Standard vs. Custom Metal Stamping

Metal stamping is a process that transforms flat sheets of metal into different shapes. It is done through a process called cold forming, using dies and stamping presses. A high volume of identical components can be produced with metal stamping, and it is generally faster and more affordable than other metal fabrication processes. While many […]

Short Run vs. Long Run Metal Stamping Overview

A production run is the period of time in which it takes to produce a predetermined quantity of products. For custom metal stampings, production runs can be short or long, depending on the needs and goals of the application. Here, we will discuss the advantages associated with both short-run and long-run stamping production durations, as […]

Seamless Solutions: Deep Draw Manufacturing

PrecisionX Technologies is an industry-leading manufacturer of high-quality standard and custom deep drawn metal enclosures and stampings. Because of our 79 years of stamping experience, vast knowledge of stamping technologies, and broad manufacturing capabilities—including a variety of shapes, sizes, and metals, —companies around the world turn to us for their metal enclosure and stamping needs. […]

Reshoring Efforts and Using Domestic Manufacturing Partners

COVID-19 has drastically impacted consumers and businesses alike. For businesses, some of the early challenges involved closing offices and getting employees to work from home, but another major concern was disruption to the supply chain. Companies that get their materials or goods from overseas were suddenly unable to operate because of a lack of supplies. […]

Reducing Lead Times When Manufacturing Stamped Metal Components

Metal fabrication encompasses various processes that turn metal stock material into finished components and goods. Each fabrication method requires a different set of skills, training, and specialized equipment. The time it takes to complete a metal fabrication project can vary widely based on the specific provider, the process used, order volume, design complexity, and many […]

Platarg Transfer Press Announcement

PrecisionX Technologies – a leader in deep drawn metal enclosures, stampings, and cases for the past 75 years – recently invested in a Platarg Transfer Press as part of our continuing efforts to provide our customers with the latest in state-of-the-art technology and solutions. Options for Deep-Drawing at Hudson To shape a deep-drawn part in […]

Overview of Progressive Die Stamping

With many manufacturing methods available, it can be difficult to choose the best option for your project. In this blog, we will compare progressive die stamping to various other methods to help you determine if this technique is the most suitable choice for manufacturing your components.  What is Progressive Die Stamping? Progressive die stamping is […]

Overview of Metal Pressure Transducer Diaphragms

A diaphragm pressure transducer is a mechanical device that converts pressure changes into an electric signal, which can be measured to gauge changes in pressure. Diaphragm pressure transducers are particularly useful for low pressure applications. How Does a Pressure Transducer Work? Pressure levels and fluctuations are registered through deformation of a diaphragm and attached gauges. […]

Our Customers, Our Partners

When PrecisionX Technologies rolled out a new quality management software system last year, we expected the investment to help us improve the way we organize and track our quality, continuous improvement and training related information. What we didn’t expect was how helpful customers would find it, too. Our customers run the gamut ranging from high-volume, […]

On the Job and in the Classroom

This engineering student is putting his skills to work. As someone who is going to college full-time to become an electrical engineer and working full-time as an engineering technician, Chris Henning has to be creative and skilled at finding efficiencies. At PrecisionX Technologies, a JSJ business, Chris puts those skills to work every day, gaining […]