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Roti Pressing Machine – Semi Automatic

The RP Series Semi-Automatic Roti Pressing Machines are designed to streamline the chapati-making process by delivering consistently pressed dough discs with precision and speed. Built for efficiency and space-saving convenience, these machines can produce up to 500, 1000, or 2000 rotis per hour, depending on your kitchen's scale and production needs. Compact yet powerful, these machines are ideal for countertop placement and can operate either as standalone pressing units or in integration with fully/semi-automatic chapati making systems. They are equipped with adjustable settings for roti size, thickness, and weight, ensuring flexibility for different types of kitchen requirements. Constructed using SS 304 stainless steel for all contact and cover parts, the RP Series meets the highest hygiene standards and offers durability with minimal maintenance.

Product Details

Models: RP500 | RP1000 | RP2000

Specifications (All Models)

FeatureRP500RP1000RP2000
Production Capacity500 Rotis/hr1000 Rotis/hr2000 Rotis/hr
Size of RotiAdjustable: 2–8 inchAdjustable: 2–8 inchAdjustable: 2–8 inch
Weight of RotiAdjustable: 10–60 gmAdjustable: 10–60 gmAdjustable: 10–60 gm
Thickness of RotiAdjustable: 1.2–3 mmAdjustable: 1.2–3 mmAdjustable: 1.2–3 mm
Electrical Connection Load18 Amp (3.5 kW)18 Amp (3.5 kW)18 Amp (3.5 kW)
Electrical Consumption2.2 Units/hr2.2 Units/hr2.2 Units/hr
Material (Contact & Cover)SS 304SS 304SS 304
Machine Size2.6L x 1.6W x 3.5H ft2.6L x 1.6W x 3.5H ft2.6L x 1.6W x 3.5H ft


 

Key Features:

  • Compact, space-saving design

     
  • Ideal for integration with other chapati machines

     
  • Quick pressing with uniform thickness

     
  • Simple controls and low maintenance

     
  • Food-grade stainless steel construction

     

 

 

Ideal For:

  • Restaurants and catering businesses

     
  • Cloud kitchens and food startups

     
  • Institutions, canteens, and mid-scale production units

     
  • Kitchens needing efficient dough pressing without full automation.