Swiss Machining Services
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Marshall’s Medical Contract Manufacturing Services
At Marshall Manufacturing, our CNC Swiss machining services combine fast cycle times, unmatched precision, and production flexibility to meet the demanding requirements of medical device manufacturing. From prototype to high-volume production, our Swiss machining capabilities are designed to deliver components on time, on budget, and to exact specifications.
Precision Swiss Machining for Complex Medical Components
Marshall’s Swiss CNC machines are purpose-built for smaller, highly complex parts. Often, a component can be completed in a single machine cycle—reducing handling, improving consistency, and optimizing production costs.
By positioning the tooling just 0.050″ from the guide bushing, we minimize vibration, tool deflection, and surface chatter. The result: stable, repeatable precision even in the most intricate geometries.
Micro Swiss Machining for the Smallest Medical Devices
Our Tornos SwissNano machines are engineered for micro-machining excellence. As medical components continue to shrink, dimensional tolerances grow tighter—demanding an unparalleled level of accuracy. Marshall’s micro Swiss machining capabilities ensure even the smallest parts meet strict performance standards.
SwissNano machines combine turning, cutting, deburring, and drilling with exceptional ergonomics, giving our team clear visual access for efficient tool adjustments and faster changeovers.
Our Swiss CNC Machining Process
We partner with leading manufacturers, including Tornos and Citizen, to deliver solutions tailored to the unique needs of the medical device industry. Our Swiss CNC machining process supports a wide range of operations, such as:
- Milling
- Threading
- Knurling
- Axial drilling
- Cross-drilling and more
We work with diverse material types—including plastics, cobalt-chrome alloys, aluminum, and stainless steel—so OEMs have the flexibility to choose the right material for each application.
Why Medical Device Manufacturers Choose Marshall
- Tight Tolerances: Stable holding system minimizes vibration for superior precision.
- Faster Turnaround: Multi-tool capability eliminates extra processing steps.
- Cost Efficiency: Reduced labor and throughput time without compromising quality.
- Industry Compliance: Adherence to ISO and FDA standards for medical manufacturing.
Medical OEMs rely on Marshall for precision surgical instruments, orthopedic components, and single-use medical device parts. Our team works closely with you to meet your functional requirements while controlling costs and accelerating delivery timelines.
FAQ: Swiss Machining Services for Medical Applications
What is Swiss CNC machining best suited for?
Swiss machining excels at producing small, complex parts with tight tolerances—ideal for medical device components.
Can Swiss machining handle complex geometries?
Yes. The process is highly stable, enabling precise, repeatable machining of intricate features in a single cycle.
What materials can you work with?
We machine plastics, aluminum, stainless steel, cobalt-chrome, and other materials common in medical applications.
Do you handle high-volume production?
Absolutely. Our equipment and processes are optimized for both prototyping and full-scale production runs.
Related Manufacturing Capabilities
Machining Plastics
We machine components for several filtration companies, utilizing a multitude of plastic materials in a variety of diameters and lengths.
Laser Tube Machining
Marshall offers CNC Laser Tube Machining. As a medical device manufacturer, our machines can produce highly intricate designs.
Laser Welding
CNC Laser Welding is one of many methods Marshall uses for the assembly of components within medical device manufacturing.
Wire EDM
Within Medical Device Manufacturing, Wire EDM is often utilized for cutting slots and grooves in multiple stacked parts.
Tuning and Milling
CNC Turning and CNC Milling are typically dedicated to toolmaking, which is part of Marshall’s total capability set.
Medical Assembly
Marshall employs a variety of methods for the assembly of components, including CNC laser welding, press fitting and epoxy.