A. Standalone Fiber Marking
For manual loading, sample trials or a local part-marking station.
- Fiber laser unit and controller
- Part fixture and focal positioning
- Operator code-selection controls
High-speed marking for metal, cable and pipe
Fiber Laser Marking Machine for Metal, Cable and Pipe Coding
Select a VORANIX 1064 nm fiber laser for metals and selected non-metals, PE/PVC pipe, high-speed cable, aluminum foil pouches and other production-line applications after material and cycle-time testing.
Best fitMetal, PE/PVC pipe, cable and foil packaging
Code typesText, serials, logos, barcodes and 2D codes
Engineering gateMaterial and cycle-time test required
Application fit
Match the fiber laser to the material and line speed
Fiber laser marking is evaluated for durable identification on metals and selected non-metals, plus PE/PVC pipe, high-speed cable and aluminum foil pouch applications. The exact material, pigment, coating, mark content and line conditions determine whether 20 W, 30 W or 50 W is appropriate.
- Permanent text, serial number and machine-readable code trials on metal parts
- Continuous marking trials on PE/PVC pipe and high-speed cable
- Coding trials on aluminum foil pouches and selected non-metal surfaces
- Marking cells that may add code verification, reject logic or production records
Selection limits to resolve
- Material family alone is not enough; alloy, coating, finish and desired mark appearance must be tested.
- Marking speed cannot be stated without code content, field size, line width and quality requirements.
- Laser guarding, extraction and fixture design are part of the system, not optional afterthoughts.
Three scalable system levels
Choose equipment as part of the required solution
These are provisional architectures. Final components and boundaries depend on engineering discovery and verified technical data.
B. Automated Mark + Verify
For indexed or conveyor-fed parts requiring a verification decision.
- Part detection and marking sequence
- Camera, lighting and code inspection
- PLC result, alarm or reject interface
C. Serialized Part Traceability
For unique codes connected to production data and records.
- Serial assignment and marking
- Code verification and result capture
- Interface to customer data systems after protocol review
Technical parameters
Technical specifications from the supplied Word document
The tables below reproduce Fiber-laser-marking-machine.docx. Only the model headers have been prefixed with VORANIX; all other wording and values remain unchanged.
main technical parameters of Fiber laser marking series:
| project | Parametertable | VORANIX FL30W | VORANIX FL50W | VORANIX FL100W |
|---|---|---|---|---|
| characteristic | Machine material | All aluminum sandblasting oxidation | All aluminum sandblasting oxidation | All aluminum sandblasting oxidation |
| characteristic | Laser | The service life is more than 100000 hours | The service life is more than 100000 hours | The service life is more than 100000 hours |
| characteristic | Laser wavelength | 1064nm | 1064nm | 1064nm |
| characteristic | output power | ≥30W | ≥50W | ≥100W |
| characteristic | Marking speed | ≤12000mm/s | ≤12000mm/s | ≤12000mm/s |
| characteristic | controller | 10.2 inch touch controller | 10.2 inch touch controller | 10.2 inch touch controller |
| characteristic | Cooling system | Air cooling | Air cooling | Air cooling |
| parameter | Focus lens | 165mm | 165mm | 165mm |
| parameter | Minimum linewidth | 0.012mm | 0.012mm | 0.012mm |
| parameter | Repetitionaccuracy | 0.003mm | 0.003mm | 0.003mm |
| parameter | Marking range | 110mm×110mm(optinal) | 110mm×110mm(optinal) | 110mm×110mm(optinal) |
| parameter | Positioning mode | Blue light indication | Blue light indication | Blue light indication |
| parameter | Number of rows | Any line within the marking range | Any line within the marking range | Any line within the marking range |
| parameter | Production line speed | 0~130m/min (depending on the material) | 0~130m/min (depending on the material) | 0~130m/min (depending on the material) |
| Software | Multilingual | English, Spanish, German, Chinese, Russian, Arabic, etc | English, Spanish, German, Chinese, Russian, Arabic, etc | English, Spanish, German, Chinese, Russian, Arabic, etc |
| Software | jurisdiction | Multi user management authority | Multi user management authority | Multi user management authority |
| Software | operating system | Linuxsystem | Linuxsystem | Linuxsystem |
| Software | Inkjet mode | Static, analog, encoder | Static, analog, encoder | Static, analog, encoder |
| Software | Reserved signal | Start, print status, finish, fault | Start, print status, finish, fault | Start, print status, finish, fault |
| Software | data protection | With power failure data protection energy | With power failure data protection energy | With power failure data protection energy |
| Software | monitor | Provide overspeed alarm function | Provide overspeed alarm function | Provide overspeed alarm function |
| Software | De crossing | Automatic removal of intersections | Automatic removal of intersections | Automatic removal of intersections |
| Software | Coding software | Single and double machine code sending | Single and double machine code sending | Single and double machine code sending |
| Support type | typeface | Chinese and English, numbers, traditional, etc | Chinese and English, numbers, traditional, etc | Chinese and English, numbers, traditional, etc |
| Support type | file format | BMP/DXF/HPGL/JPEG/PLT | BMP/DXF/HPGL/JPEG/PLT | BMP/DXF/HPGL/JPEG/PLT |
| Support type | bar code | CODE39、CODE128、CODE126、QR | CODE39、CODE128、CODE126、QR | CODE39、CODE128、CODE126、QR |
| Servicing parameters | Power Supply | 220V/50HZ | 220V/50HZ | 220V/50HZ |
| Servicing parameters | Power consumption | 400W | 400W | 400W |
| Servicing parameters | Net weight of machine | 28kg | 28kg | 28kg |
| Servicing parameters | Overall dimension | nose：500mmX103mmX110mm Control box：416mmX170mmX267mm | nose：500mmX103mmX110mm Control box：416mmX170mmX267mm | nose：500mmX103mmX110mm Control box：416mmX170mmX267mm |
| environment | requirement | External temperature0℃－45℃;humidity≤95 | External temperature0℃－45℃;humidity≤95 | External temperature0℃－45℃;humidity≤95 |
quality standards implemented
| Serial number | name |
|---|---|
| GB 7247-87 | Radiation safety of laser products |
| GB10320-88 | Electrical safety of laser equipment and facilities |
| ISO9000-3 | International software standards |
| GB/T12123-89 | Sales packaging procedure |
| IEC 536 | Protection equipment against electric shock |
Material screening
Materials to evaluate
- Metals
- Selected non-metal surfaces
- PE pipe
- PVC pipe and high-speed cable
- Aluminum foil pouches
Production tasks
Typical application directions
- Metal part serialization
- PE/PVC pipe coding
- High-speed cable marking
- Aluminum foil pouch coding
- Mark-and-verify cells
Available visual evidence
Sample results and evidence status
Images are presented as application-screening evidence only. They do not establish production speed, durability, verification grade or compliance.
Before publication, every sample needs a verified material, machine model, settings, cycle condition, acceptance method and permission status.
Selection guide
Information VORANIX needs to select the system
Identify the exact substrate
Provide alloy, coating, finish, color and any surface treatment.
Define mark appearance
Clarify whether the goal is engraving, color change, annealing-like contrast or coating removal.
Define cycle conditions
Provide code content, field size, part motion, takt time and focus tolerance.
Define automation
Confirm fixture, loading method, vision task, PLC handshake and record requirements.
Engineering integration
System boundaries and acceptance
Engineering review must cover the selected 20 W, 30 W or 50 W source, optics, focus control, guarding and interlocks, extraction, pipe or cable guidance, encoder tracking, vision lighting, PLC timing, reject or stop behavior and data interfaces. High-speed cable and pipe performance must be validated with the real line.
Case-study evidence is not yet complete
No verified customer, site, model, before/after result or publication permission was found. Add a case study only after those records are supplied.
Review case-study requirementsFrequently asked questions
Fiber Laser Marking Machine FAQ
Which metals and non-metals can a fiber laser mark?
Many metals and selected non-metals can be evaluated, but mark appearance and speed vary by alloy, coating, pigment and finish. A sample test is required.
Can it mark PE pipe, PVC pipe and high-speed cable?
These are target applications for the VORANIX fiber range. The real jacket or pipe material, pigment, code size, encoder tracking and line speed must be tested.
What laser power should I choose?
The supplied range includes GX-20W, GX-30W and GX-50W. Selection still depends on the code, material, field size, line speed and desired mark.
Can the system verify a DataMatrix code?
A vision module can be designed to read or grade a code, but the exact verification standard, lighting, resolution and line speed must be defined.
Are the sample results production-qualified?
No. The current photos are visible test evidence only. They do not include verified settings, speed, durability or acceptance criteria.
Request a provisional system concept
Share your product, code and production-line conditions
VORANIX can compare standalone, print-and-verify and traceability options after the key application variables and samples are reviewed.