With SSI Schaefer, our expert packaging engineers can work with you to design a specific product to meet your needs. Our engineers and designers have decades of experience designing products for the various industries—including material handling, automotive, and automated logistics. From custom tote and container designs to dunnage systems for standard totes, SSI SCHAEFER can create exactly what it is to help protect your products and to help accommodate your supply chain needs.
SSI SCHAEFER utilizes materials such as plastics corrugated with protective laminations, polyethylene, cross-linked foams, high-density polyethylene (HDPE), and vacuum thermoformed trays. SSI SCHAEFER can meet the needs of your specific handling requirements by creating a custom design.
Regardless if you seek protection from shock or vibrations, side impacts, part separation, or specific orientation for assembly, SSI SCHAEFER can meet your needs and offer you a turn-key solution.
Due to their size and shape some components require packaging in special sized containers. They are either too large or too small to be housed in standard sized containers. Mirror-welded containers offer the ideal solution. Sections are removed and joined together using heated plate welding (or mirror welding) to form a new container.
Resourceful innovation is the principle behind SSI SCHAEFER side-load bulk container. By modifying our standard container to fit unique customer requirements, we essentially invent a new product for specific applications. SSI SCHAEFER side-load bulk containers are reinforced with a steel frame to ensure durability and extended life in harsh conditions. The interior of each side-load bulk container is customized with a vast number of protective dunnage materials and designs.
Ergonomic, efficient and economical define Schaefer Systems GliderPac container. Customized with protective dunnage in multiple layers, our system is secured to the inside walls of standard bulk containers. The dunnage glides along an integrated track feature that prevents binding and easy part accessibility. The design is user friendly and limits the chance of operator injury by reducing unnecessary handling.