Technical Specification
| Specification | Details |
|---|---|
| Sheet Thickness | 2.6 to 4 mm |
| Electric Motor | 0.5 hp Single Phase |
| Roller | 2 Roller |
| Body Material | M.S |
| M/c Size (L x W x H) (Inches) | 28" x 26" x 40" |
| M/c Weight | 75 Kg (Approx.) |
| Roller Type | Teflon Roller |
Product Description
The 4D 2 Roller Sheeter with Belt is designed for compact yet efficient dough sheeting, making it ideal for small to medium-scale food production setups. It produces uniform dough sheets with a thickness range of 2.6–4 mm, ensuring precision for applications that require thinner sheets. Powered by a 0.5 HP single-phase electric motor, the machine features a durable 2-roller system equipped with Teflon rollers that provide smooth rolling, prevent sticking, and enhance product quality. Constructed with a sturdy M.S. (Mild Steel) body, it offers durability and stability during operation. With dimensions of 28 × 26 × 40 inches and an approximate weight of 75 kg, the machine maintains a compact footprint while remaining robust for continuous use. The 4D sheeter is a practical and reliable solution for businesses seeking consistent performance, space efficiency, and precise dough thickness control.
The Two Roller Sheeter Machine is specially designed to convert a pre-formed dough sheet into a thinner and more precise finishing sheet.
When a 7 mm thick sheet enters the machine, it is smoothly pressed and reduced to a thickness of approximately 3 mm to 4 mm, ensuring accurate and uniform sizing.
The advanced roller pressing system ensures:
- Proper sheet fitting and thickness control
- Smooth and even compression
- Non-sticky operation on the rollers
- Consistent sheet quality
Because of the precise roller alignment and pressure control, the dough sheet does not stick to the rollers during operation. Instead, it flows smoothly and evenly through the machine, ensuring proper fitting and finishing.
This machine plays a crucial role in achieving the final desired thickness with high consistency and professional output quality.











































































