Product Overview

The 60W Fully Enclosed Fiber Laser Marker combines a 60W fiber laser source, galvanometer scanning system, enclosed marking cabinet, and computer-controlled marking software. It processes serial numbers, QR codes, Data Matrix codes, barcodes, logos, graphics, and deep engravings on metal workpieces.

Machine Specifications

Parameter	Specification
Laser Power	60W
Laser Wavelength	1064 nm
Repetition Frequency	0–100 kHz
Beam Quality	<2
Maximum Marking Speed	≤7,000 mm/s
Minimum Line Width	0.01 mm
Minimum Character Size	0.15 mm
Repeatability	±0.002 mm
Power Supply	90–260V, 50/60Hz, Single Phase
Cooling Method	Built-in Air Cooling
Control Interface	USB
Operating System	Windows 7 / Windows 10
Standard Marking Field	100 × 100 mm

Enclosed Marking System

The fully enclosed cabinet keeps the laser marking process inside a defined working area. Emergency stop, key switch control, red-light positioning, and controlled laser activation are included in the machine configuration.

The enclosed workstation supports operator loading and unloading while the laser process runs inside the cabinet, making it suitable for factory-based marking operations.

Marking Performance

The machine supports:

Deep engraving on steel and other metals
Permanent part identification
Serial number marking
QR code and Data Matrix marking
Barcode marking
Logo and graphic engraving
Multi-pass engraving
Cylindrical marking with a rotary axis

The stated maximum marking speed is 7,000 mm/s, with a minimum line width of 0.01 mm and minimum character size of 0.15 mm.

Marking Materials

The machine is intended for metal marking and engraving applications.

Material	Typical Applications
Stainless Steel	Part identification, serial numbers, deep engraving
Carbon Steel	Tool marking, part numbers, deep engraving
Iron	Industrial component identification
Aluminum	Product identification, logos, serial numbers
Brass	Component marking, engraving
Copper	Identification and detailed marking
Titanium	Permanent component marking
Anodized Aluminum	Surface marking, product identification
Engineering Plastics	Material-specific testing required

Marking Applications

Automotive Components
Mark part numbers, serial numbers, traceability codes, and identification data on gears, bearings, engine components, brake components, shafts, and metal plates.

Mold Manufacturing
Engrave mold numbers, cavity identification, logos, maintenance information, and permanent identifiers on steel molds and tooling.

Metal Fabrication
Mark stainless steel products, aluminum components, industrial tools, hardware parts, nameplates, and fabricated metal components.

Electronics Components
Mark connectors, housings, switches, sensors, electrical components, and metal accessories with product codes and traceability information.

Medical Components
Mark stainless steel instruments, surgical tools, equipment components, and other metal parts requiring permanent identification.

Precision Engineering
Process shafts, machined components, tooling, industrial parts, and precision metal components requiring fine or deep engraving.

Marking Software

The marking software supports text, graphics, serial numbers, barcodes, QR codes, Data Matrix codes, and variable production data.

Serial numbers and other variable information can be changed between workpieces without rebuilding the complete marking file. This supports part identification, batch tracking, and production traceability.

USB provides the standard control interface between the marking computer and machine system.

Production Integration

Optional equipment extends the machine from individual workstation marking to repetitive production workflows.

Rotary Axis
Marks rings, shafts, pipes, bearings, and other cylindrical parts by rotating the workpiece during processing.

Motorized Z-Axis
Provides powered height adjustment for workpieces at different focal positions.

Auto Focus System
Automates focal positioning and reduces manual height adjustment.

Conveyor Platform
Moves workpieces through a defined marking position for repetitive production.

Inspection Process

Each machine undergoes inspection before shipment covering assembly, laser alignment, marking accuracy, engraving performance, electrical functions, software operation, and continuous running.
Final verification includes:

Laser calibration
Marking accuracy testing
Repeatability testing
Engraving verification
Electrical function testing
Software testing
Continuous operation testing

A Factory Acceptance Test (FAT) can be arranged before shipment. Customer samples and marking files can be used to verify the agreed marking result before delivery.

FAQ

Q: What is the lead time?

A: Lead time is confirmed after the machine configuration and accessories are finalized. Standard and automated configurations follow different production schedules.

Q: What is the warranty period?

A: Warranty terms, coverage, exclusions, and claim procedures are stated in the sales contract before shipment.

Q: What after-sales support is provided?

A: Remote technical support covers installation, operation, software settings, troubleshooting, and routine maintenance.

Q: Is operator training included?

A: Training covers machine operation, marking software, parameter settings, safety procedures, and basic maintenance. On-site training is available when included in the purchase agreement.

Q: Are spare parts available?

A: Yes. Recommended spare parts and maintenance components can be supplied with the machine or ordered separately.

Q: What export documents are provided?

A: Typical documents include the commercial invoice, packing list, bill of lading, certificate of origin, and applicable compliance documents.

Q: Is the machine CE compliant?

A: CE documentation is provided for applicable machine configurations. The exact documents should be confirmed before shipment.

Q: Is FDA compliance available for the U.S. market?

A: Applicable FDA laser-product documentation is confirmed according to the final machine configuration and U.S. requirements.

Q: What laser safety features are included?

A: The machine includes an emergency stop, key switch, red-light positioning, and controlled laser activation. Enclosure safety requirements and applicable laser regulations should be verified for the installation site.

Q: Can samples be tested before ordering?

A: Yes. Customer samples can be tested for marking appearance, engraving depth, code readability, and processing results before final configuration.