We have carved a niche in the market as a prominent Manufacturer, Exporter, Trader and Supplier of modern technology chapatti ball pressing machine. Our collection of pressing machine is designed from the optimum grade spares and raw materials sourced from the leading vendors of the market. We have been offering advanced technology range of solutions with a huge production capacity of producing more than 1400 Pieces per hour. The collection is available with PTFE and MS Powder Coating to ensure non abrasive designs. We have been offering the range in different specifications and features that can be customized according to the different demands of the patrons. In addition to this, the assortment is available with highly powerful motor of 0.5 HP & 8 KW Heater, 3Ph. We have been offering sturdy array with Electrical & Pneumatic operations that can be handled easily.
Model No : BPMP-1500
Specifications:
Capacity: 1200-1400 Pieces per hour
PTFE Coated, MS Powder Coated
Power : 0.5 HP & 8 KW Heater, 3Ph
No. of Pieces at a stroke : 2 Pieces
Operation : Electrical & Pneumatic
Operating Panel with Timers, Temperature controllers & Counter
Efficient Commercial Dough Ball ProductionDesigned specifically for large-scale chapati production, this machine automates the ball forming process to ensure uniformity and speed. Its adjustable speed and computerized settings make it highly adaptable to different dough qualities, facilitating efficient workflow in busy food preparation environments.
Robust Safety and ReliabilityEquipped with an emergency stop button, overload protection, and low-noise operation, the Chapati Ball Pressing Machine prioritizes safe and reliable functioning. Its sturdy stainless steel construction resists corrosion, maintaining hygiene and integrity, while requiring minimal upkeep for long-term use.
User-Friendly Operation and MaintenanceWith a digital display and PLC control system, operators receive real-time feedback and easy machine adjustments. The automatic feeding system and free-standing installation simplify setup and usage, while the easy-to-clean design ensures the machine remains sanitary and efficient with minimal maintenance required.
FAQs of Chapati Ball Pressing Machine:
Q: How does the Chapati Ball Pressing Machine adjust its production rate?
A: The production rate can be easily adjusted using the PLC control system and digital display, which allow operators to modify speed and settings according to dough quality and desired output, ranging from 1,500 to 2,500 balls per hour.
Q: What safety features are integrated into the machine?
A: The machine includes an emergency stop button and overload protection to immediately halt operations in case of an issue, ensuring the safety of operators during dough ball processing.
Q: When is this machine most suitable for use?
A: This chapati ball press machine is ideally used in commercial kitchens, industrial food production facilities, and large-scale catering services where consistent, high-volume dough ball production is required.
Q: Where can the machine be installed?
A: Its free-standing design makes it easy to place in commercial kitchens or industrial environments with sufficient floor space and access to standard single-phase electric power (220-240 V, 50 Hz).
Q: What is the process for forming dough balls with this machine?
A: Operators feed flour dough into the 10-12 kg hopper, select the desired speed and settings on the digital display, and initiate automatic feeding. The machine then mixes, forms, and dispenses uniformly shaped round dough balls at room temperature.
Q: How easy is it to clean and maintain this machine?
A: Thanks to its stainless steel construction and accessible components, the machine is simple to clean. Its low-maintenance design requires only routine checks and basic upkeep, making it ideal for busy production environments.
Q: What are the main benefits of using this chapati ball pressing machine?
A: Key benefits include high efficiency, consistent dough ball quality, automatic operation, corrosion resistance, low noise levels, user-friendly controls, and reduced manual labor, enhancing productivity and safety in commercial or industrial settings.
