CIL-BD-C Semi-servo Baby Diaper Production Line

The CIL-BD-C semi-servo baby diaper production line comes with two models such as CIL-BD-300C and CIL-BD-400C. CIL-BD-300C applies the servodrive for cotton cutting, frontal tape, guide layer, side sticker, PU, forming cutting, three-folding, etc. You don't have to replace the driving part when you want to produce different size diapers. Driving system of CIL-BD-400C is composed of a servo motor, right-angle gear box, universal shaft, gear wheel, and a circular arc tooth synchronous belt. The right-angle gear box is equipped with a spiral bevel gear.

Functions and Features
1. The semi-servo baby diaper production line has a human-computer interface, allowing for the user-friendly operation. You can freely change the parameters required for the production at any time. With the human-computer interface, users can record and find all the production and alarming data.
2. It has a three-dimensional LYCRA elastic un-winding device which can be easily replaced. The LYCRA materials will be combined with waterproof non-woven fabrics to provide protection for baby legs.
3. The baby diaper making equipment employs an imported flat belt that is driven by an electric motor. Such flat belt can be automatically adjusted in accordance with the friction coefficient between low-speed and high-speed belts, thereby maintaining the uniform production speed of the whole production line.
4. Toilet papers are used to wrap pulp, so that the cotton core breakage can be prevented with effect.
5. The semi-servo baby diaper production line has an twin-screw type SAP adding device used for polymer mixed wood pulp distributing. This device is adjustable according to the engine speed. Additionally, the pulp adding amount is displayed and adjusted via a touch screen.
6. Front left and right waist tapes can be designed as per client's request. A big web wheel is used to release cotton.
7. CIL-BD-C diaper production machine has a sensor to automatically inspect and remove water products that are caused by feeding materials. It stops working automatically when the material is broken.