The FF | FC | FU Series High-Speed Flying Laser Marking Machines are engineered for continuous, non-stop production environments. Designed to integrate seamlessly with high-speed conveyors, these machines provide permanent, high-precision marking on a variety of products without slowing down your line. With options for fiber, CO₂, and UV laser sources, this series accommodates different materials such as metals, plastics, glass, and packaging films. Ideal for industries like food and beverage, cosmetics, pharmaceuticals, and electronics, the system ensures clear, permanent codes, logos, and traceability information at impressive speeds.

With high-speed scanning capabilities, this flying laser marking machine is ideal for industries like food and beverage, cosmetics, pharmaceuticals, and electronics, ensuring the application of permanent codes, logos, and traceability information at impressive speeds of up to 189m/min. Request a quote for our high-speed flying laser marking system and improve your production efficiency.

Key Features:

Laser Power Options: 20W, 30W, 50W, providing flexibility for different marking requirements.
Wavelength: 1064nm for precise fiber laser marking.
Max. Scanning Speed: Up to 15000mm/s, ensuring fast, continuous marking without disrupting production.
Max. Scanning Size: 90x90mm (with an optional maximum of 600x600mm for larger parts).
Production Line Speed: Adjustable from 0-189m/min, determined by material and marking data.
Power Supply: 110V/220V Optional for versatility.
Compact Design: Weighing only 24.8Kgs, making it easy to install in any production space.
Working Temperature: Operational between 0-40℃ for consistent performance.

Looking for a reliable online flying fiber laser marking machine? Get in touch for wholesale pricing and OEM options.

Applications:

The right flying laser marking machine depends on your product material, surface condition, marking content, production-line speed, and required contrast.

FF Series — Fiber Flying Laser Marking M

The FF Series is suitable for many metal, coated material, hardware, electronic componen

Typical marking applications include:

• Metal serial numbers
• QR codes and Data Matrix codes
• Hardware component IDs
• Electronic part traceability
• Model numbers
• Indus
• Tool and fixture identification
• Coated metal packaging

Fiber laser sy

FC Series — CO₂ Flying Laser Marking Machine

The FC Series is designed for many pack

Typical marking applications include:

• Carto
• Labels
• Bottles
• Packaging films
• Food packaging
• Beverage packaging
• Plastic co
• Product date coding
• Batch number marking

CO₂ laser s

FU Series —

The FU Series is suitable for applications that require fine marking, high contrast,

Typical marking applications include:

• Glass
• Cosmetic packaging
• Pharmaceutical packaging
• Sensitive plastics
• Fine QR codes
• High-resolution prod
• Electronic components
• Precision industrial marking

Get the best price for fiber laser marking machines designed for high-speed conveyor systems.

What Affects Marking Speed and Code Quality?

The maximum production-line speed of a flying laser ma depends on the actual application. High-speed production requires the right balance between laser power, material response, code comple

The following factor

Material Type

Different materials re

Code Complexity

A simple date code can usually be marked faster than a large QR code

Marking Area

Larger marking fields and wider code layouts may require different lenses, mounting positions

Conveyor Speed

Higher conveyor speeds require accurate product detection and s

Requir

Some applications require high contrast, deeper engraving, or stronger code readability. These requirements may affe

For the most accurate recommendation, send us your material sample, marking content, code size, and target production speed.

Send Your Product Sample for Marking Evaluation

Before selecting a flying laser marking machine, we recommend testing your actual product material and surface.

Our samp

1. You send product photos, material details, and required marking content.
2. Yo
3. Our team evaluates whether Fiber, CO₂, or UV
4. A sample marking test is performed when required.
5. We review marking contrast, readability, code size, and production-line suitability.
6. We recommend the appropriate laser source, marking field, installation method, and system configuration.

This process helps reduce the risk of selecting the wr

Installation Planning for Online Laser Coding Systems

A flying laser marking machine should be planned as

Before installation, the following points should be considered:

• La
• Working distance between laser
• Product movement direction
• Product orientation during marking
• Sensor installation position
• Encoder or speed-feedback connection
• Available power supply and groundi
• Production-line safety interlock requirements
• Fume extraction requirements
• Access for cleaning and lens maintenance
• Emergency-stop conne
• Operator access and job-change workflow

JCZ can review your production-line photos, layout drawings, installation space, and product samples before final configuration.

System Configuration Options

Each flying laser marking machine can be configured according to your material, production speed, marking content, and integration requirements.

Available project-based configuration options

• Fiber, CO₂, or UV laser source
• Different laser power options
• Different marking field lenses
• Product detection sensors
• Conveyor encoder or speed-feedback integration
• Mounting bracket or adjustable stand
• Production-line trigger connection
• Optional conveyor system for standalone testin
• Fume extraction recommendation
• OEM branding
• Language customization
• Customized operating interface
• Project-sp

The final configuration should be confirmed after reviewing the product material, code content, line speed, and installation environment.

Why Choose JCZ

JCZ provides more than a standalone marking machine. We help industrial customers evaluate the complete production-line

Our team can support:

• Fiber, CO₂, and UV laser source selection
• Product material evaluation
• Sample marking tests
• C
• OEM and distributor projects
• Marking field selection
• Production-line trigger recommendations
• Technical specification supp
• Project-based quotations
• Customized language and operating requirements

The control system and operating software are supplied as part of the compatible machine configuration. They are not sold as standalone software products.

Frequently Asked Questions (FAQ):

What materials can the flying laser marking machine handle?

The FF | FC | FU Series is suitable for a variety of materials including metals, plastics, glass, and packaging films, thanks to the flexibility of fiber, CO₂, and UV laser sources.
What is the maximum speed of the laser marking system?

The machine can achieve a marking speed of up to 189m/min, ensuring non-stop, high-speed production without delays.
Can the flying laser marking machine integrate into existing production lines?

Yes, the machine is designed to be compatible with automated conveyor systems, providing seamless integration into your current production environment.
Is the flying laser marking machine environmentally friendly?

Absolutely. The flying laser marking system operates with zero consumables and low maintenance, making it an eco-friendly solution for high-speed marking.
What are the available power options?

The machine offers 20W, 30W, and 50W laser power options, providing flexibility to suit various marking applications.
How easy is it to install the flying laser marking system?

The compact design and lightweight nature (weighing 24.8kg) make the installation process straightforward and space-efficient.

Contact us today for a custom flying laser marking machine designed to fit your production needs.