Linxuan 3D laser marking machine adopts high-quality components to ensure high-speed and stable operation. Combined with user-friendly software and control systems, it enables you to achieve precise engraving on various curved surfaces, complex surfaces, and multi-layered structures.
Customized components, personalized integration
Quality assurance, long-term after-sales support
Industrial 3D Laser Marking Machine Manufacturer in China
In the modern industrial and personalized customization fields, choosing a reliable 3d printer laser engraver supplier is crucial. Linxuan Laser, with years of experience in developing laser machines, stands out for its exceptional product quality and professional customer service, providing you with a competitive edge.
3D Fiber Laser Marking Machine
Linxuan 3D dynamic focusing fiber laser marking machine achieves high precision and efficiency in 3D marking on various metal workpieces.
3D CO2 Laser Marking Machine
Linxuan 3D CO2 laser marking machine is designed for 3D engraving on non-metal materials, particularly suitable for wood, leather, glass, and plastic.
3D UV Laser Marking Machine
Linxuan 3D UV laser marking machine uses advanced UV laser technology, which is perfect for your fine marking and high-demand 3D marking tasks(such as 3d crystal engraving).
3D Curved Surface Adaptive Processing
Dynamic focusing system: By using a motorized Z-axis or a galvo + field lens linkage system, Linxuan 3d laser engraving machine can adjust the laser focal point in real time to accommodate surfaces with varying heights (such as spherical, sloped, or irregular parts).
Dead-angle-free marking: Capable of clearly engraving on uneven surfaces (such as gears, threads, bottle caps), effectively solving the blurring or missing issues caused by defocusing in 2D laser systems.
High Precision and Efficiency Improvement
Multi-Focus High-Speed Switching: Eliminates the need for repeated focusing during a single operation, significantly increasing efficiency compared to 2D marking.
Batch Processing: Linxuan 3d laser marking machine supports automatic recognition and continuous marking of multiple workpieces, ideal for rapid positioning on your production lines.
Large Format and Multi-Material Compatibility
With a pre-focusing optical system and large-size deflector lens, the 3D laser engraver covers a wider working area and adapts to products of various sizes.
It is compatible with metals (such as stainless steel, aluminum, copper alloys) and non-metals (such as plastic, ABS, PC, packaging bottles), and supports different processing needs – you can select UV, fiber, or CO2 laser sources (wavelength range: 355nm–10.6μm).
High-Efficiency Deep Engraving Capability
Traditional 2D laser deep engraving suffers from energy loss due to the laser focus shifting upward. In contrast, a 3d laser engraving printer maintains stable energy density through real-time focus adjustment, enabling uniform depth engraving (e.g., mold reliefs, deep metal engraving) with significantly improved efficiency.
Innovative Applications
3D laser marking machine has a wide range of applications in art, jewelry, mold manufacturing, and other fields. Combining different materials and 3D laser marking technologies can create unique products and effects.
Custom 3D Laser Marking Machine Supplier
Linxuan offers custom 3D laser marking machines. You will get a 3D laser engraving and marking machine that fully meets your production process and product requirements.
Our professional team provides comprehensive technical support and after-sales service, ensuring you have the best experience during use.
We maintain strict control over product quality and performance, ensuring that each customized 3D laser marking machine meets your expectations and needs. This helps you stand out in a competitive market.
Personalized Design
High-Performance
Professional Support
What Can You Make With a 3D Laser Marking Machine?
The core value of a 3D laser marking machine lies in breaking flat-surface marking limitations. By enabling dynamic focusing, it achieves “one-pass marking on curved surfaces,” efficient and uniform deep engraving, flexible work area expansion, and high precision across your various materials. The 3D printer and laser engraver technological advancements are driving upgrades in precision manufacturing across industries such as automotive, electronics, and medical, making it especially suitable for processing complex structural components.
Automotive Parts
QR codes and barcodes on crankshafts, serial numbers on turbine blades (resistant to high temperatures and oil), batch engraving on complex curved plastic components (headlights/rearview mirrors) without defocus blurring.
Tools and Molds
Parameter 3d laser marking on spiral drill grooves, anti-counterfeit codes on irregular mold steel, cavity traceability codes inside injection molds (automatic focusing in deep cavities).
Medical Devices
Markings on artificial joint surfaces, scale markings on endoscope bending sections, micro-model engraving on dental implant threads.
Consumer Electronics
Curved logo and model markings on TWS earbud cases (without damaging the electroplated layer), model marking on curved smartphone glass.
Sample Test of Linxuan 3D Laser Marking Machine
FAQs
What is a 3D laser marking machine?
A 3D laser marking machine is an advanced device that uses dynamic focusing technology to achieve high-precision marking on curved, inclined, or uneven surfaces.
How does a 3D laser marking machine work?
Laser Generation and Transmission
First, the laser source generates a high-energy laser beam. The beam is transmitted and initially adjusted through components such as mirrors and beam expanders.
Dynamic Focusing
Z-Axis Lifting System: The electric lifting platform moves the laser head up and down in real time according to the height of the current marking point, to compensate for the height difference.
Galvo + Dynamic Focusing Lens Coordination: The galvo system controls the laser beam scanning in the X/Y directions. The dynamic focusing lens (such as a galvo-based field lens) rapidly adjusts the focal point to ensure the laser beam maintains the smallest spot size on any position of the curved surface.
Material Interaction
When the laser beam is focused on the workpiece surface, it interacts with the material (such as through evaporation, ablation, or inducing a color change), thereby forming a permanent mark on the surface.
How to choose a 3d laser marking machine?
Here are a few key factors for you to consider:
Application Requirements
First, clarify what your application requirements are. Determine what kind of material you need to mark or engrave, and what your requirements are for accuracy, speed, marking area, and depth.
Material Suitability
Make sure the 3D laser marking machine you choose is suitable for the type of material you want to process, such as metal, plastic, glass, or ceramics. Different materials may require different types of laser sources(fiber, CO2, UV) and parameter settings.
Accuracy and Resolution
Choose a 3D laser marking machine with sufficient accuracy and resolution based on your application needs. This will determine whether you can achieve the detail and clarity you need.
Marking Area and Depth
Consider the size and shape of the objects you need to mark and make sure the 3D laser engraver you choose has a large enough work area and appropriate depth range to accommodate your workpieces.
Equipment Reliability and Durability
Understand the laser machine manufacturer’s background and brand reputation of the selected 3D laser marking machine, and check user reviews and feedback to ensure that the equipment is of reliable quality and has sufficient durability and stability.
Software and Control System
Evaluate the software and control system of the selected laser marking machine to ensure that it is easy to use, fully functional, and provides the required file format support and operating interface.
Service and Support
Understand the after-sales service and technical support provided by the supplier, including support in maintenance, training, and spare parts.
It’s best to consult multiple laser marking machine suppliers to compare features and prices between different brands and models before choosing. Choose the most suitable 3D laser marking machine based on your specific needs, budget, and future development plans.
Does the 3d laser marking machine require special software support?
Yes, Linxuan 3D laser marking machines typically require the use of dedicated marking software (MM3D). This software can process 3D models, generate paths, and control the movement and power of lasers.
