Fully Automatic Half Cooked Chapati Making Machine
We provide durable and abrasion proof range of fully automatic half cooked chapatti making machine. We have been developing the collection using high end stainless steel sourced from the leading vendors of the market. Our rust proof, strong and hard-wearing assortment is available with easy to use features. The assortment, offered by us, is enclosed with the high temperature resistant insulation materials for preserving the heat and ensuring short heating time. Built-in temperature controlling probe and competent baking heat pipes ensures fast heating and working life. We provide long-lasting and rust proof collection with automatic reset circuit with a temperature protective coating over bottom line. The surface fire as well as bottom temperature control ensures s to provide the best baking temperature environment. Improve the efficiency and save the cost greatly, our offered machines are ideal to provide the optimum performance for years.
Model No : FASCM - 1000
Specifications:
Capacity: 1000-1200 Pieces per hour
No. of Pieces at a stroke : 2 Pieces
Hot Plate :PTFE Coated
Belt : Food grade PTFE & PTFE Mess for Cooling Conveyor
Structure : MS Powder Coated, (Full SS on customer request)
Power: 2.0 HP & 8.0 KW Heater, 3 Ph+N
Motor: 0.5 HP, 3 Ph Geared 2 Nos.
Operating Panel with Logic Controls, Timers, Temperature Controllers
Operation : Electrical & Pneumatic
Cooling fan 8''- 2 Nos. incorporated
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Innovative Automation for Food Production
With fully computerized PLC control and a digital touch panel, this machine streamlines chapati making by automating mixing, pressing, baking, and feeding. Operators benefit from simplified workflow, automated lubrication, and reliable performance for high-volume production needs.
Food Grade Materials for Safety and Hygiene
All contact surfaces utilize non-stick coatings and food-grade PU belts, maintaining the highest standards of hygiene. The easy-clean design and automatic oil spray system minimize manual intervention, promoting food safety and consistent product quality.
Adaptable Output for Varied Requirements
The machine accommodates both small and large batches, with adjustable thickness and diameter settings. Users can control operating temperature and speed, ensuring customized chapati output to suit specific market demands and dietary preferences.
FAQs of Fully Automatic Half Cooked Chapati Making Machine:
Q: How does the chapati making machine ensure hygienic production?
A: The machine uses food-grade PU conveyor belts and non-stick coated baking plates, paired with an easy-clean design and automatic oil spray system. All these features prevent contamination and facilitate sanitary production environments.
Q: What is the process for adjusting chapati size and thickness?
A: Users can set the diameter between 6 to 8 inches and adjust thickness up to 3 mm directly on the digital touch panel, allowing precise customization for different chapati specifications.
Q: When can operators start using the machine after powering it on?
A: The pre-heating time is less than 10 minutes, enabling operators to begin chapati production quickly after setup.
Q: Where is the machine typically installed for operation?
A: This model is floor-mounted and best suited for use in commercial kitchens, food manufacturing plants, and catering companies requiring high-capacity half-cooked chapati production.
Q: What safety features are integrated into this machine?
A: The machine includes emergency stop and overload protection mechanisms, helping to safeguard both users and equipment during operation.
Q: How does the automated system benefit chapati production?
A: Full automation, including computerized PLC control, automatic dough feeding, oil spraying, and digital display, increases efficiency, maintains consistency, and reduces manual labor while ensuring high output and low maintenance.
Q: Can the machine operate on different electrical phases?
A: Yes, the chapati making machine is compatible with both single and three-phase electrical systems, operating efficiently at 220-380V and 50-60 Hz.
