Cabka pallets are not only sustainable but are easy to transport and store. From the NestRack which can handle up to 2700 lbs in racking, to the Eco US5 with its high impact strength, to the CabCube which is known for longevity and robustness, Cabka has you covered.
Nestable plastic pallet for loads up to 2700 lbs in the high rack.
Due to the special design, the new NestRack© plastic pallet is nestable and at the same time suitable for high rack storage. With a net weight of only 22 lbs, the pallet can carry up to 2700 lbs in racking. A revolutionary weight-to-load ratio. The runners ensure smooth transport on roller and chain conveyors and offer 4-way access for forklift trucks. The NestRack© comes in two versions: with open or closed deck.
Universal multi-trip plastic pallet for loads up to 2800 lbs (1300 kg) in the high rack.
The ECO US5 has been engineered as a real all-rounder that offers high performance. It is universally applicable in closed circuits, production plants and goods distribution. The high impact strength of this plastic pallet significantly reduces the risk of damage with such improper handling, and thus extends the service life. The pallet can be equipped with additional metal re-inforcements. This makes the pallet highly durable and perfectly suited for high racks. With a net weight starting at only 31 lbs (14 kg,) the Eco US5 takes dynamic loads of up to 5600 lbs (2500 kg) and racking loads up to 2800 lbs (1250 kg).
3-piece sleeve pack container for transportation of large-volume parts.
Thanks to the injection molding manufacturing process, the Cabcube provides robustness, precision and longevity. This distinguishes it from other products on the market that are normally manufactured by means of a deep-drawing process. With its 39 kgs, the CabCube is still very light and easy to handle. In just a few steps, the ring can be collapsed and, along with the pallet and lid, stacked on top of one another. The CabCube thereby achieves a volume reduction of up to 80 percent for a cost-effective and CO2 efficient return transport.