Carton Compression Tester Operating Manua!

In today's competitive logistics and e-commerce sectors, packaging quality directly determines whether products can reach consumers intact. Industry data shows that up to 25% of product damage originates from packaging compression failures during transportation and storage. As the core equipment for packaging quality control, carton compression testers have become indispensable tools for modern manufacturers and testing laboratories.

I. What is a Carton Compression Tester?

A carton compression tester is specialized equipment used to measure the compressive strength of corrugated boxes, cartons, and other packaging containers. By simulating pressure environments during warehouse stacking and transportation processes, it accurately determines the maximum load-bearing capacity of packaging boxes, providing scientific basis for packaging design and material selection.

Core Working Principle: The equipment applies gradually increasing compressive force to the sample through upper and lower pressure plates, monitors pressure changes in real-time through high-precision sensors, and automatically records the maximum load value (BCT value) when the sample collapses or reaches predetermined deformation.

II. Core Advantages and Technical Features

1. Accurate Test Results
Modern digital carton compression testers utilize closed-loop servo control systems and high-precision load sensors, ensuring test accuracy within ±1%. This precision level fully meets international standard requirements such as ASTM D642 and ISO 12048, providing reliable data support for product quality control.

2. Intelligent Operating System
• Color touchscreen interface with intuitive user experience
• Pre-set test standard programs for one-click activation
• Automatic calculation and storage of test results with data export support
• Smart functions including peak hold and automatic return

3. Durable Structural Design
The high-strength steel frame and precision guidance system ensure stable performance under long-term high-frequency use. Standard safety protection devices effectively guarantee operator safety.

III. Analysis of Key Technical Parameters

Selection Advice: When choosing equipment capacity, consider a 20-30% margin above the expected maximum compressive strength to ensure test data accuracy and equipment service life.