Performance Composites Inc.

MEDICAL AND RADIOLOGY COMPOSITES MANUFACTURING IN UTAH

Precision Composites Manufacturing for Medical and Radiology Equipment Serving Utah.

Performance Composites has been building precision fiberglass and composite components for medical and radiology equipment manufacturers for over 40 years. We serve medical OEMs and radiology equipment integrators across Utah from our manufacturing facility. When you bring a program to us, we get involved early, work through the engineering with you, build the tooling in our own shop, run production, finish the parts, and deliver them ready to install. One team handles it all, start to finish, with no handoffs to outside vendors.

What We Build for Utah Medical and Radiology Equipment Manufacturers

Utah medical and radiology equipment companies work with us at all stages of a program. Some come in early with a concept that still needs to be engineered and prototyped. Others arrive with a design that is ready for production and need a fabricator who can hold tolerances and stay on schedule. We have built to lightweight, non-magnetic, chemically resistant, and Class A cosmetic requirements many times over. Here is what our team takes care of from start to finish:

  • Engineering and Design Support
  • Prototype Development
  • Material Selection Assistance
  • Tooling and Mold Manufacturing
  • Composite Fabrication and Production
  • Precision CNC Machining and Cutouts
  • Hardware Integration and Assembly Support
  • Paint and Surface Finishing
  • Quality Inspection and Verification
  • Custom Fiberglass Medical Fabrication

Composite Parts Built for Utah Medical and Radiology Environments

Utah medical facilities put real demands on the materials going into their equipment. Parts face regular exposure to strong disinfectants, need to stay non-magnetic inside MRI suites, and have to pass imaging energy cleanly with no signal interference. They also need to hold up visually in clean, well-lit clinical spaces. We build to all of those standards consistently for medical and radiology customers shipping to Utah. Here is what we produce:

  • Custom Medical Composite Parts
  • Radiology Composite Enclosures
  • Fiberglass Medical Equipment Housings
  • Lightweight Medical Composite Solutions
  • Composite Materials for Medical Devices
  • Medical Imaging Composite Components
  • MRI Equipment Enclosures
  • X-Ray Fiberglass Components
  • Medical Device Housings
  • Lightweight Radiology Structures
  • Non-Corrosive Medical Composites

Best Supplier of Corrosion Resistant Composite Materials

Built for long-term performance in demanding environments, our composite products are engineered to resist corrosion, reduce maintenance requirements, and support the reliability of infrastructure and industrial systems.

Why Utah Medical Companies Choose Performance Composites

There is no shortage of composite shops, but finding one that handles tooling, CNC machining, painting, and hardware installation all under one roof is a much shorter list. That is how we run our operation, and it is why medical equipment manufacturers looking for a reliable fabrication partner keep choosing us, including customers shipping programs to Utah. When a question or issue comes up mid-production, our engineers are steps from the shop floor and we work through it quickly. Here is what you can expect from our team:

  • More Than 40 Years of Manufacturing Experience
  • In-House Tooling Department
  • Internal Mold and Fixture Production
  • Integrated Engineering and Manufacturing Teams
  • Multiple Composite Manufacturing Processes
  • Precision CNC Machining Capabilities
  • Advanced Quality Inspection Systems
  • Cross-Industry Manufacturing Experience
  • Ready-to-Install Component Production
  • End-to-End Project Support

Start Your Utah Medical Composite Project with Performance Composites

You do not need a finished drawing to start a conversation with us. A rough sketch, a performance spec, or even just a description of what the part needs to do is enough for our engineering team to give you useful direction. We will go through your application, tell you what process and materials make sense, and be upfront about cost and lead time. We deliver to medical equipment companies throughout Utah and across the country.

FAQs: Utah Medical and Radiology Composite Manufacturers

Material selection starts with understanding what the part has to do in the field. For applications near MRI equipment, fiberglass is typically the right choice because it is non-magnetic and shapes well into complex geometries. Carbon fiber suits applications where X-ray transparency, high stiffness, and low weight all matter at once. For structural sandwich panels, we select from foam, honeycomb, or G10 core based on your specific load and weight requirements. We go through all of this with Utah customers on the first call before any decisions are made.
Yes. Fire retardance requirements are standard for medical equipment going into Utah hospitals and clinical facilities, and we build that spec into the material selection from the beginning of every applicable project. The resin system and process will change depending on the rating your application calls for. If your drawings reference UL-94 compliance and you are not sure how to get there in composite, bring it to us and we will sort it out together.
Yes, and it is a regular part of how we fulfill programs for Utah medical customers. Threaded inserts, brackets, mounting hardware, and other assembly features are all installed at our facility before anything ships. Utah medical manufacturers are running production schedules and do not have time to fit out a bare shell on their floor. The part shows up ready to go into the build. We handle sourcing, installation, and inspection on our side so none of that work lands on yours.
Yes. All painting is handled in-house at our facility, so your parts are not sitting at an outside paint shop before they can be loaded for Utah delivery. We work with single-stage and two-stage systems and can color-match to an existing product line when needed. Medical equipment lives in well-lit clinical environments and gets cleaned on a regular basis, so surface finish is not a cosmetic afterthought for us. Every painted part is inspected before it ships.
Yes. Parts that appear to require a multi-piece bonded assembly can often be pulled as a single piece with the right mold design. Our tooling department takes on that engineering challenge and builds the molds entirely in-house. Single-piece construction cleans up seam lines, strengthens the structure, and simplifies finishing to a Class A standard. For Utah medical equipment housings where cosmetics and structural integrity both matter, that approach makes a real difference.
Yes. We run four CNC routers and an Autometric Pattern Cutter in-house. Cutouts, openings, mounting hole patterns, and finished edges are all done on site, on our schedule, without going to an outside shop. Every machined part is dimensionally checked against your drawing as part of our standard quality process. We keep records on file for every job, including programs shipping to Utah.
We are ISO 9001:2015 certified, which means our quality process is documented, audited, and consistently applied across every program we run, including those shipping to Utah. Material traceability, process records, and dimensional inspection data are kept for every job. If your Utah medical program requires additional validation steps such as first article inspection or coordinate measurement, we build those into your quality plan upfront. Our standard is straightforward: parts that arrive at your facility should never need to come back to ours.
For most Utah medical programs, parts ship from our facility already machined, painted, fitted with hardware, and inspected. Your receiving team opens the shipment and the part goes straight into the build. There is no secondary processing required on your end. That reduces your internal labor, keeps your assembly schedule cleaner, and takes one more variable out of your supply chain.
Our process options include hand layup, spray layup, vacuum infusion, LRTM, silicone bagging, and prepreg manufacturing. What we recommend for your Utah medical program depends on the geometry of your part, the surface finish you need, your production volume, and your material specification. Some programs are straightforward single-process jobs. Others call for combining two methods on the same part. We recommend what fits your application, not whatever is easiest for us to run.
Utah medical programs we support range from small precision components a few inches across all the way up to large structural panels and enclosures built for full radiology suites. The tooling design, manufacturing process, and material selection all adjust based on the size and performance requirements of your specific part. Our facility is set up to handle both ends of that range. If you are not sure whether your part is something we can build, give us a call and we will give you a straight answer.
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Insights from Our Annual Customer Surveys

Discover how our engineered composite solutions have transformed products and driven success across industries.

"PCI has been honest and has worked hard to support the demands implied by us. I appreciate working with them!"

"PCI worked closely with us for development of Product for our important customer. We went through a lot of challenges and after FAI, PCI took care of the supplies and ensured quality & on-time delivery as per our requirements."

"PCI provide feedback on ways to improve to save cost. Very good collaboration!"

"I would recommend PCI due to the ability and ease to do business with them and their understanding of customer needs."

"I appreciate PCI’s sense of urgency working on new items and expediting for us."

"Performance Composites is a good partner to us."

"We like PCI’s fast response time to technical, delivery & quality queries as well as their product quality"

"I really enjoy working with the PCI team."

"To sum it up….PCI makes my life easy!"

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