Product Introduction

The HT-F100 3-Axis Large Format Laser Marking Machine is designed for large-area marking and engraving on flat panels, plates and batches of small parts arranged across an extended worktable.

Technical Parameters

Parameter	Specification
Product name	3-Axis Large Format Laser Marking Machine
Model	HT-F100
Standard laser type	Fiber laser
Standard laser power	100 W
Optional laser configurations	5/10/15 W UV; 20–500 W fiber; MOPA fiber options
Standard laser wavelength	1064 nm
Frequency range	1–4000 kHz
Beam quality (M²)	<1.6
Maximum marking speed	≤7000 mm/s
Minimum line width	0.01 mm
Minimum character height	0.15 mm
Standard XYZ axis travel	600 × 400 × 300 mm
XYZ-axis repeatability	±0.03 mm
Configurable worktable size	600 × 600 to 1300 × 900 mm
Single galvo marking field	50 × 50 to 200 × 200 mm
Operating system	Windows 7 / Windows 10
Standard power supply	110–220 V, 50/60 Hz, single phase
Rated system power	800 W for the standard configuration
Positioning method	Manual fixture positioning; optional CCD vision positioning
Primary processes	Large-area marking, surface engraving, deep engraving and variable identification
Warranty	2 years
Available customization	Laser source, laser power, fixtures, CCD positioning, safety protection and electrical configuration

Key Process Advantages

Large-Format Marking
The X/Y motion platform extends the processing area beyond a fixed galvo field, making the machine suitable for large panels, nameplates, equipment covers and distributed marking positions.

Multi-Field Processing
Large graphics are divided into multiple programmed fields and processed in sequence, reducing manual workpiece repositioning and alignment between processing fields.

Deep Engraving
Repeated scanning with a suitable fiber-laser configuration removes material to create recessed text, serial numbers, scales and permanent identification marks on compatible metals.

Fine Marking
A minimum line width of 0.01 mm and minimum character height of 0.15 mm support small text, detailed graphics and compact traceability codes under suitable process conditions.

Multi-Parameter Marking
Power, speed and frequency can be assigned separately to different areas or layers, allowing multiple marking depths, contrasts or surface effects within one program.

Typical Applications

Large Metal Plates and Panels
Suitable for marking serial numbers, scales, logos, operating instructions and product identification on metal plates, control panels, machine panels and equipment covers.

Automotive and EV Components
Applicable to vehicle identification codes, QR codes, Data Matrix codes, part numbers and traceability information on battery trays, chassis components, motor housings and large metal parts.

Molds and Industrial Tooling
Suitable for marking mold numbers, cavity identification, maintenance records, coordinate references and technical information on molds, dies and tooling plates.

Electrical Cabinets and Industrial Equipment
Applicable to labels, wiring references, scales, warning information and equipment identification on electrical cabinets, distribution panels and machine enclosures.

Final suitability depends on the material, surface condition, workpiece flatness, required marking result and selected laser source.

Customization Options

Laser Source and Power
UV, fiber or MOPA fiber configurations can be selected according to the material, marking depth, contrast and thermal sensitivity.

Fixture and Positioning
Custom fixtures, supports and locating devices can be designed according to workpiece dimensions, reference points and batch layout.

CCD Vision Positioning
Optional CCD vision can support part identification and marking-position correction, depending on the selected vision package and application.

Safety Protection
Optional enclosures, interlocks, emergency-stop circuits, laser-protection windows and fume extraction can be configured according to the machine structure and destination-market requirements.

Electrical Configuration
Voltage, frequency and electrical connections can be adapted to the destination market. Interface language can be configured separately.

All customized items, safety functions and applicable documentation are confirmed in the technical quotation before production.

Why Choose Chinasky Laser?

More than 20 years of experience in laser equipment manufacturing and industrial laser applications.

Technical capability covering fiber, MOPA fiber, UV and large-format laser marking processes.

Engineering support for material testing, process evaluation, fixture design and equipment selection.

Customized capability for large-format marking systems and application-specific machine configurations.

Company qualifications and intellectual property include ISO 9001, CE and FDA-related certifications, 4 national invention patents and more than 20 utility model patents.

Technical and after-sales support for customers in more than 100 countries and regions.

Two-year warranty, with applicable certification documents, coverage and service responsibilities confirmed according to the ordered configuration and sales contract.

Frequently Asked Questions

Q: How does the HT-F100 achieve large-format marking?

A: The servo-controlled X/Y platform moves the galvo marking head between programmed fields, while each field is marked in sequence according to the complete layout.

Q: Can the machine process one large graphic across multiple fields?

A: Yes. Large graphics can be divided into multiple marking fields. Final alignment depends on axis calibration, focal consistency, material response and process settings, so sample testing is recommended for graphics with closely connected sections.

Q: Can the machine mark multiple small parts in one cycle?

A: Yes. Multiple parts can be arranged across the worktable and processed according to programmed positions. Custom fixtures or optional CCD positioning can be used to improve batch positioning.

Q: Which laser source should be selected?

A: Standard fiber lasers are suitable for permanent metal marking and engraving. MOPA fiber lasers provide adjustable pulse characteristics, while UV lasers are suitable for fine marking on plastics, glass, PCB materials and heat-sensitive substrates.

Q: What information is required for a quotation?

A: Please provide the material, surface condition, workpiece dimensions, marking area, marking content, required contrast or depth, target cycle time and workpiece drawings or photos. Sample parts are recommended when the result must meet specific visual, dimensional or code-readability requirements.

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3 Axis Large Format Laser Marking Machine