Industrial Laser System – Laser Engraving Machines
Deep Laser Engraving Machine
Unleashing Depth and Detail Across Industries
In modern manufacturing, art, and industrial design, Deep Laser Engraving Machines are revolutionising the way we create, mark, and customise materials. These high-performance systems leverage concentrated laser beams to engrave deep, detailed patterns into a broad range of materials — from metals and glass to wood and stone. Whether for industrial parts, jewellery, signage, or fine art, deep laser engraving offers precision and versatility beyond traditional methods.
Understanding Deep Laser Engraving Technology
From Vaporisation to Masterpiece: How It Works
Deep laser engraving uses high-powered laser sources — such as fiber, CO₂, or hybrid lasers — to ablate or vaporise layers of material, carving permanent patterns, logos, or textures into the substrate. This non-contact and high-energy process ensures clean, precise, and repeatable engravings without mechanical stress, tool wear, or contamination.
Key Benefits of the Technology:
- Depths up to several millimetres in metals and hard materials
- High resolution for intricate details
- Supports batch engraving and individual personalisation
- Works on flat and curved surfaces
Technical Specifications
| Parameter | Specification |
| Housing | Class 1 laser |
| Dimensions W/D/H (mm): | 870 x 1860 x 1450 |
| Approx. weight (kg): | 800 |
| max. workpiece weight (kg) | 100 |
| inner surface (mm) | 750 x 550 |
| Travel x/y/z (mm): | 360 x 275 x 390 |
| Usable range x/y/z (mm) at optics (f=100) | 430 x 345 x 450 |
Key Features and Advantages
Core Machine Elements
High-Power Laser Source (Fiber, CO₂, or Hybrid): Provides deep penetration and fast material removal for multi-millimetre engraving depths.
Beam Delivery & Precision Optics: Maintain uniform energy distribution and sharp focus for consistent depth and edge quality.
Precision Motion Control (2D/3D): Enables accurate engraving paths across flat, curved, and complex surfaces.
Sturdy Vibration-Isolated Frame: Ensures repeatability and stability during heavy-duty operations.
Advanced CAD/CAM Software Interface: Allows seamless design import, toolpath optimisation, and real-time process control.
Fume Extraction & Filtration Units: Protect operators and optics by removing particulates and fumes.
Integrated Cooling System: Maintains stable operating temperatures for laser modules and substrates.
Optional Rotary Attachments: Expand capability for engraving cylindrical and conical parts.
Why It Delivers More
Exceptional Engraving Depth with Precision
Achieves engraving depths up to several millimetres while preserving fine lines, textures, and sharp corners.
Perfect for coin dies, moulds, stamping tools, and permanent branding marks.
Cross-Material Compatibility
Processes stainless steel, titanium, aluminium, and other metals.
Equally effective on polymers, plastics, ceramics, leather, and acrylics.
Adapts to both industrial and creative production environments.
Non-Contact, Stress-Free Processing
Eliminates tool wear, vibration, and material stress common in CNC or mechanical methods.
Safe for thin, brittle, or high-value materials with no deformation.
Productivity with Minimal Waste
Faster than traditional engraving or etching techniques.
Reduces scrap, lowers setup time, and optimises energy efficiency.
Ideal for high-volume production and customised small-batch runs.
Applications Across Industries
Industrial Manufacturing
Deep laser engraving plays a critical role in enhancing part identification, traceability, and tool functionality in large-scale manufacturing.
- Permanent Serial Number & Data Matrix Marking
- Tool & Die Engraving for Batch Stamping
- Engraved Moulds for Plastics and Die Casting:
- Aerospace & Automotive Part Identification
Jewellery & Watchmaking
In luxury goods manufacturing, deep laser engraving ensures unmatched design precision and durability on small, delicate surfaces.
- 3D Deep Design on Precious Metals
- Hallmarking and Micro-Branding
- Texturing & Inlay Preparation
- Custom Engraving of Personalised Items
Electronics & Aerospace
Laser engraving enables precise component-level traceability and functional microstructuring in electronics and mission-critical aerospace assemblies.
- Control Panel & Button Marking
- PCB Trace Modification & Isolation
- Aerospace-Grade Metal Marking
- Component Traceability Codes
Tooling Industry
High-performance tooling relies on deep laser engraving for enhanced durability, identification, and productivity in demanding operational environments.
- Carbide & High-Speed Steel Tool Marking
- Surface Structuring for Lubrication Retention
- Functional Engraving on Gauges & Fixtures
- QR Code & UID Integration
Dies and Moulds
Laser deep engraving enhances the performance and reusability of complex dies and moulds across multiple manufacturing disciplines.
- Mould Cavity Engraving for Part Decoration
- Die Texturing for Functional Surfaces
- Cooling Channel Labelling & Maintenance Info
- Wear Indicator Engravings
Why Choose United Spectrum Instruments?
Official Distributor for ACSYS Lasertechnik GmbH in India
United Spectrum Instruments proudly represents ACSYS Lasertechnik GmbH, a globally recognised leader in laser solutions. We bring state-of-the-art Deep Laser Engraving Machines to Indian industries, helping customers enhance production capabilities and creative expression.
Key Advantages:
- Decades of expertise in industrial laser integration
- High-quality German engineering and precision systems
- End-to-end support: application testing, installation, and training
- India-wide sales and service network
Solutions tailored for manufacturing, creative, and research use cases
FAQs
What is the maximum depth achievable with a Deep Laser Engraving Machine?
Depths of up to several millimetres are achievable in metals, depending on material hardness, laser power, and dwell time.
Can Deep Laser Engraving be performed on curved or uneven surfaces?
Yes. With multi-axis motion systems and rotary attachments, engraving can be done on cylindrical or complex 3D surfaces.
How does deep laser engraving compare to CNC engraving?
Laser engraving is faster, non-contact, more detailed, and requires no tool changes, making it ideal for precision and delicate parts
Which materials are best suited for deep laser engraving?
Common materials include metals (steel, brass, titanium), wood, acrylic, glass, ceramics, and stone. The correct laser type ensures optimal results.
Do you provide application testing or sample engraving?
Yes. United Spectrum Instruments offers feasibility studies, sample engraving trials, and live demonstrations upon request.
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FAQs
What is the maximum depth achievable with a Deep Laser Engraving Machine?
Depths of up to several millimetres are achievable in metals, depending on material hardness, laser power, and dwell time.
Can Deep Laser Engraving be performed on curved or uneven surfaces?
Yes. With multi-axis motion systems and rotary attachments, engraving can be done on cylindrical or complex 3D surfaces.
How does deep laser engraving compare to CNC engraving?
Laser engraving is faster, non-contact, more detailed, and requires no tool changes, making it ideal for precision and delicate parts
Which materials are best suited for deep laser engraving?
Common materials include metals (steel, brass, titanium), wood, acrylic, glass, ceramics, and stone. The correct laser type ensures optimal results.
Do you provide application testing or sample engraving?
Yes. United Spectrum Instruments offers feasibility studies, sample engraving trials, and live demonstrations upon request.
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Reliable Engineering Solutions for Modern Manufacturing
Industrial Laser Systems
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