A highly precise lab testing tool called the Box Compression Tester is used to determine the amount of compression strength needed to bend or shatter a corrugated box. When making an online purchase, you may have seen corrugated boxes break or become distorted. In order, to prevent this kind of problem and guarantee the corrugated boxes’ durability when stacking, the Box Compression Tester is utilized to make sure the things inside the box stay intact.
Functioning for Box Compression Tester
The device is ergonomically made to mimic actual instances of boxes being stacked on top of one another, preventing any doubts and risks during storage or transportation stacking.
A corrugated box’s compression strength is determined using a box compression tester. Once the sample is on the platform, the Box Compression Strength Tester begins to operate.
The platform atop the sample is attached to the lead screw after it has been placed. The platform measures 400 x 450 mm in size.
The platform begins to descend at a speed that complies with the rules with the assistance of the lead screw that is attached to it.
The sample (corrugated box) begins to deform as the platform descends with a maximum force of 500 kgF because of the uniform pressure imposed from above as it descends.
The Box Compression Tester is now reproducing the actual incidence of stacking corrugated boxes on top of one another. Because limit switches are included, the instrument immediately stops when the box is fully compressed and reaches the maximum compression value shown on the digital meter, preventing any risks or hazards. This facilitates the machine’s operation and makes it incredibly simple.
The box compression tester’s pricing makes it incredibly easy for paper and packaging businesses to use, and its smooth and easy functioning is enhanced.
Features of Box Compression Tester
The box compression strength tester’s features have been built with increased precision since it is important to give paper and packaging sector manufacturers a hassle-free experience.
As the leading Box Compression Tester manufacturer in India, Effective Lab, built the device with a circular lead screw that greatly smoothes the operation of the motorized platform, increasing accuracy and guaranteeing no malfunctions at all.
Additionally, the instrument has a maximum force range of 500 kgF and is offered in other configurations with a maximum force range of 1000 kgF. There are other variations of the product as well, such as the computerized box compression tester, which is a very useful assembly for testing the strength of boxes compressed under compression.
In order to prevent any risks or security lapses after the test is finished, the lab testing apparatus also has limit switches. This feature also allows an operator to conduct tests without being physically present at all times.
The device includes a bright LED display that makes it easier for the operator to record data by minimizing human error, and a microprocessor-based display that allows for accurate testing of every corrugated box.
In the computerized version of the Corrugated Box Compression Tester, the “peak & tare button” gives the user the ability to monitor past readings and get additional benefits from them.
In order, to guarantee accurate specimen positioning and to ensure that the specimen does not move while the test is being performed, the Box Compression Tester additionally features a sturdy platform surface.
The convenient feather touch controls that make the lab testing apparatus operate so easily make it incredibly user-friendly. With the help of these controls, the operator can easily and completely do all tasks with just one hand.
Conclusion
A lab test tool called a “Box Compression Tester” measures how well corrugated boxes can withstand compression, ensuring that their solid enough compressive strength prevents any kind of deformation or breaking when the boxes are stacked for storage or transit. A motorized platform that