top of page


Design for Manufacturing (DFM): Ensuring Success in Electronics Production with US-Based Injection Molding
Economic uncertainty can make it difficult to deliver reliable, scalable, and cost-effective final products, especially in the competitive electronics industry.

In'Tech Engineer
May 133 min read
Â
Â
Â


Injection Molding for Medical Devices: Overmolding for Superior Functionality and Comfort
When patient health is on the line, advanced medical device manufacturing techniques can raise the bar on comfort, safety, and functionality. That’s why injection molding for medical devices, especially overmolding, is an increasingly popular solution with many manufacturers. From surgical instruments to diagnostic equipment, overmolding  helps medical device designers improve ergonomics, durability, and the user experience. Let’s take a closer look at this standout manufactu

In'Tech Engineer
May 13 min read
Â
Â
Â


From Concept to Market: Rapid Prototyping for Medical Devices
Rapid prototyping for medical devices is revolutionizing the industry. In’Tech Industries is your partner for rapid prototyping.

In'Tech Enginner
Feb 252 min read
Â
Â
Â


Reshoring Precision Tooling and Injection Molding Drives Domestic Innovation
Domestic manufacturing and resilience are important due to supply chain interruptions, rising costs, and desire for more nimble production.

In'Tech Engineer
Jan 272 min read
Â
Â
Â


Precision Tooling Using Caldie Tool Steel
In’Tech Industries offers precision tooling for a wide variety of end applications. We use several different types of steel in our tool room, including A2, S-7, 420 Stainless, P-20, and CPM 10V. We also work with Uddeholm Caldie tool steel, an alloyed tool steel that is ideal for applications where strength and resistance to chipping and cracking are important. Here’s a closer look at this material and several ideal applications for Caldie tool steel. About Uddeholm’s Caldie

In'Tech Engineer
Jul 1, 20242 min read
Â
Â
Â
bottom of page
