How Aluminum Chakla (Roti Maker) is Made: Step-by-Step Manufacturing Process. скачать в хорошем качестве

How Aluminum Chakla (Roti Maker) is Made: Step-by-Step Manufacturing Process.

How Aluminum Roti Makers are Made: From Start to Finish. From Aluminum Sheets to Roti Makers: Watch the Manufacturing Process. Crafting Aluminum Roti Makers: A Detailed Look at the Production Process --- Online Buy: https://amzn.to/3BZFLPf --- Contact: whitewashstudio.mumbai@gmail.com --- Follow me on :   / millennium_skills   --- Copyrightⓒ 2021. Millennium Skills. All Rights Reserved #Handmadework #Millennium_Skills #Satisfying_work #wowskills #manufacturing #manufacturer #howitsmade #howtomake #howitsmade #prosses #amazing #amazingprocess The process of making an Indian aluminum chakla (or roti maker) involves several steps. A chakla is a flat, round surface used for rolling dough to make rotis, parathas, or other flatbreads. Below is a general description of the manufacturing process of an aluminum chakla or roti maker: 1. Material Selection Aluminum Sheet: High-quality aluminum sheets are selected for the construction of the chakla. Aluminum is lightweight, durable, and resistant to rust and corrosion. Alloy Composition: Aluminum alloys like 1100 or 3003 are typically used for their good workability, corrosion resistance, and strength. 2. Cutting and Shaping the Metal Cutting the Aluminum Sheet: The aluminum sheet is cut into circular shapes using specialized machinery like a CNC machine or laser cutters. The size of the chakla typically ranges from 8 to 14 inches in diameter, depending on the product specifications. Shaping the Edges: The edges of the chakla are often rounded or slightly raised. This is done either through manual techniques or mechanical processes like bending or spinning the metal to form the correct shape. 3. Surface Finishing Grinding or Polishing: The surface of the chakla is smoothened using grinding machines or polishing tools. This process ensures that the chakla has a smooth, even surface for rolling dough. Anodizing or Coating: In some cases, the aluminum is anodized or coated to provide a more durable, non-stick surface. Anodizing also enhances the corrosion resistance of the material.