In today's supply chains with quick transport, a package is more than just a container; it is a protector of our items, a brand ambassador, and often a customer's first physical interaction with your product. Ensuring that it can withstand the rigours of protective handling, storage, and transit is a non-negotiable aspect of quality control.

This is where a box compression strength tester comes in. It is a test tool used to measure the compression strength of boxes, especially corrugated boxes and carton paper boxes. With simple words, it tells you how much weight your box can withstand without fail. At Effective Lab India, we are the fastest-growing paper packaging testing instruments manufacturing company in India. We have a team of highly skilled engineers who work on each device in detail to deliver robust and efficient results.

Imagine that you ordered some goods, which were sent to your home. However, upon arrival, you find them crushed, compressed, broken, and damaged. Disappointing, right? The Effective Lab India Box Compression Testers ensure that your boxes are strong enough to handle stacking during storage or transport. This product maintains integrity and brand confidence.

In simple terms, a box compression tester is a special type of lab equipment designed to evaluate the compression resistance of packaging materials, primarily corrugated boxes, paper boxes, paperboard, and cartons. The machine simulates the maximum pressures these boxes are subjected to, particularly during stacking and transportation in warehouses or on the back of a delivery truck. The BCT measures the maximum force a box can withstand before it deforms, bends, or ultimately collapses.

Compression Strength (force) is the maximum load-bearing capacity that a box can withstand before being distorted, damaged or collapsed. This indicates the durability and stacking capacity of the packaging box.

Factors Affecting Box Compression Strength

• Quality and thickness of corrugated board

• Box dimensions and design

• Moisture content in the material

• Type of flute used in corrugation, e,g, A, B, C, E, and F.

Applying a uniform compressive force from above until the testing box is placed between the compression plates of the machine, deforms or bends. The maximum force at which the box collapses is represented as its compressive strength.

Step-by-Step Working Process

• Place the box sample centrally on the tester compression platform.

• Set up the test settings as per the box size.

• Start the machine; The upper compression plate moves downwards.

• The load gradually increases until the box fails.

• The machine records the maximum force applied to the boxes to collapse.

• Simple, right? But these readings are important for the approval of the packaging testing team.

Load Cell

It reads the applied force and converts it into readable data.

Compression Plates

Strong, flat plates that apply equally compressed forces to the box.

Control Panel

The parameters that are used to run, set and display the results digitally.

• High Precision Load Cells: For consistently accurate and precise measurements

• Variable Speed Control: To replicate pressure at various loading or stacking durations.

• Sturdy Construction: Long-term dependability and durability to guarantee the best outcomes.

• User-friendly programs that make it simple for novice operators to operate, analyse data, and provide accurate reports.

• Safety Features: A productive equipment with every safety measure in place to keep the user safe while testing.

As a main Box Compression Tester Manufacturer, Effective Lab India is accomplish of producing high-quality, reliable and accurate BCT. We use the latest innovative technology and follow strict manufacturing standards to give our equipment accurate and consistent results. Our BCT is designed to meet the different needs of different industries, from e-commerce to food and beverages.

Along with manufacturing machines, Effective Lab India is also known as a reliable Box Compression Tester Supplier. We are able to provide comprehensive support, including installation, calibration, and after-sales services, ensuring that our customers get the most out of their investment and have continued trust in us. When you choose Effective Lab India to invest in a machine, you are not just buying a machine; you are putting your faith in our trust, understanding, and integrity, and you are investing in a partnership that helps you achieve your quality control goals.

1. What types of materials can a Box Compression Tester test? 

BCT is mainly used for testing the corrugated boxes, but they can test other packaging materials such as cardboard cartons, plastic containers and even some types of crates.

2. How often should a Box Compression Tester be calibrated? 

Regular calibration, usually in a year or according to the manufacturer's recommendations, is important to ensure the accuracy and reliability of BCT measurement.

3. What is the difference between compression strength and bursting strength? 

Compression force (measured with a BCT) refers to the ability to withstand a box from top-to-bottom pressure, while the bursting strength of the onset (measured with a burst tester) indicates its resistance to internal pressure or puncturing.

4. Can a BCT test boxes of different sizes?

Yes, most BCT boxes have adjustable plates to adjust a wide range of box sizes.

5. What data does a Box Compression Tester provide? 

A BCT usually provides maximum compression force (in N or LBF) and deformation volume (in mm or inch) at which the box failed. Advanced models can also provide a force-deformation curve.

In today's supply chains with quick transport, a package is more than just a container; it is a protector of our items, a brand ambassador, and often a customer's first physical interaction with your product. Ensuring that it can withstand the rigours of protective handling, storage, and transit is a non-negotiable aspect of quality control.

This is where a box compression strength tester comes in. It is a test tool used to measure the compression strength of boxes, especially corrugated boxes and carton paper boxes. With simple words, it tells you how much weight your box can withstand without fail. At Effective Lab India, we are the fastest-growing paper packaging testing instruments manufacturing company in India. We have a team of highly skilled engineers who work on each device in detail to deliver robust and efficient results.

Imagine that you ordered some goods, which were sent to your home. However, upon arrival, you find them crushed, compressed, broken, and damaged. Disappointing, right? The Effective Lab India Box Compression Testers ensure that your boxes are strong enough to handle stacking during storage or transport. This product maintains integrity and brand confidence.

In simple terms, a box compression tester is a special type of lab equipment designed to evaluate the compression resistance of packaging materials, primarily corrugated boxes, paper boxes, paperboard, and cartons. The machine simulates the maximum pressures these boxes are subjected to, particularly during stacking and transportation in warehouses or on the back of a delivery truck. The BCT measures the maximum force a box can withstand before it deforms, bends, or ultimately collapses.

Compression Strength (force) is the maximum load-bearing capacity that a box can withstand before being distorted, damaged or collapsed. This indicates the durability and stacking capacity of the packaging box.

Factors Affecting Box Compression Strength

• Quality and thickness of corrugated board

• Box dimensions and design

• Moisture content in the material

• Type of flute used in corrugation, e,g, A, B, C, E, and F.

Applying a uniform compressive force from above until the testing box is placed between the compression plates of the machine, deforms or bends. The maximum force at which the box collapses is represented as its compressive strength.

Step-by-Step Working Process

• Place the box sample centrally on the tester compression platform.

• Set up the test settings as per the box size.

• Start the machine; The upper compression plate moves downwards.

• The load gradually increases until the box fails.

• The machine records the maximum force applied to the boxes to collapse.

• Simple, right? But these readings are important for the approval of the packaging testing team.

Load Cell

It reads the applied force and converts it into readable data.

Compression Plates

Strong, flat plates that apply equally compressed forces to the box.

Control Panel

The parameters that are used to run, set and display the results digitally.

• High Precision Load Cells: For consistently accurate and precise measurements

• Variable Speed Control: To replicate pressure at various loading or stacking durations.

• Sturdy Construction: Long-term dependability and durability to guarantee the best outcomes.

• User-friendly programs that make it simple for novice operators to operate, analyse data, and provide accurate reports.

• Safety Features: A productive equipment with every safety measure in place to keep the user safe while testing.

As a main Box Compression Tester Manufacturer, Effective Lab India is accomplish of producing high-quality, reliable and accurate BCT. We use the latest innovative technology and follow strict manufacturing standards to give our equipment accurate and consistent results. Our BCT is designed to meet the different needs of different industries, from e-commerce to food and beverages.

Along with manufacturing machines, Effective Lab India is also known as a reliable Box Compression Tester Supplier. We are able to provide comprehensive support, including installation, calibration, and after-sales services, ensuring that our customers get the most out of their investment and have continued trust in us. When you choose Effective Lab India to invest in a machine, you are not just buying a machine; you are putting your faith in our trust, understanding, and integrity, and you are investing in a partnership that helps you achieve your quality control goals.

1. What types of materials can a Box Compression Tester test? 

BCT is mainly used for testing the corrugated boxes, but they can test other packaging materials such as cardboard cartons, plastic containers and even some types of crates.

2. How often should a Box Compression Tester be calibrated? 

Regular calibration, usually in a year or according to the manufacturer's recommendations, is important to ensure the accuracy and reliability of BCT measurement.

3. What is the difference between compression strength and bursting strength? 

Compression force (measured with a BCT) refers to the ability to withstand a box from top-to-bottom pressure, while the bursting strength of the onset (measured with a burst tester) indicates its resistance to internal pressure or puncturing.

4. Can a BCT test boxes of different sizes?

Yes, most BCT boxes have adjustable plates to adjust a wide range of box sizes.

5. What data does a Box Compression Tester provide? 

A BCT usually provides maximum compression force (in N or LBF) and deformation volume (in mm or inch) at which the box failed. Advanced models can also provide a force-deformation curve.