Laser Cut Medical Hypotube

Burr-free laser-cut stainless steel hypotube shafts for catheter delivery systems, balloon catheters, and steerable medical devices.

Target Buyer:Best for catheter R&D teams and contract manufacturers that need tight-tolerance laser-cut hypotube with clean edges and traceable quality documentation.

ISO 13485 laser cut medical hypotube and nitinol tubing

Capability Highlights

Spiral, slot, window, and variable-flex cutting patterns
Electropolishing, passivation, deburring, and visual inspection support
Prototype-to-production support for catheter shaft OEM programs

Typical Applications

Balloon catheter shafts
Stent delivery systems
Guide catheters
Neurovascular and peripheral intervention devices

Engineering Focus

OD, ID, wall thickness, length, and tolerance stack-up
Slot geometry, kerf width, bridge width, and transition-zone stiffness
Burr control, electropolishing target, cleaning, and inspection records

Key Evaluation Matrix

Metric	Typical Range	Why It Matters
Laser slot width	10-30 um target range by drawing and material	Slot geometry directly controls shaft flexibility, torque response, and risk of edge burrs.
Dimensional tolerance	Micron-level review by OD, ID, wall, and pattern	Catheter components must fit nested assemblies without friction, kinking, or delivery-system failures.

RFQ Checklist

Share tube drawing, pattern drawing, and critical tolerance notes
Confirm material grade, OD, ID, wall thickness, and length
Define surface finish, electropolish/passivation needs, and burr limits
State prototype quantity, pilot quantity, annual forecast, and destination

Risk Controls

Microscopic burrs after laser cutting: Plan electropolishing, passivation, magnified inspection, and sample approval before production release.
Over-flex or under-flex shaft section: Validate slot pattern, bridge width, and transition length using prototype bend and pushability testing.

Buyer FAQ

Can you support custom laser patterns?

Yes. Send the tube drawing and laser pattern drawing so engineering can review slot width, bridge width, transition sections, and polishing requirements.

Related Resources

Contact / RFQ

Inquiry Email

[email protected]

Email app

Include material, OD/ID/wall, drawing, quantity, and destination.

Instant Chat

+8618857971991

Chat on WhatsApp

Direct response from our engineering team.

Key Evaluation Matrix

Metric	Typical Range	Why It Matters
Laser slot width	10-30 um target range by drawing and material	Slot geometry directly controls shaft flexibility, torque response, and risk of edge burrs.
Dimensional tolerance	Micron-level review by OD, ID, wall, and pattern	Catheter components must fit nested assemblies without friction, kinking, or delivery-system failures.