Macpresse introduces a revolutionary packaging line for CSS, saving up to 40% with raffia thread
Macpresse’s New RDF Packaging Solution Offers Significant Cost Savings Compared to Wire and Plastic Twine
Macpresse, a leader in recycling and waste treatment solutions, has launched a cutting-edge packaging line for RDF (Refuse-Derived Fuel), providing substantial cost savings through the use of twine.
The new Macpresse baling press is equipped with an innovative mobile automatic tier that uses specially designed twine. This unique knotting system forms a loop instead of a double knot, ensuring better bale stability during transportation and storage.
One of the main advantages of Macpresse’s solution is the significant cost savings it offers. Compared to traditional wire twine, using twine can reduce costs by approximately 40%. Additionally, compared to plastic twine, the cost savings are around 25%. These considerable savings allow businesses operating in this sector to manage their budgets more efficiently and improve overall operational profitability.
In addition to the economic benefits, the use of twine offers other advantages. The mobile automatic tier requires minimal operator intervention and boasts low maintenance costs. In case of any necessary replacements, the twisting components can be swapped in just a few minutes, ensuring continuous operational efficiency.
With Macpresse’s new packaging line, the tier’s cycle times are approximately 1 minute, enabling the production of high-quality RDF bales, each weighing around 1400 kg with a length of 1.2 meters. Thanks to the high bale density achieved, trucks can be loaded with up to 30 tonnes, optimizing transportation and further reducing logistics costs.
Macpresse remains at the forefront of innovation in the recycling and waste management sector with its new RDF packaging solution. The significant cost savings achieved by using twine compared to wire and plastic twine allows companies to adopt a more sustainable and efficient approach, enhancing their competitiveness and overall environmental impact.