Prototype: 100-Roti Automated Machine

@daljidel001

Sir, I am a perfect fit for your requirement. I have already completed similar automation and mechanical design projects and bring 17 years of experience in product development and machine design. I can design a durable, cost-effective roti-making prototype with CAD, BOM, control schematics, Arduino/Raspberry Pi integration, food-safe components, and complete assembly documentation while focusing on reliability, manufacturability, and easy maintenance. Before proceeding, may I ask whether the ₹10,000 budget includes fabrication and electronics or only material costs? Also, is the target of 100 rotis in 30 minutes expected to be validated on a single prototype or is a proof-of-concept demonstration acceptable initially? It would be my pleasure if you give me the opportunity to show my capabilities. Thank you for your valuable time and consideration.

@thanhbinh160886

I am here to bring your product to life. I'm a mechanical engineer with 11 years of experience designing industrial product, furniture product, plastic product and machine, automatic system Experience type: 3D, 2D models, Render, Sheet Metals, Machines and Devices, Industrial Products, Plastic Molds, Plastic Parts Software program: Autodesk Inventor, Solidworks, Autocad , NX-Siemens I am always glad to cooperate, I guarantee quick lead-time, information of the project is always confidential . Your project will be developed with speed and high quality, as well as all the jobs already accomplished. Please send me a message

@alluankit01

Hi, I can help design and prototype your low-cost automated roti-making machine with CAD drawings, BOM, control schematics, Arduino/Raspberry Pi logic, and a practical build plan focused on durability and food-safe operation. The best solution is to first break the machine into clear modules: dough portioning, pressing, heating/cooking, puffing, stacking, frame structure, drive mechanism, and control electronics. Then I’ll design a cost-optimized prototype using off-the-shelf motors, gears/belts, food-safe contact materials, simple sensors, and a controller-based sequence that can support gas or induction heating. I’m comfortable with mechanical design, compact food-machine concepts, Arduino/Raspberry Pi control, automation, CAD modeling, low-cost prototyping, motor/relay control, heating integration, BOM planning, and assembly documentation. Deliverables will include: * CAD drawings * Assembly instructions * Low-cost BOM * Control schematic * Firmware source code * Dough pressing/cooking workflow * Gas/induction heating concept * Prototype testing notes * Improvement recommendations * Demo support plan I’ll focus on a realistic, durable, and budget-conscious prototype approach, clearly identifying what can be achieved within the ₹10,000 build-cost target and where stronger components may improve long-term reliability. Best regards Ankit

@anjalio22

Give me one opportunity to handle your project. I have strong experience in mechanical design, automation, Arduino-based control systems, and CAD development, and I can design a cost-effective prototype with a focus on durability, food safety, and ease of maintenance. I will develop the complete CAD assembly, detailed manufacturing drawings, BOM with cost optimization, control schematics, firmware, and assembly documentation. The machine will be designed to automate dough portioning, pressing, cooking, puffing, and stacking while supporting both induction and gas heating options. Components will be selected from reliable off-the-shelf parts, food-grade stainless steel, and suitable 3D-printed parts where practical to minimize cost without compromising reliability. Before fabrication, I will validate the design for manufacturability and continuous operation, followed by prototype testing and performance improvements. I will also provide a demonstration video, source files, and recommendations for future production-ready enhancements. I am committed to delivering a high-quality solution on time with clear communication throughout the project. I look forward to working with you.

@mohamedaminea1

Hi, This is the kind of project where **mechanical design, thermal control, automation, and “why is the roti stuck to the roller?” engineering** all meet in one machine. ? I can develop the prototype around a modular workflow: **Dough portioning → pressing → transfer → dual-stage cooking/puffing → stacking** My approach would use: • Food-grade SS contact surfaces • Arduino/ESP32-based control and sensor feedback • Geared motors + durable belt/chain transmission • Adjustable press geometry for consistent thickness • Temperature sensing and closed-loop heating control • Modular heating section compatible with gas and induction concepts • CAD designed for easy fabrication, cleaning, and maintenance The key engineering challenge is achieving **100 rotis/30 min (~18 sec per roti)** while staying near ₹10,000, so I’d optimize around parallel cooking stages and locally available components rather than expensive custom hardware. Deliverables can include CAD, BOM, wiring/control schematics, firmware, assembly notes, prototype testing, and performance/durability observations. My goal: a machine that makes rotis—not an expensive robotic sculpture that makes one roti and then asks for maintenance. ? Best, Mohamed Amine

@mert422

Muhammet Karakurt understands the project's need for a durable, hands-free, and flexible roti-making machine. He has proposed a design that utilizes off-the-shelf components, 3-D-printed parts, and recycled food-grade stainless to keep the budget under ₹10,000. The CAD drawings and assembly instructions will be provided to ensure a smooth build process. Muhammet Karakurt's expertise in Python automation, web scraping, and custom bots will be utilized to streamline the manufacturing process and ensure efficiency. With his proven track record, Muhammet Karakurt is confident in delivering a prototype that meets the project's durability, heating flexibility, and cost requirements.

@NEHABHAT92

My name is Neha and I run a Website and Mobile App development company. While I may not have the specific background in compact food machines or induction heating, my 9+ years of experience in IT industry has honed my skills as an automation and problem-solving expert. Turning complex ideas into reality using affordable, efficient methodologies without compromising on quality is what makes me a perfect fit for this project. I understand the project budget constraints and the need for a durable, efficient solution for your roti-making prototype. As an adept developer, I am well-versed with working within the specified budget and maximizing the use of off-the-shelf components, 3-D printing and even refurbished stainless steel materials to strike a balance between cost-effectiveness and durability. Plus, my thorough understanding of control circuits, including Arduino and Raspberry Pi, allows me to design a robust controlling platform for this machine. Lastly, my commitment to provide quality work, my affinity for clean designs that are easy-to-maintain and cleanable along with my knack for detail in CAD drawings would equip you with comprehensive deliverables - be it assembly instructions with CAD drawings or complete bill of materials. Together with my diligent post-prototype testing protocols where I would examine durability by conducting extensive tests combined with recommended improvements to ensure a successful final product that excespeaks to your project

@VutomiM1

We recently helped a business achieve a similar goal, and the results exceeded their expectations. I'd love to help you do the same. I'll build a solution that's reliable, professional, and designed to help your business grow. Your project stood out because you're focused on creating a clean, professional, user-friendly solution, and that's exactly the kind of work I enjoy. With 75+ 5-star reviews on similar projects, I rank in the top 1% among 75 million users! I have extensive experience in compact food machines and automation, ensuring durability while keeping costs low. I will utilize off-the-shelf components and innovative designs to meet your budget. I’d be happy to share a few ideas for your project and answer any questions you have. Regards, VutomiM1