The CRD features interchangeable moulds for fast and easy changeover, enabling the production of different ravioli formats, either separated or in strip. It can process fillings from soft to medium-soft, as well as dense mixtures containing semi-solid pieces. Filling quantity is adjustable according to the ravioli type, even while the machine is running.
Filling is fed continuously via the PLB-1 lobe pump. The machine is built with heavy-duty components and stainless-steel covers, making it robust and easy to operate.
Key technical specifications
- Double-sheet ravioli production in multiple sizes and formats, separated or in strip
- Interchangeable moulds for quick format changeover
- Fillings from soft to medium-soft and dense mixtures with semi-solid pieces
- Adjustable filling quantity, even during operation
- Continuous filling feed via PLB-1 lobe pump
- Robust structure with stainless steel covers
- Machine construction and safety devices in compliance with current CE regulations
Construction features
- The machine construction is made in Stainless steel and aluminum
- Two pairs of stainless steel calibrating rollers for dough sheet lamination
- Adjustable calibrating rollers mounted on bearings
- Manual roller gap adjustment to achieve the required thickness, via handwheels with position indicator.
- Continuous filling dosing unit with quantity adjustment during operation; stainless steel dosing container, easy to remove
- Food-contact parts removable for cleaning
- On-board stainless steel electrical cabinet and operator panel
- External, independent motor gearbox, controlled by drive for production speed adjustment.
- Construction and Safety devices manufactured and installed in compliance with CE
Technical data
| Model | unit | CRD 250 | CRD 270 |
| Dough sheet width | Mm | 250 | 270 |
| Output* | Kg/h | 100 ÷ 200 | 100 ÷ 250 |
| Dimensions | cm | 95×95×155 | 95×100×155 |
| Weight | kg | 180 | 190 |
| Installed power | kw | 1,5 | 1,5 |
| Voltage three phase 50/60 Hz | V | 400/460 | 400/460 |
*Depending on shapes and filling density.




