Metal stamping is an efficient manufacturing process

Metal stamping is an efficient manufacturing process that transforms metal sheets into various shapes, sizes, and forms quickly and cost-efficiently. Used across numerous industries - from cars to computers - you'll likely encounter metal stamping every day! Unlike die forging which removes material to form products directly, metal stamping applies pressure to form the sheets into specific forms with precise dimensions.

Metal stamping has come a long way since its humble roots as a manual friction process between hammer and coin to encompass four subcategories of processing. Today it can be used to produce everything from small coins to vehicle bodies - growing from simple friction into massive forming machines that exert significant force onto metal sheets.

Beyond these four primary categories of metal stamping processes, other important processes include piercing, embossing, and flanging that may be applied to products. Piercing is one such process that cuts holes into sheet metal using punches; its accuracy depends on several factors including thickness and type of material being pierced as well as the quality/wear of punches used during production.

Embossing is another cold-forming process that produces unique formations on metal pieces. Male and female embossing dies to press the workpiece with enough force to imprint an image into its surface - either single lines, multiple lines, or varied heights can all be utilized here.

Hydroforming is an advanced variation of stamping that employs an oil bladder to shape metal sheets under pressure into shapes for automotive and aerospace parts to provide structural integrity while decreasing weight. Hydroforming can also create intricate designs when combined with trim/cut dies.

Flanging, an advanced metal bending technique that uses 90-degree bends on metal tabs and sections is used in combination with other forms to save both time and money. Metal stamping plays a pivotal role in producing many of the conveniences we take for granted today, from cars and computer parts to electronic components and electronics components. But as this industry expands and develops, accurately measuring precise dimensions in this highly technical process may become a daunting challenge without proper tools.

Yuanda's Image Dimension Measurement System (IM Series) was specifically created to meet the demands of this industry. Utilizing an automated optical comparator, its automated features focus, auto adjust, and measure up to 300 features on 100 parts instantly with just the touch of a button.  To start fill out a contact form and they'll get in touch shortly after filling it out.