CNC Precision Machining

 

 

At Advanced EMC Technologies, we specialize in CNC precision machining of high-performance polymer parts, delivering exceptional quality and accuracy for industries where precision is critical. Our advanced machining processes ensure that every component meets stringent industry standards, offering reliability, durability, and optimal performance in even the most challenging applications.

Polymer Machined Parts

Expertise in Machining Advanced Polymers

We offer a wide range of tooling combinations to mold and machine a variety of advanced polymers, including PTFE, PEEK, PPS, and more. These materials are known for their superior resistance to extreme temperatures, harsh chemicals, and mechanical wear, making them ideal for critical applications in industries such as oil & gas, aerospace, semiconductor, medical, and energy.

Whether your project requires intricate components or large-scale production, our CNC machining capabilities include both CNC turning and CNC milling, allowing us to produce precision parts with complex geometries and tight tolerances. Our team ensures that each part is custom-machined to your exact specifications

Kel-F® PCTFE Machined Parts for High-Performance Applications

Kel-F® PCTFE Machined Parts for High-Performance Applications

At Advanced EMC Technologies, we specialize in high-precision machined parts made from Kel-F® (PCTFE), an exceptional polymer known for its excellent chemical resistance, low moisture absorption, and unique properties that make it ideal for high-performance applications. Our Kel-F PCTFE machined components are engineered to meet the demands of various industries, offering stability under extreme temperatures and conditions.

We manufacture a wide range of Kel-F PCTFE parts tailored to specific applications, including seals, gaskets, and other critical components that require durability and precise tolerances. Our expertise in PTFE and Kel-F machining ensures that every part meets stringent industry standards for quality and reliability.

Machining vs. Molding

In many instances, injection molding isn’t the best or only choice for fabricating plastic components. CNC plastic machining has many advantages worth considering:
  • Greatest design change flexibility
  • Greatest cost efficiency for smaller quantities
  • No parting lines, ejector marks, or flash
  • No draft angles are required
  • Closest tolerances possible
  • Lowest component stress
  • Fastest turnaround time
  • Low or no tooling cost
  • Ease of producing features such as threads and undercuts

Precision CNC Plastic Machining of Components, Teflon Bellows and Diaphragms

At Advanced EMC, you receive no-cost engineering and design assistance to meet challenges in the following applications: machined polymer parts
  • Valve Seals, Seats, Bushings
  • Canted Coil Spring Connecting Devices
  • Electrical Insulators
  • Medical Machined Components
  • Aerospace Landing Gear Components
  • FDA-Approved Seals and Wear Parts
  • Biomedical Teflon, PFA, and FEP Parts
  • Semiconductor Seals, CMP Rings, Clamps
  • Rotary Equipment Seals
  • Oil & Gas – Seals, Back-Up Rings, Down Hole Parts
  • Teflon Bellows and Diaphragms

Precision Machining of Engineered Plastics

Precision Manufacturing Solutions has been in our DNA for decades, from CNC Plastic Machining to Swiss Machined Prototypes to your highest volume requirement. Advanced EMC Technologies is not your typical machine shop, with engineers and production support to specify the correct material for your exact application and to determine the most cost-effective production processes to maximize total value.

We focus on the plastics classified as engineered or advanced polymers, these are the workhorses of industry so if you’re needing a machined plastic part that needs to perform such as those listed we stand ready to provide our superior quality with unparalleled service and support at globally competitive prices with manufacturing in North America. 

Acetron® GP

Delrin

Fluoropolymers

Halar

HDPE 

Polyproplene

Noryl®

PEEK

Polycarbonate

Polypro

PVC

PVDF

Techtron® PPS

Teflon

Torlon® 4203

Torlon® 4301

UHMW

Ultem® 1000 PEI

Ultem® 2300 PEI

Vespel® CR-6100

Vespel® R

Vespel® SP-1

Vespel® SP-21

Vespel® SP-211

Acetals

Carbon Fiber PEEK

Polysulfone

 PPSU

Radel® R5500

UHMW-PE – Implantable

Ultem (Colored)

Acetron® GP

Delrin

ESD Materials

Fluoropolymers

Halar

HDPE  

Polyproplene

PEEK

Polycarbonate

PVC

PVDF

Techtron® PPS

Teflon

Torlon® 4203

Torlon® 4301

UHMW

Ultem® 1000 PEI

Ultem® 2300 PEI

Vespel® CR-6100

Vespel® R

Vespel® SP-1

Vespel® SP-21

Vespel® SP-211

ABS

Acetron®GP

Celazole

Acetal Co-Polymer

Delrin®

Polyimide

 Glass-filled nylon

Nylon

Thermoplastic Polyester

PEEK

PEI

 PPS

Ryton®

SP-1

SP-21

SP-22

 Torlon® 4203

Torlon® 4301

Torlon® 5030

Ultem® 1000

Ultem® 2300 PEI

Vespel®

Acetron®GP

Celazole

Acetal Co-Polymer

Delrin®

Polyimide

 Glass-filled nylon

Nylon

Thermoplastic Polyester

PEEK

PEI

 PPS

Ryton®

SP-1

SP-21

SP-22

Torlon® 4203

Torlon® 4301

Torlon® 5030

Ultem® 1000

Ultem® 2300 PEI

Vespel®