The all-new Presto box compression tester is here to help you save your various corrugated boxes from damage in the storehouse or any place where they might be handled roughly - or are prone to compression. This ability of not succumbing to compression can be measured quantitatively which helps us analyze how much load we can apply/what material to employ for our specific requirements. 

IMPORTANCE-
Especially when concerned with planning logistics and packaging, we must ensure the carrying boxes are not damaged. Box compression tester is the fix for this - and it is hassle-free too! Its assistance in maintaining uniformity is what makes the box compression tester manufacturer proudly commit to absolutely zero rejection. This deflects any loss on the production and post production fronts. 

The principal function of a Box Compression Tester is to determine the compressive strength of corrugated boxes. This strength is crucial because boxes stacked in warehouses or during transit can face tremendous strain from the weight of other boxes. If a box collapses or deforms under this strain, it can cause product damage, higher delivery costs, and customer discontent.

Packaging specialists' research highlights the necessity of appropriately analyzing box strength. According to a research published in the *Journal of Packaging Technology and Research*, poor box strength accounts for a considerable portion of product damage during transit (Smith et al., 2019). This emphasizes the importance of dependable testing procedures, such as the Box Compression Tester, to guarantee boxes can endure common transportation circumstances.

Setup:

1. Prepare the Tester: Make sure the BCT is positioned on a sturdy surface and calibrated according to the manufacturer's instructions.
2. Prepare the Box: Assemble the corrugated box using normal procedures. To imitate real-world conditions, it should be filled to its normal capacity.
3. Position the Box: Carefully set the box on the tester's compression plate, aligning it properly.
4. Set settings: Enter the required testing settings into the tester's control panel, such as compression speed and load measurement intervals.
5. Initiate Test: Begin the compression test and track the results in real-time.

Test Procedure: 

Compression Process: The tester exerts a controlled downward force on the box until it achieves a predetermined endpoint (such as box failure or maximum load).

Data Collection: During the test, the BCT collects compressive strength, deformation parameters, and failure point.

Analysis: After the test, examine the obtained data to determine whether the box matches industry standards or specific client specifications.

How to Select a Box Compression Tester

Choosing the best Box Compression Tester requires taking into account several important factors:

1. Capacity: Select a tester that can withstand the maximum load that your biggest boxes are expected to bear.
2. Accuracy: Choose a model that offers exact measurements and meets applicable industrial requirements (e.g., ASTM D642).
3. Ease of Use: Look for features like straightforward controls, automated data logging, and software integration to ensure efficient testing and analysis.
4. Durability: Ensure that the tester is sturdy enough to face storage/transport for a considerable period. 

FAQs about Box Compression Testers

Q1. What are the major standards for box compression testing?

A1. ASTM D642 is widely known for assessing the compressive strength of shipping containers and components.

Q2. How frequently should box compression testers be calibrated?

A2. Calibration is advised yearly or according to manufacturer's requirements for reliable findings.

Q3. Can box compression tests imitate actual shipping conditions? 

A3. While testers provide controlled settings, they can replicate the stacking forces that boxes may endure during transportation.

To summarize, the Box Compression Tester is critical for assuring the dependability and longevity of corrugated boxes throughout the supply chain. Businesses may reduce shipment damage risks while maintaining high-quality standards by following correct setup processes, selecting the suitable equipment, and knowing essential testing criteria.

References:

- Smith, J., et al. (2019). "Impact of Box Strength on Shipping Damage." *Journal of Packaging Technology and Research*, 25(2), 45-56.

- Johnson, A. (2020). "Comparative Analysis of Box Compression Testers." *Packaging Technology Review*, 17(4), 112-125.

Want to know the box compression tester price? Reach out to us through a phone call at +91 9210903903 or directly dropping us an e-mail at info@prestogroup.com.