Carton Compression Tester LPIT-T2010

Introduction

Carton Compression Tester is compatible with measuring ranges from 25 to 500 N, 50 to 1000 N, 1000 to 2000 N, 100 to 50000 N, with options for customization depending on user requirements. It features a high-precision professional sensor, offering an accuracy of less than ±1%. The tester operates on a principle wherein a motorized screw drives the upper compression plate downward, compressing the test sample. Our tester is designed to evaluate the compression strength of packaging materials such as corrugated cartons, and honeycomb cartons.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Carton Compression Tester is used in packaging, logistics, and manufacturing industries to assess the strength, stacking ability, and durability of corrugated cartons, paper tubes, and honeycomb packaging, ensuring safe transport and storage.

Specifications

Measuring Range	25 to 5000, 50 to 10000, 100 to 20000, 100 to 50000 (other ranges are also customizable)
Accuracy	Up to ± 1%
Resolution	0.1 N
Distortion Error	Up to ± 1 mm
Platen Parallelism	Up to 1 mm
Measuring Size	600 × 400 × 600 mm, 800 × 600 × 800 mm, 1000 × 800 × 1000 mm, 1000 × 1000 × 1200 mm (other sizes are also customizable)
Test Speed	10 ± 3 mm/ min Stacking: 5 ± 1 mm/min
Return Speed	100 mm/min
Test Mode	Carton compressive strength, carton constant value, carton stacking
Unit Exchange	N/ Lbf/ kgf
Permissible Temperature	20 ± 10℃
Permissible Humidity	Up to 85%
Power Supply	220 V, 50 Hz

Features

Accurate and reliable results

Simple operation

Unit exchange function

Digital display

Desktop structure

FAQs

1. What is the purpose of the Carton Compression Tester?

Carton Compression Tester is used to measure the compressive strength, deformation, and stacking capability of packaging materials like corrugated cartons, paper tubes, and honeycomb boards. It helps manufacturers and quality control teams ensure that packaging can withstand transport and storage pressures. The tester provides precise readings, reducing the risk of product damage during logistics and distribution.

2. How does the Carton Compression Tester measure compression strength?

Carton Compression Tester applies a controlled downward force on the carton using a motorized platen while sensors record the force required to compress or deform the sample. The results are displayed in real time, allowing users to analyze the maximum load a package can endure. This test helps in optimizing packaging designs to improve durability and cost efficiency.

3. What types of packaging materials can be tested?

This Carton Compression Tester is ideal for testing corrugated cartons, paper tubes, honeycomb panels, and other paper-based packaging materials. It is widely used in industries such as food and beverage, electronics, pharmaceuticals, and logistics to ensure that packages meet international quality standards. The tester accommodates different sizes and strengths, making it suitable for various applications.

4. What is the unit exchange feature in this Carton Compression Tester?

Unit exchange in our Carton Compression Tester refers to the conversion or interchange of measurement units used for various test parameters. This is essential when comparing results from different testing systems. In this Carton Compression Tester, key test parameters such as compressive strength, speed of compression, and deformation can be reported in different units (e.g., Newtons (N), Pounds-force (Lbf), or Kilogram-force (kgf)). The tester allows for unit exchange to ensure that measurements from different regions or industry standards are consistent and meaningful.

5. How do I maintain and calibrate the Carton Compression Tester?

Regular maintenance includes keeping the test area clean, ensuring the platen is free from debris, and inspecting the sensor connections. Calibration should be performed periodically using certified weights and following manufacturer guidelines. If discrepancies occur, the device should be recalibrated to maintain measurement accuracy, which is crucial for consistent testing results.