reduction-of-transport-product

Reduction of Transport Product

Using vacuum technology to decrease the volume of goods for transport and packaging is a strategic approach widely adopted across various sectors. This method not only trims down transportation and storage expenses but also enhances logistical efficiency and lessens the environmental toll of transporting merchandise.

In the blower and vacuum industry, this volume reduction is achieved through two key methods:

Vacuum Packaging for Compactness: Employing vacuum pumps, the air surrounding a product is extracted, leading to a significant reduction in package size. Textiles are an excellent example of products that benefit from this technique, as they can be substantially condensed. Consequently, more items can be packed into containers, optimizing space utilization and reducing shipping costs.

Compression for Space Efficiency: Products can also be mechanically compressed to occupy a smaller footprint. Occasionally, this is done in tandem with vacuum packaging, ensuring that the compressed state is maintained throughout transportation, thereby maximizing space in transit vehicles.

The advantages of reducing the volume of goods for transport:

Cost Efficiency: Utilizing less space means spending less on shipping and storage.
Logistical Optimization: Compact packaging allows for a greater quantity of goods to be transported in one go.
Environmental Benefits: A more efficient use of space leads to fewer transportation runs and reduced fuel usage, which is better for the environment.
Minimized Transit Damage: Tightly packed goods have less room to move around, reducing the risk of damage during transit.

Gardner Denver's vacuum technology plays an essential role in achieving more sustainable and cost-effective logistics. By vacuum-sealing new garments, the volume of the clothing is significantly reduced. This efficient packing method allows for maximal utilization of space in trucks and shipping containers, ensuring that the transportation process is optimized for both capacity and efficiency.