200w 300w Large Format 3D Dynamic Galvo Fiber Laser Marking Machine 1200 × 1200 mm
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Large-Area Metal Engraving. Detailed 3D Relief. One Dynamic Optical System.
The HITEC Laser HTJ1212-F3 is a large-format 3D dynamic galvo fiber laser marking machine designed for deep metal engraving, grayscale relief engraving, mold texturing and detailed graphics across large surfaces.
With a dynamic focusing system and a marking field of up to 1200 × 1200 mm (47.2 × 47.2 in), it enables large-area laser processing without conventional XY mechanical repositioning within the configured optical field.
Unlike a standard flat-field fiber laser marker, the HTJ1212-F3 is designed for applications requiring both a large marking area and controlled 3D engraving performance.
Best suited for: Metal relief artwork · Deep engraving · Mold texturing · Large-format decorative metal panels · Industrial graphics
What Can the Large Format 3D Dynamic Galvo Fiber Laser Marking Machine do?
01. Grayscale BMP Relief Engraving
Convert grayscale images into varying engraving depths to create textured, sculpted effects on suitable metal surfaces.
Typical applications include decorative metal artwork, relief patterns, custom graphics and detailed surface designs.
02. Deep Metal Engraving
Process suitable metal workpieces for recessed graphics, engraved patterns and applications requiring more than surface marking.
Achievable depth and cycle time depend on the material, laser configuration, pattern density and required finish.
03. 3D Mold Texturing
Create controlled surface patterns and textures on compatible metal tooling and mold surfaces. Actual results depend on the workpiece geometry, material and required texture depth.
04. Large-Surface Dynamic Marking
Process graphics across a configured marking field of up to 1200 × 1200 mm using dynamic focusing technology, reducing the need for conventional mechanical repositioning within that field.
Why Choose a 3D Dynamic Galvo System?
A large working area alone does not guarantee good engraving results. Optical field coverage, focus compensation, laser parameters and image processing all affect the final outcome.
The HTJ1212-F3 is designed around three important requirements:
Large optical coverage: A configured marking field of up to 1200 × 1200 mm.
Dynamic focusing: Supports processing across the designed field while compensating for focus variation within the system’s operating range.
Grayscale engraving capability: Suitable for BMP-based relief workflows where image tones are translated into engraving effects.
Dynamic Galvo vs. XY Gantry Marking
A dynamic galvo system and a mechanical gantry system solve different engineering problems.
Consideration | 3D Dynamic Galvo | XY Gantry Galvo |
Area coverage | Within the configured dynamic optical field | Extended through mechanical movement |
Main advantage | Dynamic focusing and large-field optical processing | Flexible coverage of oversized workpieces |
Mechanical XY movement | Not required for coverage within the optical field | Used to extend the processing area |
Typical applications | BMP relief, deep engraving and mold texturing | Large plates, oversized panels and distributed marking tasks |
Which should you choose?
Choose a dynamic galvo configuration when large-field optical processing and 3D relief quality are central to the application. Consider a gantry system when the workpiece exceeds the practical optical field or requires mechanically extended coverage.
The appropriate configuration should be confirmed through application testing.
Technical Specifications
Item | HTJ1212-F3 |
Machine type | 3D Dynamic Galvo Fiber Laser Marking Machine |
Brand | HITEC Laser |
Model | HTJ1212-F3 |
Maximum configured marking field | Up to 1200 × 1200 mm |
Equivalent working field | Approximately 47.2 × 47.2 in |
Laser type | Fiber laser |
Focusing system | 3D dynamic focusing |
Image-based engraving | BMP grayscale relief engraving |
Primary applications | Deep engraving, relief engraving, mold texturing and large-surface processing |
3D Dynamic Fiber Laser Working Video
The machine is intended for application-specific processing rather than every material or engraving task.
Stainless steel: Decorative engraving, recessed graphics and surface texturing.
Aluminum: Engraved graphics and relief effects, subject to alloy and surface condition.
Other compatible metals: Application suitability must be confirmed by testing.
Typical industries and applications include decorative metal manufacturing, custom metal artwork, tooling and mold processing, and industrial engraving.
For coated, plated or specially treated surfaces, sample testing is recommended before confirming production parameters.
How to Evaluate a 1200 × 1200 mm 3D Laser Engraving System
Before selecting a machine, confirm these four points:
1. Required engraving depth
Provide the target depth and whether it must remain uniform across the design.
2. Image and pattern complexity
Grayscale relief images, fine textures and solid deep engraving can require different processing strategies.
3. Material and surface condition
Material grade, hardness, coating and surface finish influence the result.
4. Finished workpiece size
Confirm the actual design dimensions and required processing field. A nominal 1200 × 1200 mm field does not mean every design will achieve the same depth, resolution or cycle time.
HITEC Laser can evaluate the application and recommend a suitable configuration based on the workpiece and required result.
HITEC Training HTJ-1212 F3 3D Dynamic Fiber Laser in Indonesia
FAQ
What is a 3D dynamic galvo fiber laser marking machine?
It is a fiber laser processing system that uses dynamic focusing optics to control the laser focus across a designed field. It is suitable for applications such as grayscale relief engraving, deep engraving and surface texturing.
Can the HTJ1212-F3 engrave a 1200 × 1200 mm image?
The machine is designed for a configured marking field of up to 1200 × 1200 mm. The achievable result depends on the image, material, laser configuration and processing requirements. Confirm the effective field for your specific application before ordering.
Can it create 3D relief from a BMP image?
Yes. BMP grayscale relief engraving is one of the machine’s intended applications. The final relief appearance and depth depend on grayscale mapping, image preparation, material properties and laser parameters.
Is it suitable for deep engraving on metal?
It is designed for deep metal engraving applications. Required depth, surface finish and production time should be evaluated using the actual material and sample design.
Does it require an XY moving table?
The HTJ1212-F3 uses a dynamic galvo configuration for processing within its configured optical field. It is not the same architecture as an XY gantry system that mechanically extends coverage beyond a fixed optical field.
What is the difference between 3D dynamic marking and ordinary 2D fiber laser marking?
A conventional 2D system operates within its designed focal plane and optical field. A 3D dynamic system adds focus control across its designed working range, making it more suitable for certain large-field and relief-processing applications.
How do I choose the right laser power?
Laser power should be selected according to the material, required engraving depth, design complexity and target cycle time. A sample test is more reliable than choosing power based on wattage alone.
Can HITEC Laser test my material before ordering?
Contact HITEC Laser with your material, workpiece dimensions, reference image and required engraving depth. These details help determine the appropriate configuration and testing procedure.
Configure Your HTJ1212-F3 for Your Application
Not every large-format laser marking application requires the same optical setup or processing parameters.
Send HITEC Laser your material, design file, workpiece dimensions and target engraving depth. We can assess the application and help identify a suitable configuration before you invest.