How standardized fruit boxes optimize storage space and logistics efficiency

Let's begin with the essential truth of supply chain management: space is money. The value of space is true no matter if you are dealing with supply chain management, transporting goods, or packing mangos and selling them at the market. As your box is designed to fit your product, consider how much space is potentially wasted as the box is designed. This is why the box designed specifically to hold mangos is a revolutionary part of the supply chain. As a properly designed box holds mangos, it allows you to efficiently designed the way you store goods, stack boxes, and ultimately the things you ship.

The Unmentioned Space Problem

Fruit is not the only goods that is packaged and boxed for shipment. Before the introduction of the mango box, shipment containers and boxes of all shapes and sizes with no uniformity were used to ship all goods. This is a logistical nightmare. In storage and logistics of mangos, a large gap becomes a large wasted space if small boxes do not unite. The loss of transporting something more valuable, like a box of mangos, for a box that is less valuable leads to the loss of transporting more box of untied large boxes less.

The math is pretty simple. A standard 40 foot shipping container has 67 cubic meters worth of internal space. Your boxes might not be standardized to fit that space efficiently, and you could lose 10 to 20 percent of your space. That is a lot of money leaving your business, because your boxes don't stack. With standardized research, it was shown that there is an improvement of trailer utilization by 30 percent and a reduction in total shipments. This is especially important for a business that has to ship fruit globally or nationwide.

Standardized Box Size Ensures Everything Fits

Consider this example. A typical mango box for export might be around dimensions of 330 by 250 by 140 millimeters. That is not a random size. It is designed for standard pallets and standard shipping container dimensions. When you have boxes of the same size footprint, stacking is easy as pie. The boxes fit together like a puzzle. No odd gaps, no unstable towers and no wasted corners.

The standardized dimensions and stackable design decrease the number of times boxes are handled, which reduces labor and increases available space. A warehouse worker can load a pallet without stopping to figure out which box goes where. The pattern is always the same. The forklift driver knows exactly how high to stack. Everything is faster because no one has to think before they go.

As for exporters of mangoes, some common box dimensions are 400 millimeters by 200 millimeters by 105 millimeters, and 500 millimeters by 400 millimeters by 200 millimeters. These are not sizes that people have picked completely randomly. These dimensions have been standard sizes used across the entire industry for decades. Some boxes are designed to hold 5 kilograms of fruit while others are designed to hold 3 kilograms for air freight. The weight may be different, but the external dimensions remain the same, allowing for mix and match use of the boxes on the same pallet.

Stacking and Ventilation Work Together

Another thing that matters is the stacking ability of a box. When it comes to transporting perishable fruit, not all boxes can be stacked on top of each other. Boxes are designed to be spaced for a reason, and that is to ensure that the boxes can withstand the weight of the stacked boxes and so that the weight is evenly distributed.

An ideal mango box is designed so that it has improved resistance to compression. Fluted layers in corrugated cardboard are designed for cushioning and insulation, but they also provide the necessary support to withstand stacking. Some boxes have double and even triple wall designs to give even more improved support. More layers translate to better cushioning and better stacking ability.

When all boxes on a pallet have the same dimensions and structural rating, they can be stacked higher and with tighter tolerances. This increases the amount of fruit per square meter of warehouse and per cubic meter of truck or container space. A study showed that a major fruit producer optimized their internal processes and reduced material losses when they applied standardized reusable packaging. Any fruit logistics operation will benefit similarly from standardization. Standardization enables density, and density translates to savings.

Mangoes and other fresh produce do require some ventilation. Without airflow, fruit ripens too quickly, moisture buildup ensues, and mold takes over. The caveat is that ventilation holes weaken a box. If boxes are ventilated too much, they lose their stacking strength. Holes in the wrong locations can produce unbalanced boxes.

In this case, strategic ventilation design is the solution. Standardized mango box designs include built in reinforced ventilated designs that do not compromise strength. Some perforations are placed on the sides of the boxes, ensuring that the box's compression rating is maintained while allowing air to circulate. Many boxes are also designed with corner channels that function as air passages, allowing boxes to be stacked tightly without restriction to airflow. This design structure prevents condensation and mold growth while slowing the ripening process due to the reduction of ethylene gas.

When transporting items over long distances, absorbent pads or liners are used in conjunction with vented boxes to absorb the moisture created by boxes during transport. What's most important is that all vented boxes in a shipment are identical. The vent structures are uniform which creates uniform ventilation across the entire pallet, all the boxes included, whether they are at the edge or in the middle.

Lightweight Materials Cut Shipping Costs

You might be shocked to know this. A box that is heavier does not automatically indicate that its contents are stronger. Many of the most used standardized boxes for fruit are actually becoming lightweight. Design changes have made boxes use about 40 percent recycled fibers and be 10 percent lighter than previous boxes.

For this reason, those boxes are cheaper to transport. Packaging that is lighter translates to heavier products, which the shipper doesn't have to pay to transport. This is extremely important for bulk shipments. A box's 10 percent weight reduction can translate to huge fuel and freight savings across.

This decrease in weight also lowers transport emissions, which improves environmental and sustainability efforts. Lighter boxes have not sacrificed protection to the fruit during transport. The boxes have been designed for long distance shipping and to withstand changes in humidity and temperature. You get less weight and the same protection.

Standardization Enables Supply Chain Coordination

Let's try and look at this from a different angle. The introduction of a standardized box design for mangoes allows for better packing, but also aids in improving the cohesion of the entire supply chain. When deciding box design, standardization at the different levels of the supply chain allows for optimum design of other functions in the supply chain.

Let's look at a mango's journey. A tropical farm is the first stop. The mangoes get packed at some packing house, and packed in a standardized box. The box is placed on a pallet and loaded in a refrigerated truck. The truck drives to a port, where the box is loaded on a ship. When the ship reaches the destination, the box is sent to a distribution center. The box is unloaded, and later sorted and sent to a retail outlet. Other than the first step, the journey of a mango can be described without surprises. At every step of the supply chain, standardization means no surprises.

Positive examples of standardization can be found in sectors of the Brazilian fruit growing industry. The fruits leave the producer's packing house already in standardized boxes. The boxes go directly to the distribution centers of the retail chains. The boxes are unloaded and delivered to a shipping center. At the shipping center, the boxes are disinfected and prepared to be reused, thus achieving optimization of the reverse logistics. It is only the standardization of boxes that makes a system like this possible. Based on standardized boxes, growers can uniformly manage, control and even track grower boxes as a single fleet.

Standards with Flexibility

So, does it mean that every box will look the same? Not necessarily. Customization is possible. With a mango box that falls under a standard, the external dimensions of the box cannot be changed, but the internal dimensions can be modified.

You have the option of choosing from many box styles. Some have uses dividers while others have molded pulp trays that can hold individual mangoes. Some boxes are designed for a single layer while others are double layer. However, the external dimensions will uniformly be the same. This means that the boxes can be stored together in pallets even if they have different styles.

You can have different box styles while maintaining the same dimensions. There will be a lot of options for customizing the box style in terms of dividers, pulp trays, and layer designs. This makes them stackable.

You are free to choose the style, printing, and even the design. The box can have any of your branding, logos, or handling instructions that is needed. Standard boxes are also a great option for design.

Why This Benefits Your Bottom Line

Standard boxes can offer you some of the following benefits.

The design of the box leads to an optimization storage. Boxes that are stored can be arranged without gaps. More fruits can be stored in a smaller space. Another benefit is of standard boxes is that the space is also used in an optimal way. There is no wasted space. Less and fewer trips have to be made, resulting in lower fuel consumption. Less damage will be caused to the fruit as well as the boxes. Stacking boxes can lead to damage or crush the boxes, but it will not be an issue with standard boxes. Overall, the boxes provide an economical solution, and also offer a number of benefits to the establishment.

When standardizing the packaging of fruit, a logistics study estimated a potential cost reduction of 40 percent in total logistics costs which is significant given the difference such a cost reduction may make in shipping losses vs shipping profits.

Hence, when purchasing fruit boxes, you need to consider more than the price of the box. Consider the logistics of the box. Consider the box cost vs the price of the box, the box itself, the mango box, and the price it may cost to utilize the box efficiently. Consider a box which may be slightly more expensive but is a standardized box that will lead to reduced overall logistics costs, maximize efficiency, and lead to cost savings to the facility. Standardized mango boxes are a container we need to use efficiently to maximize profits and final dollars to the facility.