Utilizing Medbio’s Prototype-Plus process, the same tool that provides prototype samples for testing and validation can be used for the initial production run.

Join us for a tour of the Medbio headquarters on our Grand Rapids campus, featuring multiple ISO 13485-certified facilities totaling 90,000 square feet.

Take a tour of Medbio's ISO13485 certified Clinton Township location's two facilities with approximately 55,000 sq. ft. of manufacturing space which house injection molding, in-house mold design, and tooling construction.

This webinar by Xcentric discusses the addition of undercuts and side action complexities to molding applications without sacrificing speed to market.

Overmolding is a great injection molded feature you can utilize in your design to capture color contrasts, add flexibility or eliminate assembly. Take advantage of this feature by learning how to design your part for overmolding. This webinar will cover how to set up your design for complex overmolding, material evaluation and best practices for proper adhesion, and feature specifications to consider for good overmolds.

When choosing a manufacturing partner, it is important to consider factors such as quality, cost, lead time, and communication.

A full-service medical injection molding company should never lose sight of the most important parts of a business, parts that are necessary to help its customers be highly successful by keeping them at the forefront of technology and in front of their competition.

Customers are sometimes surprised to learn that not only is overmolding an available option, but it can often improve the functionality of their micro medical devices and implants.

Unprecedented demand for tool transfers into the USA manufacturing sector is top of mind for R&D engineers, technical sourcing leads, and supplier engineers. With that, micro mold tool transfers are a major consideration.

This article focuses on what influences the ability of micro molders to mass manufacture successfully, and what influences the process of developing micro parts and components.

Micro molding is used for products that require tolerances within the micron range, including components in minimally invasive surgical tools, valves, and seals.

Injection molding and 3D printing are complementary techniques, not adversaries when it comes to prototyping. The use of one versus the other is purely situational.

Within the world of medical device manufacturing, liquid injection molding (LIM) is a process that provides several benefits over other methods. Product strength and reduced weight, all while being more cost effective than some other alternatives, and still producing an end product within the set parameters of the device and regulatory bodies are some of those benefits.