Medical devices
Luer and micro port fittings for device fluid paths.
ISO 80369-7 Luer slip and lock, 10-32, M3 to M6 and 1/4-28 ports, small hose barbs and compression tube, in PEEK, PVDF, clear polycarbonate or 316. Prototype a single part, then order the production lot.
- ISO 80369-7 Luer
- Clear polycarbonate bodies
- Single prototypes welcome
Device ports
In the field
Small parts that decide whether the fluid path works
Device prototypes need a Luer on one side, a 10-32 port on the other and a clear body to watch for bubbles. Specport machines exactly that part in the material your design calls for.
Photos: Unsplash, see image credits.
Built for device development
From first prototype to production lot
Order one part to prove the design, a $40 printed copy to check the fit, then the same configuration by reorder code for the build.
Device ports
Luer slip and lock, 10-32, M3 to M6 and 1/4-28, plus hose barbs and compression tube through 1/4 in and 6 mm.
See the flow
Clear polycarbonate bodies show bubbles and flow. PEEK and PVDF resist most solvents and cleaning agents.
Traceable
Laser marked part and lot numbers, certificates of conformance and material certificates on request.
Start from a proven layout
Example medical device parts
Starting points for fluid path prototypes. Change any port, tube size or material in the builder.
Connections
Device connections in the catalog
The connections and sizes the medical catalog offers, with the standard each is machined to.
| Connection | Standard | Seals on | Sizes | Standard rating |
|---|---|---|---|---|
| Luer | ISO 80369-7 Luer, 6% taper | Conical metal or plastic seal | Luer (1) | up to 100 psi |
| Micro ports | ISO 261, ASME B1.1 | O ring or bonded washer | M3 to 1/4-28 (6) | up to 1,500 psi |
| Hose barb | Hose barb, tube ID | Tube grips the barb ridges, clamp or ferrule for pressure | 1/16 in to 1/4 in (11) | up to 150 psi |
| Compression | Double ferrule compression, tube OD | Front and back ferrule bite on the tube | 1/16 in to 6 mm (6) | up to 5,000 psi |
Materials: 316/316L Stainless, PEEK, Polycarbonate, Polypropylene, PTFE, PVDF. Fluids: Water or glycol, Air or gas.
How it works
Configure today. Machined and shipped in days, not a quote cycle.
Configure the ports
Pick the shape, then the connection, size and gender on every end. The 3D model, drawing and price update as you go.
Order the quantity you need
One part or a production run. Instant checkout, no RFQ, and a $40 printed prototype if you want to test the fit first.
Machined, inspected, shipped
CNC machined in the USA, gauged and inspected, then shipped with a certificate of conformance and a reorder code.
FAQ
Questions about medical devices parts
Do your Luer ports meet ISO 80369-7?
Luer slip and lock ports are machined to the ISO 80369-7 taper and lug dimensions. Verify fit with your mating components; a $40 printed prototype is a quick way to check.
Which materials can I use?
PEEK, PVDF, PTFE, polypropylene, clear polycarbonate and 316 stainless. USP Class VI resin grades and certificates are available.
Can I order a single prototype?
Yes. There is no minimum. Order one machined part, or a 3D printed test fit copy first, then reorder the same configuration with its code.
Is polycarbonate compatible with my fluid?
Clear polycarbonate is good for water and saline and lets you see the flow, but alcohols and many solvents can craze it. Choose PEEK or PVDF for solvents.
Are these finished medical devices?
No. Specport parts are components, not finished devices. You are responsible for design validation, biocompatibility, cleaning and sterilization.
Specport for medical devices
The connector your fluid path prototype needs
Design it online, hold it next week, and order the production lot with the same code.