Wrapping Solutions for Paper Recycling and Processing - Waste and Recycling - Paper Recycling

Cross Wrap dewires recycled paper bales smarter. Manual bale wire cutting creates a dangerous work environment for employees and potential serious liability for industrial processors. It’s also not very effective, and it can become expensive quickly. The CW Dewiring machine is extremely effective, and it instantly improves workplace safety by cutting and removing bale wires automatically.

The CW Dewiring machine has a high wire-removal rate that provides fast and efficient processing and steady material flow. Cross Wrap completely removes the bale wires, leaving only high-quality raw material that contains no steel wire fragments. Cross Wrap requires no manual operation. It coils bale wires automatically into tight bundles that save storage space and are easy to handle and process later.

Crosswrapping reject materials helps with handling, transport, and storage, and it helps to keep the materials out of landfills. Cross Wrap machines are a smarter, more cost-effective, and remarkably more environmentally friendly solution for the paper recycling and processing industry.

Cross Wrap offers paper recycling machines such as CW Dewiring machine, CW Wire Cutters, CW 2200 Bale Wrapper, and CW Direct Bale Wrapper. All these machines can be utilized in paper recycling processes and in paper mill operations. The CW Wire Cutting machines are a suitable solution when there is no need for bale wire removal, but the recycled paper or OCC bales are required to be opened automatically. Cross Wrap has three CW Wire Cutter models that all are easy to retrofit to any existing recycled paper process feeding lines.

For the paper recycling process reject material handling or even for recycled fiber or for dry pulp handling Cross Wrap offers efficient automatic bale wrapping machines. These Cross Wrap bale wrapping machines offer durable 6-sides wrapped protection for any baled materials and help recyclers to handle and to store their baled materials and paper recycling by-products.