A foldably constructed pallet includes a top member forming a top surface of the foldably constructed pallet and a bottom member forming a bottom surface of the foldably constructed pallet. The bottom member includes, extending from the bottom surface, a plurality of outer sidewalls, and a plurality of internal sidewalls. An outer sidewall of the plurality of outer sidewalls and an internal sidewall of the plurality of internal sidewalls cooperate to define a cradle configured to hold a structural insert such that folded panels of the structural insert may be engaged with each of the outer sidewall and the internal sidewall. The top member may be connected to the bottom member and covering the cradle.

Stringers 12 for a pallet 10 constructed from corrugate are disclosed. The stringers 12 are manufactured from corrugate sheets 30 that are die cut and laminated into corrugate stringer blocks 40, in various aspects. The corrugate stringer blocks 40 include a plurality of stringers 12 connected by a shear bridge 34 die cut into the corrugate sheets 30 when forming the stringers 12 from the corrugate sheet 30 to retain the stringer 12 on the corrugate stringer block 40 until a separating force is applied to the block to separate the individual stringers 12 from the corrugate stringer block 40, in various aspects.

A recyclable cardboard pallet is described herein. The pallet includes a top platform and a bottom platform formed by at least one layer of laminar components, wherein at least one of the layers of laminar components of each platform has openings, fastening components, and a frustoconical shape for inserting separators. The separators include outer tubular bodies with an inner diameter that is greater than or equal to a largest diameter of the openings, such that ends of the outer tubular body rest completely on the laminar elements between which it is located. The separators further include an inner tubular body concentric with and longer than the outer tubular body, the inner tubular body having an outer diameter configured relative to a smallest diameter of the openings, such that the outer diameter of the inner tubular body fits flush with laminar elements between which it is located.

A pallet includes a plastic top deck and a bamboo bottom deck. The bamboo bottom deck includes bamboo boards made from bamboo strips layered together. Support blocks are coupled between the bamboo bottom deck and the plastic top deck, with a gap being formed therebetween for receiving a lifting member.

A stackable pallet display system includes a tray portion having a rectangular bottom wall, corner posts extending upward from corners of the tray portion and an interior divider panel extending upward from the tray portion. The tray, corner posts and interior divider wall of the system can be folded from blanks of material.

Stringers 12 for a pallet 10 constructed from corrugate are disclosed. The stringers 12 are manufactured from corrugate sheets 30 that are die cut and laminated into corrugate stringer blocks 40, in various aspects. The corrugate stringer blocks 40 include a plurality of stringers 12 connected by a shear bridge 34 die cut into the corrugate sheets 30 when forming the stringers 12 from the corrugate sheet 30 to retain the stringer 12 on the corrugate stringer block 40 until a separating force is applied to the block to separate the individual stringers 12 from the corrugate stringer block 40, in various aspects.

Provided is a mounting base member used in a pair for mounting an object to be conveyed thereon, the mounting base member including: a body part configured to support the object to be conveyed; and a top plate part that extends in at least a horizontal direction from an upper part of the body part. The top plate part covers an upper surface of the body part, or the upper surface of the body part contacting the conveyed object is flush with an upper surface of an extending portion of the top plate part.

The machine comprises a rotary feeder configured to receive the first tubular body and the second tubular body; wherein the first tubular body and the second tubular body are secured to one another separately in a single coaxial direction in the rotary feeder; and wherein the two tubular bodies make up separators of the pallets. The machine also comprises a robotic arm configured to transfer the two tubular bodies in pairs from the rotary feeder to an area above a transport table on which a first base of the pallet rests; so that one of the end portions of the second tubular body fits into an opening of the first base; wherein the robotic arm places the first tubular body around the second tubular body.

Stringers 12 for a pallet 10 constructed from corrugate are disclosed. The stringers 12 are manufactured from corrugate sheets 30 that are die cut and laminated into corrugate stringer blocks 40, in various aspects. The corrugate stringer blocks 40 include a plurality of stringers 12 connected by a shear bridge 34 die cut into the corrugate sheets 30 when forming the stringers 12 from the corrugate sheet 30 to retain the stringer 12 on the corrugate stringer block 40 until a separating force is applied to the block to separate the individual stringers 12 from the corrugate stringer block 40, in various aspects.

Methods, devices, and systems for assembling a pallet are provided. In particular, a pallet is provided that is made from multiple pieces that are bent from an initial planar shape to a final shape. In some embodiments, a transverse piece locks at least one longitudinal piece in the final shape without the use of fasteners or adhesives. The resulting pallet can be loaded with materials and then maneuvered and transported using a forklift. In addition, the pieces can be made from cardboard which significantly reduces the weight of the pallet.