Zero Waste is an attitude: like you, we pay attention to material waste. Using technological and process solutions for product features with a “zero waste” design, GDM enables the elimination of trims, resulting in savings of raw materials and product costs. This set of solutions reinforce GDM's commitment for a sustainable development at a global level.
New process based on the “Zero Waste” concept for the application of the rear zero waste wings in baby diaper products established on the Linear Motion.
A process sequence of rear shaped wings application (without scraps) independent from the material characteristics and able to achieve high speed performances (baby diaper lines at 1200/ppm).
This kit allows the reduction of changeover time for this applicator.
Thanks to the E-cam technology, GDM has developed a new process based on the application of the front zero waste wings in baby diaper products: this solution, applied on the final accelerator, allows to simplify the changeover operations and also turns the machine setting time down to zero.
This upgrade kit is furnished for high speed performances (baby diaper lines at 1200/ppm) with symmetrically shaped wings.
This equipment for the application of zero waste rear wings in baby diaper products is based on the mechanical cams technology.
The kit consists of a process sequence of rear shaped wings application (without scraps) independent from the material characteristics and able to achieve speed performances up to 800ppm. The side wings design can be trapezoidal or symmetrically shaped.
The kit consists of a process sequence for the application of the front and rear zero waste panels in Adult diaper products based on the Linear Motion technology which allows the crosswise reposition of the panels application.
The new shaped panel Zero Waste design will allow you to reduce up to 30% of the total consumption of raw materials in the product, ensuring a better quality product thanks to the GDM unique process sequence for panel application and folding. Quick change over operations are made possible by electronic setting and updating through HMI.
