilities where quick, manual testing is needed or where computer access is limited. Operators can start, stop, and reset tests directly from the control panel, making it user-friendly for technicians at all levels. However, the system also supports computer interfacing for advanced data logging and report generation when needed. This dual functionality enhances the tester’s adaptability across various lab and industrial environments.

The Carton Compression Tester LPIT-C10 is suitable for testing a wide range of packaging materials, including corrugated cartons, honeycomb cardboard boxes, and rigid plastic containers. These materials are commonly used in shipping and storage, and the LPIT-C10 helps determine how well they withstand compressive forces during transportation. By simulating stacking or weight load scenarios, the tester assesses packaging integrity and helps manufacturers ensure product safety. The test results are crucial for meeting regulatory requirements and customer quality standards. This makes the LPIT-C10 an essential tool for packaging R&D and quality assurance departments.

The LPIT-C10 ensures exceptional accuracy through its integrated encoder system and high-resolution load cell. The encoder provides real-time monitoring of displacement changes with a resolution of up to 1 ?m, allowing precise tracking of deformation under load. Additionally, the load cell features a resolution of 1/250,000, delivering highly sensitive and stable force measurements. Combined with a servo motor and precision ball screw system, these components minimize mechanical noise, jitter, and vibration during testing. This ensures that each compression or stacking test performed with the LPIT-C10 yields reliable, repeatable, and scientifically valid results.

Safety is a core design consideration in the Carton Compression Tester LPIT-C10. The machine includes multiple mechanical and software-based protection systems to safeguard both the user and the equipment. Key safety features include an emergency stop button, overload protection, overcurrent protection, phase sequence protection, and upper/lower limit switches to prevent overtravel. The system also supports automatic load sensor retreat to protect the internal components during abnormal conditions. These comprehensive protections allow the LPIT-C10 to operate safely in continuous testing environments while maintaining long-term durability and performance.