Precision Medical Component Manufacturing with Metric Tool and Stamping Inc. – Coon Rapids, MN

stamping dies

In the fast-paced world of healthcare, precision and reliability in medical component manufacturing are non-negotiable. From surgical instruments to implants and diagnostic devices, every medical device maufac part must meet strict standards. Metric Tool and Stamping Inc, located in Coon Rapids, MN, serves greater Minnesota and Wisconsin with advanced metal stamping solutions designed to deliver […]

Read More…

Why You Should Consider Hiring a Professional Metal Stamping Service

microstamping

Understanding more about metal stamping can help you make a better decision when selecting the right company for your needs. Stamped metal is used in countless ways today, and it’s important to know what you’re paying for. This guide will provide insights into the industry and help you find the best business for your task. […]

Read More…

Common Questions About Metal Stamping

Progressive die metal stampings are custom metal parts produced using a progressive die stamping machine. This type of metal stamping is just one of the common methods, with others being deep drawn and multi-slide stamping. Among these, progressive die stamping is the most widely used due to its versatility. For all your metal stamping needs […]

Read More…

The Nuts and Bolts of Metal Stamping in Medical Manufacturing

custom metal stamping

Precision and Reliability in Medical Component Manufacturing In the high-stakes world of medical device production, precision and reliability are not just goals—they are prerequisites. Metal stamping has emerged as a critical manufacturing process for producing medical components with exacting standards. Consider the production of intricate parts like a stent or a surgical blade, where the […]

Read More…

High Speed Precision Stamping: Things To Consider

High-speed metal stamping is essential for industries requiring quick production and large quantities of precision parts, such as aerospace, automotive, defense, and electronics. Here’s an overview of the process, its benefits, and what to look for when choosing a high-speed metal stamping supplier. For all your metal stamping needs contact Metric Tool a & Stamping […]

Read More…

Why Every Industry Could Use Precision Metal Stamping

Precision metal stamping is an advanced industrial process that utilizes machinery equipped with dies to transform flat sheet metal into various custom shapes. Beyond mere stamping, these metal presses can perform an array of functions such as coining, flanging, embossing, bending, notching, tooling, punching, and more. The Role of Precision Metal Stamping in Manufacturing This […]

Read More…

High-speed precision stamping

High speed precision stamping machines are leading the industry in terms of innovation today, thanks to their excellent performance and efficiency. The latest high-speed stamping machines are able to meet the most stringent production requirements, and provide more precise solutions in various industries. This blog will explore the latest high speed precision stamping presses and […]

Read More…

Benefits of Metal Stamping

Have you heard about metal stamping?This method, also known as pressing, involves stamping presses and dies to turn metal sheets into various shapes.The material is placed between the die sections, where pressure shapes the material into the intended form. Pressing involves a single or multiple metal forming techniques, such as blanking, embossing, coining, bending, punching, […]

Read More…

What Characterizes Nano and Micro Precision Stampings?

When considering the world of micro stampings, it is essential to delve deeper and comprehend the underlying technologies involved. There are numerous factors to consider, which is where nanoprecision comes into play. This technology has been lauded for its high-quality outcomes and is among the best in the industry for micro stampings. Here is a […]

Read More…

Using Carbide Tooling For Stamping

Precision Manufacturing

The composite material cement carbide, commonly referred to as Tungsten carbide (WC), is created through powder metallurgy (PM), a manufacturing process. A binder, typically nickel or cobalt, is combined with tungsten-carbide powder during the process. The mix is put into a die to be compacted and then put through intense pressure and heat in a […]

Read More…