Articles about Overmolding Electronics

Written by Cavist, the pioneers of low pressure molding technology in the US.

Overmolding Drones for Outdoor Conditions

Today’s data centers face increasing challenges from high-density computing and stringent uptime requirements...

Overmolding in AI Data Centers: Improving Power Control and Reliability

Today’s data centers face increasing challenges from high-density computing and stringent uptime requirements...

Overmolding & Surgical Instruments: The Hidden Power of Overmolding

In the surgical robotics industry, durability and reliability are non-negotiable. Surgical instruments and robotic systems...

Overmolding + Cable Assembly: Why It Works

Overmolding continues to be a game-changer for automotive OEMs, offering far more than just mechanical reinforcement...

Exploring the Advantages of Overmolding for Automotive OEMs - Part 2

Overmolding continues to be a game-changer for automotive OEMs, offering far more than just mechanical reinforcement...

Exploring the Advantages of Overmolding for Automotive OEMs - Part 1

In a rapidly evolving automotive industry, Original Equipment Manufacturers (OEMs) are constantly seeking innovative solutions to enhance...

Challenges in Protecting Electronics

Electronics are an integral part of modern life, powering countless applications such as medical devices, automotive systems, and consumer gadgets...

Medical Devices & Electronics

The incorporation of electronics into medical devices began in earnest in the mid-20th century, with transformative innovations such as the implantable pacemaker...

What Ingress Protection Can You Get with Overmolding?

Ingress Protection (IP) ratings play a crucial role in evaluating the robustness and longevity of electronic devices by measuring their resistance to...

Can You Overmold Batteries?

With the surge in battery-powered electronics, the need for advanced protection methods has become more critical than ever...

What Overmolding Can Do for Wearable Technology

The rise of wearable technology has significantly transformed the daily lives of many by embedding advanced electronics into accessories...

Circuitboard For Electronic Encapsulation

Electronic Encapsulation Methods, Process and Benefits

The Future is Electronic. As a result, the world is producing the biggest array of electrical components in history. Parts like sensors, actuators, CPUs, and PCBs all...

Epoxy Molding Compounds For Automotive Ev Applications

Epoxy Molding Compounds for Auto/EV Applications

As the automotive market continues to shift toward electrification, Cavist sees increasing promise for the application of Epoxy Molding Compounds (EMCs) for PCB-level electronic...

Epoxy Overmolding : A new approach to proven protection

When it comes to protecting electronics from harsh environments, design engineers have only a limited number of technologies to choose from...

Cavist overmolding standard master batch compound process

Tips and Ideas for LPM Designers

Function vs. Aesthetics The look and feel of a molded product is important, but with LPM it is rarely the driving factor in a design. Engineers seek a molded electronic device...

Overmolding Electronics : Premold Design

As mentioned elsewhere, it makes sense to consider a two-step overmolding approach in several situations: If the electronic assembly must be completely sealed If the positioning...

Cavist overmolding electronics thermal concerns

Thermal Concerns When Overmolding Electronics

When injection molding over live electronic circuitry, heat and thermal considerations play a major role in the tooling design and approach. Our customers often ...

Basic Design for Low Pressure Molding

Customers frequently ask us how to design a part for low pressure molding (LPM). Over the years, Cavist has built a comprehensive set of guidelines we utilize to ensure our...