Integrated Solutions Overview

Precision laser processing for medical device manufacturing

FARLEY LASERLAB  provides laser cutting, marking, coding, and plastic welding solutions for medical components, implantable sensor electrodes, precision micro-tubes, cryogenic vials, and microfluidic chips.

1

Biosensor Electrode Cutting

High-precision cutting for implantable biosensor chip electrodes.

2

Precision Tube Cutting

Micro metal tube processing for precision medical instruments.

3

Medical Device Black Marking

Corrosion-resistant black marking for implants and surgical instruments.

4

Cryogenic Vial Coding

Laser coding for sample storage management and traceability.

5

Microfluidic Chip Welding

Plastic bonding for microfluidic chips and IVD kits.

6

Automation Support 

Positioning, monitoring, multi-station, and line-integration support.

Core Equipment

CGM Glucose Electrode Laser Cutting

CGM glucose electrode laser cutting is designed for implantable biosensor chip electrodes and wearable medical product chips.

Vision-based positioning | Clean edges | High processing efficiency

CGM Glucose Electrode Laser Cutting Machine

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Precision Medical Micro-Tube Cutting

Three-axis precision tube laser cutting equipment is designed for micro metal tube processing in precision medical instruments.

High precision | High efficiency | Micro metal tube processing

Three-axis Precision Tube Laser Cutting Machine

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Ultrafast Laser Processing for Implants and Microtubes

Ultrafast laser processing supports high-precision cutting of medical microtubes and implantable structures with minimal heat input, clean edges, and high geometric accuracy.

Picosecond / femtosecond cold processing | Minimal thermal damage | Suitable for stents, guidewires, hypotubes, and flexible endoscopic tubes | High-precision multi-axis tube cutting

Three-axis Precision Tube Laser Cutting Machine | Precision Tube Cutting | CGM Glucose Electrode Laser Cutting Machine

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Corrosion-Resistant Black Laser Marking

Corrosion-resistant black laser marking supports medical device identification on orthopedic implants, surgical instruments, and other medical products.

Black marking | Corrosion resistance | Visual positioning

LSF10P

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Automatic Laser Coding for Cryogenic Vials

Automatic laser coding for cryogenic vials supports sample storage management and traceability for biological testing laboratories, hospital pathology departments, and biological sample libraries.

Sample traceability | Laser coding | Laboratory and sample library use

MED-CS05

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Plastic Laser Welding for Microfluidic Chips

Plastic laser welding for microfluidic chips supports rapid bonding between plastic components for microfluidic chips and in vitro diagnostic kits.

Value Points: Plastic component bonding | Microfluidic chip applications | IVD kit applications

Recommended Products: Microfluidic Chips Plastic Laser Welding Machine

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Automatic Plastic Laser Welding

Automatic plastic laser welding supports medical plastic welding applications with semiconductor laser source, galvanometer scanning, CCD monitoring, and positioning.

Value Points: Automatic welding | Multi-station platform | CCD monitoring and positioning

Recommended Products: LWD100PC

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Medical Device Marking and Traceability

Laser marking and coding solutions support medical device identification, product traceability, and sample management.

Value Points: Device identification | Traceability | Permanent coding

Recommended Products: LSF10P | MED-CS05 | Laser Marking System

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Production Support

Automation and Line Integration

Automation support can include visual positioning, pneumatic clamping, multi-axis processing, multi-station platforms, and connection with automated lines.

Value Points: Visual positioning | Multi-station processing | Automated line connection

Recommended Products: LWD100PC | CGM Glucose Electrode Cutting | MED-CS05

IVD Automation

IVD Laser Intelligent Manufacturing Solutions

Body: IVD laser intelligent manufacturing solutions support reagent cartridge processing, microfluidic chip welding, packaging, assembly, inspection, and automated line integration.

IVD plastic welding 

Automated packaging and assembly

Inspection and production line integration

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POCT Reagent Filling and Sealing Automation

POCT reagent filling and sealing automation can be positioned for IVD customers that need accurate filling, sealing, inspection, robotic handling, and finished-product collection.

Reagent filling 

Film sealing 

Inspection and robotic handling

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Chemiluminescence Immunoassay Reagent Filling and Sealing Line

IVD automation can also support chemiluminescence immunoassay reagent filling and sealing processes, extending medical manufacturing content from single machines to customized automated lines.

IVD reagent automation 

Filling and sealing 

Customized line integration

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Why FARLEY LASERLAB

Integrated Capability for Medical Device Manufacturing

FARLEY·LASERLAB combines high-precision cutting, medical marking, sample coding, and plastic welding solutions to support medical device manufacturing and traceability.

Precision cutting | Medical marking and coding | Plastic welding and automation

How We Solve It
Contact

Discuss laser solutions for medical device manufacturing

Connect with our team to explore laser cutting, marking, coding, and plastic welding solutions for medical device and laboratory applications.

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