Custom Medical-Grade Silicone & Elastomer Molding

Molded for the life cycle of your device.

One engineering team, one quality system, one floor, from a ten-piece first article to 260 million parts a year.

ISO 13485:2016 · BSI FM 590598/ FDA-Registered/ ISO Class 8 Cleanroom Environment Molding/ Made in the USA/ 24/7 Operations
The Problem

The most expensive supplier decision is the one you have to make twice.

The shop that carried your clinical builds caps out at commercial volume. The global house never took those builds seriously. Or the incumbent fails an audit, gets acquired, or exits the niche. Suddenly a validated, shipping device needs a new supplier, a new qualification, and a story for regulatory.

There's a name for it: the mid-life re-source. Its costs are invisible the day the supplier is chosen, and they all arrive mid-life:

Revalidation Spend
Launch Slip
Line-Down Exposure
The Post-Mortem
The IRP Solution

Qualify once, & keep the same supplier for the life of the device.

One engineering team, one quality system, one floor, carrying the program from a ten-piece first article through full commercial volume. The volume threshold that forces a re-source somewhere else is just a capacity conversation here.

~100% On-Time Delivery
Passed Customer Supplier Audits
QA Lab Inside the Cleanroom
24/7 When the Program Demands It
Why IRP Medical

We Know the Squeeze.

Too small for the global silicone houses to notice. Too critical to hand to a job shop. That's where most medical device programs actually live, and it's exactly what IRP Medical is built for.

Since 1980 we've molded the custom medical components devices can't function without, and not just the one part you buy from us today. Long enough to have carried programs from a first article to their two-hundred-millionth part, and to know what breaks in between.

ISO 13485:2016 Scope
“Custom Critical-To-Function Engineered Components”

Every serious molder shows you the same certificate. Ours reads it in the scope. A third-party auditor certified the words we live by.

How It Works

The Precision Path: first article to
full scale, without the re-source.

You shouldn't have to guess how a molding program will go. Here's the path in four stages, the same four whether the run is ten pieces or a hundred-million-part year.

Design
Integration

1

Your design, our manufacturability review. Technical sessions, DFM recommendations, feasibility on the parts others no-quote, & material selection support across every major LSR supplier.

What It Means
You're not alone with the hard part.

Validation-
First Tooling

2

Full tooling stewardship: requirements, mold design authority, cavitation strategy driven by volume and target price, mold-vendor selection and management, validation, and transfer.

What It Means
You never manage a toolmaker, & the volume cliff never gets cut into steel.

Process
Lock

3

Sampling and process development, FAI, MSA and DOE, IQ/OQ/PQ. Functional lot release defined.

What It Means
You qualify once, on evidence.

Scaled
Production

4

Planned, staged scaling on one floor and one quality system: added cavitation and cells on a roadmap, 24/7 when the program demands it, and hundreds of millions of parts a year if the device earns it.

What It Means
You never outgrow us.
Capabilities

It starts before the mold,
and it doesn't stop at the press.

We take ownership of all of it, so you own none of it. Silicone or rubber, if your device needs a custom elastomer component, it comes off this floor.

Material Development Beyond selection: custom compound development with our material partners when no off-the-shelf grade meets the spec. Explore Material Development Prototyping 3D printing, quick-turn prototype tooling, and first article builds, so a design can be proven before anyone commits to a production tool. Explore Prototyping Molding & Materials Liquid injection molding (LSR/LIM), HCR gum silicone injection, compression rubber molding, transfer, and flashless molding. Overmolding onto metals, silicone, and thermoplastic substrates including PC and ABS. Silicone extrusion: tubing and rod, cut to size. Explore Molding & Materials Engineering & Manufacturing DFM and product realization, tooling stewardship, FAI/MSA/DOE and IQ/OQ/PQ validation, cleanroom environment molding, non-contact vision metrology, lean NPI. Explore Engineering & Manufacturing Machine Late-model LIM presses, fully automated work cells, robot demolding, in-mold vision systems, cleanroom environment molding, 24/7 operations. Explore Machine Mold Full tooling stewardship: mold design, DFM, cavitation strategy, vendor management, validation, transfer. Explore Mold Material LSR from every major supplier, HCR gum silicone, EPDM, fluorosilicone, conductive grades, organic and synthetic rubber compounds, custom formulation to spec. Explore Material Process Scientific molding techniques. Validated (IQ/OQ/PQ), lean, flashless where it matters. Explore Process Team A high-performing team of engineers and operations people who have carried programs from first article to full production since 1980. Explore the Team Secondary Operations Precision slitting, die cutting, laser marking, cryogenic deflashing, alcohol washing, duckbill and valve finishing, sub-assembly, and packaging. Explore Secondary Operations
Applications

The components behind the devices people depend on.

One component discipline: custom silicone and rubber molding, secondary operations, and functional lot release, matched to whichever constraints lead in your application.

Diabetes

Our largest market: infusion set and pump components at sustained, automated volume.

Explore Diabetes
Wearables

Skin-contact silicone and bonded sub-assemblies that flex with the wearer and scale when the product wins.

Explore Wearables
Fluid Path

Check valves, duckbill valves, septa, seals, and silicone tubing, all released on function.

Explore Fluid Path
Women's Health

Soft-durometer, skin-contact silicone with materials selected to the biocompatibility spec.

Explore Women's Health
Cardiology

Critical components for programs where qualification is measured in years.

Explore Cardiology
Diagnostics

Gaskets, seals, valves, and fluid-handling parts where repeatability decides whether the assay runs.

Explore Diagnostics
Surgery

Seals, diaphragms, and bonded sub-assemblies that hold their response through repeated sterilization cycles.

Explore Surgery
Wound Care

Gentle, biocompatible silicone repeatable enough to trust for wear measured in days.

Explore Wound Care
Orthopedics

Seals, gaskets, and overmolded components for orthopedic instruments and delivery systems, holding their mechanics cycle after cycle.

Explore Orthopedics
Pharma

Septa, seals, & closures where compound selection and contamination control carry the regulatory weight.

Explore Pharma
Not seeing your
application?

These are the applications we're in most often, not the limit. If the part is a custom, critical-to-function elastomer component, we can almost certainly mold it. Send the print and we'll tell you fast.

Tell Us Your Application
Qualify Once

When medical components
have to perform.

Qualify your molding partner once. Keep it for
the life of your device.

Starting a new program?

From clinical builds to commercial scale, engage our engineers at the print.

Start Your Program

Transferring a program or mold?

Revalidation is a given. We plan it around your inventory bank, so your line keeps running while we qualify.

Transfer Your Program
Typography preview
Preview only. Your pick follows you across the design pages.