No matter the application of your device, Symmetry makes laser welding critical catheter components quick, simple, and efficient.
Get Your Free QuoteTypical Tolerance
0.0005"
Minimum Spot Size
0.004"
Maximum Spot Size
0.015"
Minimum Material Thickness
0.001"
Maximum Material Thickness
0.060"
Maximum Penetration Depth
0.040"
304
304L
316
316L
17-7
17-7 CH900
Stainless
Steel
A popular choice for medical devices as well as industrial applications, Stainless steel provides excellent corrosion resistance and mechanical strenght.

SE-508
5052
6061
Nitinol
Nitinol has super-elastic properties and shape memory which makes it a unique material for catheter systems.

Pt
Pt/Ir
Gold
PGM
Nitinol has super-elastic properties and shape memory which makes it a unique material for catheter systems.

304
304L
316
316L
17-7
17-7 CH900
Copper
A popular choice for medical devices as well as industrial applications, Stainless steel provides excellent corrosion resistance and mechanical strenght.

MP35N
L605
Cobalt Chrome
Nitinol has super-elastic properties and shape memory which makes it a unique material for catheter systems.

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Ready to Weld?
Symmetry is ready to weld your parts whenever you're ready. Start your free quote today.
Get StartedMarker Bands
Laser welding radiopaque marker bands onto a hypotube is the best way to accurately and strongly secure them to the catheter shaft. This process ensures each band is positioned with exceptional precision and strength, without adhesives or excess heat
Pull
Wires
Precision laser welding ensures a durable, low-profile bond between pull wires and hypotubes — critical for consistent control in steerable catheter assemblies. Our process delivers superior weld strength with minimal thermal distortion, ideal for fine medical components.
Micro
Joints
Laser welding is the strongest choice for joining small metal components across medical assemblies — from the distal tip to the handle. It delivers clean, repeatable joints with minimal heat effects, ensuring both structural integrity and biocompatibility in even the most intricate device designs.
Experience the epitome of accuracy as components are meticulously laser welded using our fixtured and automated systems. Achieve spot sizes as small as .004″ in diameter with our state-of-the-art technology.
Laser welding is not just a process; it's an art perfected for joining rings to wires and assembling metal components. Benefit from our proven method that caters to a wide variety of metals and metal alloys, ensuring versatility in your medical device manufacturing.
Embrace consistency with our laser welding techniques, providing repeatable, high-speed precision that meets the demands of your medical device production.
Our laser welding is designed to excel in high production volumes, ensuring efficiency without compromising on quality.
Experience minimal distortion in your components, thanks to the small heat-affected zones achieved through our advanced, automated circumferential weld.
Navigate the complexities of heat-sensitive components and hard-to-reach areas with ease, as our laser welding technology allows for weldability in challenging applications.
Take control of your welding process with consistent depth and width control, ensuring uniformity in every joint.
Optimize your production costs with the cost advantages offered by our efficient laser welding solutions.
Our highly configurable laser welding systems can be easily setup for a variety of different jobs enabling quick turn (3-5 days) prototyping and rapid iteration.
Take control of your welding process with consistent depth and width control, ensuring uniformity in every joint.
Optimize your production costs with the cost advantages offered by our efficient laser welding solutions.