Bespoke Fold-Down Concertina Lifting Bag

We are often approached by customers with unique challenges that require tailored solutions. A recent project involved a requirement for a lifting bag with fully collapsible sides, allowing complete access to the contents while maintaining sufficient durability to be safely stepped on during use, along with stability and protection of the equipment when not in use. Not ending there, the base needed to be tough enough to withstand being dragged regularly, combined with drag handles to assist with manoeuvring on site.

Our team collaborated closely to develop a solution that was both highly functional and visually refined. Our Design Assistant, Adam, and Business Development Manager, Ian, proposed an innovative concertina-style fold-down side system. This design allows all four sides of the bag to collapse and be neatly secured away, preventing obstruction or damage during operation.

To enhance durability and structural integrity, the sides were reinforced with 6mm HDPE inserts,
providing the necessary strength while maintaining flexibility. As for the base, a 20mm thick
plastic sheet was fitted to the base, with a 45 degree angle cut to help avoid the base snagging,
and an extra reinforced drag handle was fitted to enable the bag to be dragged when needed.

The concept was successfully brought to life by our skilled sewing team, resulting in a bespoke
lifting bag that delivers on both performance and practicality, precisely meeting the customer’s
requirements.

This project demonstrates our ability to turn complex, highly specific requirements into
practical, well-engineered solutions. By combining innovative design with durable materials and
close collaboration across our team, we were able to deliver a lifting bag that performs reliably
in demanding conditions.

It also reflects our commitment to working closely with our customers to fully understand their
challenges. By doing so, we can develop bespoke products that not only meet immediate needs
but also improve usability, durability, and efficiency in real-world applications.