Four extruded structures that go beyond a single lumen — several channels in one tube with multi-lumen, a different material per layer with multi-layer extrusion, X-ray visibility with TPU radiopaque, and walls down to 0.1 mm with ultra thin wall. Settle the structure and the dimensions follow.
Two items with published dimensions. Multi-layer is split into two rows because the two-layer and three-layer builds differ in both dimensions and materials. TPU radiopaque tubing · ultra thin wall tubingare in production but have no fixed size table, so they are listed separately below.
These two items are in production but have no fixed size table — they are built to your specification. Send the dimensions you need and we will check with the plant and reply.
Multi-lumen tubing places several channels inside one tube. Outer profile and lumen layout can be configured freely, so guidewires, fluids and gases pass at the same time. Long production experience and extrusion control keep the dimensions stable.
Multi-layer tubing is built from two or more material layers. Each layer is chosen against criteria such as strength, flexibility, chemical resistance and impermeability — the inner layer carries biocompatibility, the outer layer strength or protection.
TPU is increasingly used in radiopaque tubing, producing results conventional tubing does not reach in medical diagnostics.
Ultra thin wall tubing is defined by its thin wall, precise inner diameter, wide material choice and good biocompatibility. The thin wall keeps the strength you need while reducing irritation and damage to tissue, lowering the risk of infection and complications. Tight inner-diameter control keeps fluid transport stable, and the material range covers demanding clinical situations.
Extruded tubing divides less by material than by cross-sectional structure. Once the channel count and layer count are set, the usable materials and reachable dimensions narrow with them.
Extrusion is only the start. Tip forming, hole punching, marker bands and printing all have to follow before it is a catheter. Keeping them on one order keeps responsibility from splitting between steps.
Up to 10, designed to order. Across an outer diameter of 1–10 mm the lumen diameter goes down to 0.1 mm, and round lumens hold at least 90% roundness. Lumen layout and outer profile are designed to your requirement.
The size band and the material set. Two-layer starts at 0.3 mm OD, runs to 1500 mm, and uses PU, Pebax, Nylon or PP outside with the same family plus HDPE inside. Three-layer is finer at 0.20–1.50 mm OD, runs to 2000 mm, and pairs PEBAX, PA or TPU outside with PE for the inner and middle layers.
Multi-layer holds ± 0.0127 mm, the tightest; multi-lumen runs ± 0.02–0.1 mm. Concentricity on multi-layer exceeds 90%. Give us the tolerance you need and we will reply with the structures and materials that can hold it.
Ultra thin wall tubing reaches 0.1 mm. Multi-lumen and multi-layer start at 0.05 mm, though the structure and outer diameter both affect it. The fluoropolymer side goes thinner still — PTFE multi-lumen is 0.01 mm.
The published data carries none. Dimensions shift with radiopaque filler loading and application, so send the specification you need and we will check with the plant and reply.
The listed materials are representative. Multi-lumen has run in PE, TPU, PEBAX, PEEK, PA, PTFE, FEP and PFA, and we will look at others on request. Include the sterilization method and operating environment.
Dimensions, material, application. Those three are enough to start. A drawing makes it faster. We reply with TDS, MSDS and MOQ together.
