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On-Demand CNC Platform

CNC Machining for
Drug Delivery
Devices

We machine insulin pump housings, inhaler bodies, auto-injector mechanisms, infusion pump manifolds, and metering valve bodies. Medical-grade materials with FDA-ready documentation on every order. Ships anywhere in the US.

Securely upload your 3D CAD file for immediate pricing and DFM feedback.

$36B+
US drug delivery device
market size
Grand View Research 2024
316L SS
Primary metal for
fluid-contact parts
USP Class VI compatible
±0.001"
Standard tolerances on
metering features
RivCut capability
4-Day
Prototype turnaround
available
Simple geometries

Precision CNC Machining for Drug Delivery Device Teams

Drug delivery devices must meter doses accurately, seal reliably, and survive thousands of actuation cycles. A metering valve bore that is off by 0.002 inches can change the delivered dose by 15 percent or more. We machine 316L stainless, aluminum 6061/7075, titanium, PEEK, Delrin, and polycarbonate to tolerances as tight as ±0.0005 inches. Every order ships with CMM inspection reports, material certs, and documentation your quality team can use for DHF submissions and combination product filings.

1

Medical-Grade Materials

We source and machine 316L stainless, aluminum, titanium, PEEK, Delrin, and medical-grade polycarbonate with full material certs and lot traceability for combination product documentation.

2

Precision Fluid Features

We hold tight tolerances on metering bores, seal grooves, fluid channels, and valve seats. Accurate dosing depends on precise machining of these critical features.

3

FDA-Ready Documentation

Dimensional inspection reports, material certs, process records, and passivation documentation — everything your quality team needs for FDA 21 CFR 820 compliance and ISO 13485 records.

Parts for Drug Delivery Device Companies

Pump housings, inhaler bodies, injector mechanisms, manifolds, and more.

Insulin Pump Housings

Pump housings and reservoir chambers machined from aluminum 6061 and medical-grade polycarbonate. Precise cavity dimensions, seal grooves, and connector interfaces for wearable insulin delivery systems.

Aluminum 6061

Inhaler Bodies

Metered-dose and dry powder inhaler bodies machined from aluminum and medical-grade plastics. Precise actuator bores, mouthpiece geometries, and canister retention features for reliable dose delivery.

Medical-grade materials

Auto-Injector Mechanisms

Firing mechanisms, spring housings, needle guard assemblies, and syringe cradles machined from 316L stainless and Delrin. Precise bore tolerances and spring pocket depths for consistent injection force and reliable firing.

316L stainless

Infusion Pump Manifolds

Multi-channel fluid manifolds and valve bodies machined from 316L stainless and PEEK. Precise internal fluid paths, check valve seats, and sensor ports for accurate multi-drug infusion systems.

±0.0005" channels

Metering Valve Bodies

Metering valve bodies and dose chambers machined from 316L stainless and aluminum. Precise bore and seat tolerances ensure accurate dose metering and leak-free operation over thousands of actuation cycles.

CMM inspected

Pen Injector Components

Dose dial mechanisms, cartridge holders, and plunger assemblies machined from aluminum, 316L stainless, and Delrin. Precise click-stop features and thread forms for accurate dose selection and reliable drug delivery.

Delrin / 316L

Serving the US Drug Delivery Industry

The US drug delivery device market exceeds $36 billion, driven by the growing diabetes population, biologics requiring injection delivery, respiratory therapies, and the shift toward self-administered combination products.

From insulin pumps to auto-injectors to metered-dose inhalers, every drug delivery device depends on precision-machined components that meter doses accurately, seal reliably, and survive thousands of actuation cycles in the hands of patients.

Whether your team is developing a next-generation wearable pump or iterating on a pen injector platform, we want to be your machining partner. We ship anywhere in the US and give you instant AI pricing the moment you upload your file.

Becton Dickinson (BD)

Global leader in injection devices, pre-fillable syringes, and pen injector platforms. Their drug delivery portfolio requires precision-machined mechanisms, housings, and fluid-contact components.

Insulet Corporation

Maker of the Omnipod tubeless insulin pump system. Their wearable pump platform relies on precision-machined manifolds, valve bodies, and micro-fluid-path components.

Ypsomed

Leading developer of auto-injectors, pen injectors, and wearable infusion systems. Their device platforms require tight-tolerance machined firing mechanisms, dose dials, and cartridge interfaces.

West Pharmaceutical Services

Leading supplier of containment and delivery systems for injectable drugs. Their components integrate with precision-machined housings, plunger systems, and device mechanisms.

Nemera

Global drug delivery device company specializing in inhalers, auto-injectors, and nasal spray systems. Their platforms demand precision-machined actuators, metering valves, and housing components.

Built for Drug Delivery Device Teams

Devices that deliver drugs to patients need a shop that understands dose accuracy starts at the machine.

Precision Fluid Features

We hold tight tolerances on metering bores, valve seats, seal grooves, and fluid channels. Dose accuracy depends on precise machining of these features — and we verify every one on the CMM.

Combination Product Documentation

Drug delivery devices are combination products. We provide documentation packages that support both device and drug regulatory pathways — material certs, inspection reports, and process records for your DHF.

CMM Inspection on Every Order

We verify every metering bore, seal groove, and fluid channel before shipping. CMM reports go with every drug delivery device order so your quality team can validate critical dimensions on receipt.

Rapid Design Iteration

Drug delivery device programs iterate fast. Prototypes in 4 to 7 days so your human factors studies and design verification builds stay on schedule. Rush available on simpler parts.

Certifications & Standards
In Progress
ISO 13485
Medical device quality management. We are building our QMS to this standard. Our documentation follows the structure now.
Active
NIST-Traceable Gauges
All measuring equipment is calibrated to NIST standards on regular cycles. CMM, micrometers, and gauges.
Active
Material Certifications
Every order ships with mill certs and lot traceability. Biocompatible material documentation available for all fluid-contact parts.
Planned
FDA Registration
FDA establishment registration is on our roadmap. We currently support customers with FDA-ready documentation packages.

Questions about our current quality setup? Email us — we'll send our documentation package.

From File to Part in 3 Steps

Simple, clear, and designed for fast-moving drug delivery device teams.

Step 1

Upload & Quote

Send your STEP or IGES file. Pick your material, quantity, and finish. Our AI gives you a real price right away. We also run a free DFM check and flag anything that could affect dose accuracy or seal reliability.

Step 2

We Machine & Inspect

Your parts run on our CNC mills and lathes. Every order gets CMM inspection. We check every metering bore, seal groove, and fluid channel against your drawing before anything ships. Passivation included on stainless parts.

Step 3

Ship with Full Docs

Parts ship with your dimensional inspection report, material certs, passivation records, and all FDA-ready paperwork. Everything your quality team needs for DHF documentation, combination product filings, and design verification.

Questions from Drug Delivery Device Teams

We machine drug delivery device components from 316L stainless steel, aluminum 6061 and 7075, titanium, PEEK, Delrin (POM), polycarbonate, and Ultem (PEI). Material selection depends on patient contact, chemical compatibility, and sterilization requirements. All materials come with full mill certs.
Yes. We CNC machine insulin pump housings, infusion pump manifolds, and reservoir chambers from aluminum, 316L stainless, and medical-grade plastics. We hold tight tolerances on fluid channel geometries, seal surfaces, and connector interfaces to ensure reliable drug delivery.
We provide dimensional inspection reports, material certifications with lot traceability, and process records on every drug delivery device order. Our documentation supports FDA 21 CFR 820 Design History File requirements and ISO 13485 quality system records.
We hold ±0.001 inches on general features and ±0.0005 inches on critical seal surfaces, fluid channels, and metering features. Tight tolerances on these features are essential for accurate drug dosing and leak-free operation.
Yes. We machine auto-injector firing mechanisms, spring housings, needle guard assemblies, and syringe cradles from 316L stainless and medical-grade plastics. Precise bore tolerances and spring pocket depths ensure reliable firing and consistent injection force.
Yes. We machine metering valve bodies, actuator housings, and mouthpiece components for metered-dose and dry powder inhalers. Critical bore and seat tolerances ensure accurate dose metering and reliable actuation over thousands of cycles.
Most drug delivery device prototypes ship in 4 to 7 business days. Simpler aluminum or plastic parts can ship in 3 to 4 days. Tell us your deadline when you upload and we will confirm what is achievable.
Yes. We support combination product development with full lot traceability, first article inspection reports, and documentation packages that support both drug and device regulatory pathways. Email us your requirements and we will confirm our support.

Drug Delivery Device CNC Machining by City

We serve drug delivery device teams in cities across the US.

Upload Your Drug Delivery Device CAD File

Insulin pump housings, inhaler bodies, auto-injector mechanisms, infusion pump manifolds — we machine them all. Get instant AI pricing now. Prototypes ship in as few as 4 days.

No minimums · 100% Made in USA · Never brokered · Ships anywhere in the US

AI price estimates are usually within ±20% of final price. Complex parts may get a human review within one business day before pricing is confirmed.

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