Importance Of Box Compression Tester In The Packaging Industry

Every business that utilizes packaging to secure products must move them to different locations. During transportation and storage, packaging plays the primary role of protecting the product from external damage. Corrugated boxes made of quality material can safely deliver your package to the end consumer.

Box compression testing is one of the most effective and trusted methods to determine the quality of boxes or optimize the box to enhance durability. The compression test values can enable clients to select the ideal packaging to transport the product safely.

Box Compression Testing

Box compression testing is an integral part of the product development team in the packaging manufacturing industry. The box compression tester is an amazing instrument designed to test an instrument's compression test. Testing the boxes during the development phase can prevent damage during transportation. It helps ensure the packaging provides maximum protection for the enclosed products.

The box compression tester by Pacorr is designed to determine accurate test results. The equipment is specifically designed in compliance with global standards like ASTM D642 and ASTM D4169. The powder-coated machine is ideal for long-term use and has four load sensors to detect minor changes.

How To Test A Box Using Compression Tester

The instrument measures the compressive strength of cardboard boxes, crates, and other packaging materials. In a production unit, the box compression tester can ensure that the packaging materials are of the required strength and can withstand shipping and handling stresses. The following steps can help you understand the process of testing a sample box in a production unit:

Step 1: Set up the box compression tester according to the manufacturer's instructions. This usually involves setting the compression plates at a specific distance apart and calibrating the device.
Step 2: Take a sample box or crate from the production line and place it between the compression plates of the tester.
Step 3: Apply gradual pressure to the box by lowering the upper compression plate using the controls on the instrument. Please note the pressure applied should equal the weight the box will likely experience during shipping and handling.
Step 4: Measure the compressive strength of the box using the digital display. This will show whether the package is strong enough to withstand shipping and handling stresses.

If the box fails the compression test, adjust the packaging material size or design to improve the strength. Repeat the process for multiple containers to ensure consistency in the production unit.

By using a box compression tester in a production unit, manufacturers can ensure that the packaging materials are of the required strength and will protect the products during shipping and handling. This can help reduce the risk of product damage and customer complaints.

Final Thoughts
Investing in a box compression tester can help manufacturers select the perfect cardboard box material based on the required strength and capacity to ship products. This practical instrument can help assure the shipment is delivered safely without damaging the product or brand reputation. Moreover, the compression test allows manufacturers to define the load capacity of the packaging material. Select an instrument with advanced and user-friendly features so that it's easy to operate and helps save valuable time.