MARSHALL MFG. BLOG
Precision Laser Machining for Stainless Steel Hypotubes and Tubing
Our laser tube cutting process uses a stationary laser beam directed toward the center of the tube. The stainless steel tube is fed through a stationary guide bushing, a “slip-fit” mechanism that stabilizes the tube while keeping it aligned at the proper distance from...
Bending for the Medical Industry
Wire forming is a highly automated process whereby a force is applied to a wire to alter the original shape. This method of manufacturing is used for many applications but is particularly useful when forming medical devices. Marshall Manufacturing is a leading CNC...
4 Innovative Assembly Methods for Medical Components
As a leading medical device contract manufacturer, Marshall offers a variety of assembly methods for medical components—from CNC laser welding to friction fitting. But which of these solutions is the right choice for your unique...
How Do CNC Machines Work?
CNC machines are invaluable manufacturing tools across many sectors, including the medical device industry. These solutions are used to craft parts and components out of plastics, metals and other diverse materials. “CNC” stands for Computer Numerical Control, a...
The Toolmaker’s Role In a Precision Machining Environment
At Marshall Manufacturing Company, we provide our customers with the highest quality precision medical components and surgical instruments on the market. Today, we’ll be reviewing the role toolmakers play across precision machining environments to demonstrate their...
Contract Manufacturing vs. Original Equipment Manufacturing
Manufacturing is a complex field with many disciplines and approaches. As a leading contract manufacturer for medical devices, we’re often asked to explain how different manufacturing strategies relate to one another. So today, let’s take a few minutes to define and...
Marshall Manufacturing Company is ISO 13485 Registered
As a medical device contract manufacturer, Marshall is committed to delivering the best and most cost-effective machining solutions possible. That means meeting and surpassing industry standards across our manufacturing capabilities. Today, we’d like to explore one of...
Electric Discharge Machining: Advantages and Disadvantages
Electrical discharge machining (EDM) is a commonly used manufacturing process for creating slots, eyelets, grooves and cut-offs in processed parts. Because EDM does not require high cutting force, it creates very low residual stresses, making it a powerful tool for...
Most Innovative CNC Machining Use Cases for Medical Devices
CNC machining is one of the most efficient and accurate tools for medical device manufacturing. This technology offers cost-effective solutions for even the most challenging medical components and assemblies. The strengths of CNC machining range from fast cycle times...
Marshall Manufacturing Company Exhibits at MD&M Shows in the USA
For more than a decade, Marshall Manufacturing Company has been participating in the MD&M (Medical Design and Manufacturing) Trade Shows in the United States. There are currently three MD&M Shows in the United States: MD&M West, MD&M East and MD&M...
Innovation Outside of Production
When it comes to manufacturing practices, innovation has always been a standard at Marshall Manufacturing Company. Consistently investing in new technology, studying methods to improve the efficiency of tooling, and finding new techniques to decrease cycle time are...
Marshall Provides Metal Inserts for Plastic Injection Molding
At Marshall Manufacturing Company, we offer a range of precision machining services and manufacturing solutions, including metal inserts for plastic injection molding. Let’s take a moment to review how these metal inserts impact the world of medical device...