Medical CNC Machining Service

Aluminum is a strong, low-density, and corrosion-resistant metal commonly used in medical machining for its excellent workability, durability, and affordable cost. It is ideal for producing precision medical parts that need to stay strong without adding weight.

At DEK, we machine medical-grade aluminum to create parts like diagnostic device housings, orthopedic brace frames, and lightweight surgical tool components. Our medical CNC machining service delivers tight-tolerance parts with clean, polished finishes, ensuring reliable quality and fast delivery for healthcare projects.

Alloy: AL6061, AL6063, AL5083, AL5052, etc.

Brass is a corrosion-resistant, easily machinable metal valued in medical components for its smooth finish, non-magnetic properties, and clean surface quality. It’s often used in non-critical parts that need high precision and excellent hygiene.

DEK machines brass to produce medical gas system fittings, valve parts for surgical devices, and precision connectors for diagnostic instruments. Our CNC machining process ensures tight tolerances, burr-free finishes, and consistent performance for small, detailed, and complex brass medical parts.

Alloy: Brass 260, C360, Cz121, etc.

Copper is a soft metal with excellent thermal and electrical conductivity, making it useful for many medical applications. It’s a good choice for parts that need quick heat transfer or steady electrical signals.

Through our medical CNC machining service, DEK produces copper electrode holders, heat sink plates for imaging equipment, and conductive contacts for patient monitors. We carefully machine copper to avoid deformation, ensuring clean, precise cuts and consistent, high-quality parts for critical medical devices.

Alloy: C101, C110, etc.

Magnesium is one of the lightest metals used in medical parts, valued for its excellent strength-to-weight ratio and natural vibration damping. It’s perfect for reducing the weight of medical devices while maintaining durability.

At DEK, we machine magnesium to produce orthopedic trial implants, surgical instrument handles, and medical device casings. Because magnesium is reactive, we use controlled processes to safely machine this material, delivering clean, precise parts with reliable performance for healthcare equipment and testing components.

Alloy: MgAZ318, MgAZ61B, MgAZ91D, etc.

Stainless steel is a strong, corrosion-resistant metal widely used in medical parts because it can withstand body fluids, high temperatures, and repeated sterilization. It’s perfect for items that need durability and long-lasting performance.

DEK machines stainless steel to produce bone screws, dental implant components, and surgical scissors. Our process delivers tight-tolerance parts with clean, polished, and sterilizable finishes that meet strict safety and reliability standards for critical tools and components used in healthcare settings.

Alloy: 301, 303, 304, 304L, 316, 316L, etc.

Titanium is a strong, lightweight, and biocompatible metal ideal for medical implants and parts that remain inside the human body. It resists corrosion, handles heavy loads, and is easy to sterilize.

DEK machines titanium to produce orthopedic bone plates, dental implant posts, and surgical fasteners. With advanced setups and tooling, we achieve tight tolerances and clean, implant-safe finishes, ensuring every titanium part delivers consistent quality and safety for use in demanding medical applications.

Alloy: Titanium Grade 1, Grade 2, Grade 5, etc.

Tool steel is a hard, wear-resistant metal often used in medical CNC machining for surgical cutting tools and durable fixtures. It offers excellent strength, sharp edge retention, and resistance to repeated sterilization.

DEK machines tool steel to produce biopsy punch tools, surgical blade holders, and orthopedic cutting guides. Our advanced CNC systems deliver tight-tolerance, high-strength parts with smooth, clean finishes, ensuring durability and precision for critical medical instruments used in operating rooms and clinics.

Alloy: A2, A3, D2, S7, etc.

Delrin is a strong, wear-resistant plastic often used for medical parts that need durability, toughness, and low moisture absorption. It offers excellent machinability, good dimensional stability, and smooth, clean finishes.

DEK produces high-precision Delrin parts like surgical instrument handles, gear components for diagnostic devices, and fixture parts for operating equipment. It’s also suitable for valve seats, medical pump components, and positioning blocks. Its chemical resistance and ability to hold tight tolerances make it a dependable choice for reusable, non-implantable medical parts.

Grades: Delrin 150

Polycarbonate is a tough, clear plastic often used in medical applications where strength, impact resistance, and visibility are important. It performs well under repeated sterilization and heavy use without losing clarity or shape.

With our medical CNC machining service, DEK produces precise polycarbonate parts like face shields, surgical light covers, and equipment control panels. We also machine diagnostic monitor housings, imaging device guards, and surgical microscope covers. Its toughness, high clarity, and dependable mechanical strength make it ideal for both reusable and single-use healthcare devices.

PEEK is a strong, heat-resistant, and biocompatible plastic often used in medical parts that require excellent durability and chemical resistance. It performs well under high temperatures, body fluids, and repeated sterilization.

With our medical CNC machining service, DEK produces precision PEEK components such as spinal implant trial parts, endoscopic instrument housings, and orthopedic fixation systems. We also handle custom connectors for surgical devices and wear-resistant parts for diagnostic machines. PEEK’s strength, stability, and lightweight properties make it ideal for demanding, high-performance medical applications.

PEI is a tough, heat-resistant plastic used in medical parts that need strength, stability, and sterilization compatibility. It offers good flame resistance and chemical durability.

DEK machines PEI to produce surgical tool handles, medical device housings, and diagnostic equipment covers. This material holds tight tolerances and provides clean, consistent finishes. Its toughness and biocompatibility make it a practical choice for reusable medical components requiring repeated sterilization.

Grades: PEI Ultem 1000, PEI Ultem 2300 30% Glass Filled

Polypropylene is a flexible, crack-resistant plastic commonly used for medical components that are exposed to stress, bending, and repeated cleaning cycles. It offers excellent toughness and chemical resistance, making it suitable for parts that require both flexibility and durability.

DEK machines polypropylene to produce fluid reservoirs, medical containers, diagnostic tool components, caps, instrument trays, and fluid transfer fittings. Its reliability, affordability, and biocompatibility make it a practical material for both disposable and reusable medical devices used in clinical and laboratory settings.

Grades: Homopolymer PP

PTFE is a chemically inert, heat-resistant plastic widely used in medical parts for its low friction, non-stick surface, and excellent chemical resistance. It’s ideal for components that must handle body fluids, repeated sterilization, and sensitive instruments without contamination.

DEK uses its medical CNC machining service to produce precision PTFE parts like sealing rings, catheter connectors, surgical guide sleeves, valve seats for fluid systems, implant delivery tools, and insulating components for imaging equipment. Its durability, flexibility, and biocompatibility make it perfect for complex, high-performance medical applications.

PVC is a durable, corrosion-resistant plastic often used in medical machining for its excellent chemical resistance, lightweight nature, and low cost. It’s easy to machine and performs well in both disposable and semi-permanent medical parts.

DEK processes PVC to manufacture fluid control valve bodies, medical instrument casings, and laboratory equipment fittings. We also produce vacuum regulator housings, blood analysis device panels, and irrigation system components. Its good strength, easy-to-machine properties, and cost efficiency make it ideal for a wide range of external medical and laboratory parts.