Laser micro manufacturing for the life sciences. Core capabilities include laser ablating, cutting, drilling, and welding; nitinol laser cutting, shape setting, and electropolishing; and thin-wall tube fabrication. Our team makes millions of life-changing device components a year. Our passion for innovating compliments our customers’ mission for improving and saving lives. Together, we collaborate to solve complex challenges and develop the next generation of life science devices.
- 3-D micro-components
- Marker band
- Single lumen catheters
- Multilumen catheters
- Tip shaping of catheters
- Wire coating stripping
- Electrode coating removal
- Balloon surface texturing
DEFINITION
Process of using a laser beam to selectively remove material from a solid substrate.
EXAMPLE USES:
- Removal of a coating to expose a sensor, detachment device, or electrical connection point
- Material removal to shape a wire or tube into a complex micro component
- Tip shaping to soften the edge of a delivery catheter insertion point
MATERIALS
MARKETS
Medical device markets benefiting from laser ablation include:
- Neurovascular
- Ophthalmic
- Diabetes
- Electrophysiology
- Neuromodulation
APPLICATIONS
- Pull rings
- Flexible catheter shafts
- Thin wall custom stents
- Needle fabrication
- Nitinol stents and valve frames
- Delivery system components
- Bioresorbable stents
SPECIFICATIONS
DEFINITION
Process in which material is struck with a laser and removed with an assistive gas.
EXAMPLE USES:
- Custom flexibility is needed in a catheter delivery system
- Components require geometrical features that mechanical or molding processes cannot produce
- Complex geometry is required across the overall length of the component or implant
MATERIALS
MARKETS
Medical device markets benefiting from laser cutting include:
- Neurovascular
- Ophthalmic
- Structural Heart
- Electrophysiology
- Peripheral Vascular
- Minimally Invasive Surgery
- Sports Medicine
APPLICATIONS
- Embolic protection filters
- Side ports in infusion catheters
- Micro hole arrays
- Flow access holes
SPECIFICATIONS
DEFINITION
Process of using a laser to abate micro-scale holes in material.
EXAMPLE USES:
- Controlled fluid flow rate is required in a filter or drug delivery process
- Access point is needed in a catheter delivery system
- Holes cannot be made using mechanical or molding processes
MATERIALS
MARKETS
Medical device markets benefiting from laser hole drilling include:
- Interventional Cardiology
- Diabetes
- Drug Delivery
- Neurovascular
- Ophthalmic
APPLICATIONS
- Pull ring assemblies for steerable catheters
- Thin wire components for delivery systems
- Micro implants
- Metal components for systems
- Electrode rings to wire leads
SPECIFICATIONS
DEFINITION
Process that joins two metals by using low heat input and high precision
EXAMPLE USES:
- Assembly of complex micro delivery system components such as marker bands, pull rings, flexible hypotubes, 3-D components, and thin wires
- Hermetic seal is required for implant or instrument
- Devices where traditional welding methods are not able to achieve weld requirements
MATERIALS
MARKETS
Medical device markets benefiting from laser welding include:
- Neurovascular
- Structural Heart
- Electrophysiology
- Interventional Cardiology
- Ophthalmic
- Peripheral Vascular
- Sports medicine
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http://www.laserplatform.com/
laser@ftiworks.com
福唐智能-激光加工-激光智能制造云商平台
福唐红中国红，苏州福唐智能科技有限公司是一家高科技智能制造企业，首创ASM概念，贯通激光加工脉络，提供一站式数字化激光加工服务，是您值得信赖的工业互联网激光云平台。已创立福唐星公益《关爱下一代做更有爱的家长》传播梦想之爱，铸造品牌形象，传播激光之美，引领科技亲子，铸就福唐梦中国梦。
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