The Fragile Packaging System

The patented shipping system is made from recycled material and is reusable, making it the most environmentally and cost effective packaging system in the Industry.

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Cost Saving

The Fragile Packaging System (FPS) increases productivity by reducing labor and packaging costs. The system will reduce labor over conventional packaging methods.

Eco Friendly

Our patented shipping system is made from recycled material and is reusable, making it the most environmentally friendly and cost effective system in the Industry.

Safe & Secure

The FPS holds your product firmly, absorbing any shock that the carton may experience in transit. The cardboard cross members support the carton from coming into contact with the surface of the item, avoiding possible damage.

The Fragile Packaging System was developed because of a need in the industry for a cost effective method to safely package fragile, flat items, specifically frames for transportation via a small package carrier or moving company.

As a custom picture framer with over 20 years in the small package transportation industry, I have witnessed many packaging methods that failed in the attempt to protect fragile items. These methods required excessive, costly packaging materials, increased packing time, and most importantly, limited protection to the fragile item.

Working with design engineers, many concepts were developed and tested. The most sensible solution has been refined and is now being offered to the industry.

Product Uses

We offer a variety of packaging solutions to help you confidently and cost-effectively ship your fragile items.

Perfect for art, mirrors & frames

Our engineered packaging system suspends the item within the carton while adding internal protection that keeps the carton from collapsing and causing damage to your product. Learn More.

Deliver your electronics safely.

Ship laptops safely and easily with the patent pending laptop shipping system. This system is quicker to use, more efficient, and less expensive, than conventional packing methods. Learn More.