3D Laser Engraving Machine
In the ever-evolving world of industrial design, manufacturing, and personalisation, 3D laser engraving machines are redefining what’s possible. Unlike conventional 2D engraving methods, 3D laser...
3D Laser Engraving Machine
In the ever-evolving world of industrial design, manufacturing, and personalisation, 3D laser engraving machines are redefining what’s possible. Unlike conventional 2D engraving methods, 3D laser engraving enables true multi-dimensional precision, allowing controlled depth variation, complex surface texturing, and the creation of highly detailed, lifelike structures directly on the workpiece.
By precisely controlling laser power, focus, and scanning strategies across multiple axes, 3D laser engraving systems can generate intricate reliefs, functional surface patterns, and aesthetic designs with exceptional repeatability. This makes them ideal for applications such as mould texturing, tool and die manufacturing, medical implants, luxury goods, security features, and advanced industrial components where surface functionality and visual quality are critical.
United Spectrum Instruments proudly distributes world-class 3D laser engraving systems from ACSYS Lasertechnik GmbH across India. By bringing proven European engineering and advanced laser processing technology to Indian manufacturers, United Spectrum Instruments supports high-precision engraving applications with expert consultation, integration support, and dependable local service.
Understanding Open-Air Laser Marking Systems
3D laser engraving uses high-powered lasers and intelligent control systems to sculpt materials at varying depths. This capability enables the creation of complex designs, curved surface engraving, and sculptural elements that are impossible with traditional tools.
Core Components:
- High-Powered Laser Source (Fiber or CO₂)
- 3D Scanning Galvanometer for fast beam control
- Precision Z-Axis Mechanism for depth adjustment
- Advanced 3D Design Software with CAD compatibility
- Auto-Focus and Machine Vision Systems
- Real-Time Monitoring Camera
- Industrial-Grade Frame and Laser-Safe Enclosure
- User-Friendly HMI with Touch Interface
Technical Specifications
| Specification | Details |
|---|---|
| Housing Class | Class 1 laser |
| Dimensions (W × D × H) | 870 × 1860 × 1450 mm |
| Approximate Weight | ~650 kg |
| Maximum Workpiece Weight | 100 kg |
| Inner Working Area | 750 × 600 mm |
| Travel (X / Y / Z) | 0 × 0 × 390 mm |
| Usable Range (X / Y / Z) at Optics (f = 100 mm) | 70 × 70 × 390 mm |
Key Features and Advantages
Key Features for Precision Craftsmanship
• High-Powered Laser Source (Fiber or CO₂): Delivers the energy required for deep and detailed engraving.
• 3D Scanning Galvanometer: Ensures fast, accurate beam control across complex surfaces.
• Precision Z-Axis Mechanism: Adjusts depth dynamically for true 3D effects.
• Advanced 3D Design Software: CAD-compatible for seamless design integration.
• Auto-Focus & Vision Systems: Guarantee accurate positioning and consistent depth.
• Real-Time Monitoring Camera: Provides live process visibility and quality assurance.
• Industrial-Grade Frame & Enclosure: Robust construction ensures durability and operator safety.
• User-Friendly HMI Interface: Simplifies programming, operation, and workflow management.
Unmatched Precision
• Produces intricate textures, fine details, and lifelike depth variations.
• Ideal for prototyping, luxury goods, and industrial-scale production.
• Maintains exceptional accuracy even on microscopic features.
Material Versatility
• Metals such as aluminium, steel, and titanium.
• Plastics, polymers, wood, and acrylics.
• Glass, ceramics, and composite materials.
• Suitable for both rigid and delicate substrates.
Complex Surfaces & Depth Control
• Engraves curved, domed, and irregular geometries with uniform clarity.
• True depth control creates multi-dimensional engravings and sculptural elements.
• Enables detailed 3D surface structuring beyond 2D limitations.
Contactless and Tool-Free Operation
• Eliminates tool wear and mechanical stress on materials.
• Non-contact process reduces post-processing needs.
• Enhances consistency across high-volume production runs.
Speed & Automation
• Fast setup with software-driven control systems.
• High cycle speeds enable efficient batch production.
• Integration with automation for flexible, scalable workflows.
Applications Across Industries
Gold Jewellery & Watch Industry
- 3D Relief Engraving on Gold and Silver
- Watch Dials with Intricate Textures
- Decorative Patterns on Rings, Pendants & Accessories
Dies and Mould Industry
- Mould Texturing and Cavity Marking
- Surface Function Engraving for Aerodynamics & Friction Control
- Functional Parts Prototyping and Marking
Medical & Dental Industry
- Custom Dental Crowns and Prosthetics
- Anatomical Modelling for Surgery Planning
- Bio-Texturing of Implants for Better Integration
Gold Minting and Bullion Manufacturing
- Coin Die Engraving and Master Tooling
- Serialisation and Anti-Counterfeit Features on Bullion
- Artistic and Commemorative Minting
Aerospace Industry
- Engraving Lightweight Structural Components
- Aerofoil Surface Texturing
- Part Identification and Traceability
Why Choose United Spectrum Instruments?
As the official distributor of ACSYS Lasertechnik GmbH in India, United Spectrum Instruments offers unmatched quality, support, and customisation in laser engraving technology.
Our Advantages:
- Technical Expertise: Years of laser application experience
- Custom Solutions: Tailored to Indian industrial and design requirements
- Full-Service Support: Pre-sales consultation to after-sales servicing
- Training & Integration: End-to-end setup and operator training
- Reliable Performance: ACSYS machines are known for durability and repeatability
Reach out to our team for a free consultation on integrating 3D laser engraving into your workflow.
FAQs
What materials can be engraved using 3D laser systems?
3D laser engraving is suitable for metals, plastics, glass, ceramics, wood, composites, and even coated materials.
How is 3D laser engraving different from traditional engraving?
Unlike traditional 2D engraving, 3D laser engraving creates depth variations and topographies, making it ideal for sculptural, functional, and high-resolution marking.
Do I need special software for 3D engraving?
Yes. Compatible 3D CAD software with STL/OBJ formats is essential. Most systems come bundled with specialised 3D laser processing tools.
How do I maintain quality during long production runs?
Regular calibration, real-time monitoring, material-specific presets, and quality control checklists help ensure consistent output.
Can I integrate 3D laser engraving into existing workflows?
Yes. Our experts help integrate laser systems into existing lines with minimal disruption using custom fixtures and automation.
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FAQs
What materials can be engraved using 3D laser systems?
3D laser engraving is suitable for metals, plastics, glass, ceramics, wood, composites, and even coated materials.
How is 3D laser engraving different from traditional engraving?
Unlike traditional 2D engraving, 3D laser engraving creates depth variations and topographies, making it ideal for sculptural, functional, and high-resolution marking.
Do I need special software for 3D engraving?
Yes. Compatible 3D CAD software with STL/OBJ formats is essential. Most systems come bundled with specialised 3D laser processing tools.
How do I maintain quality during long production runs?
Regular calibration, real-time monitoring, material-specific presets, and quality control checklists help ensure consistent output.
Can I integrate 3D laser engraving into existing workflows?
Yes. Our experts help integrate laser systems into existing lines with minimal disruption using custom fixtures and automation.
WHAT WE OFFER
Reliable Engineering Solutions for Modern Manufacturing
Imaging Cameras & Wavefront Sensors
Laser Sources
Dust & Fume Extractors
Industrial Laser Systems
Optical Communication Systems
Optical Sensors & Detectors
