Automatic Lazer Sandblasting Machines

Digital Surface Structuring Technology Driven by Precision Optics & Advanced Control Systems

Wings Logic Automatic Laser Sandblasting Machines represent a new generation of non-contact, digitally controlled glass surface treatment technology, engineered to deliver high-precision frosting, engraving, and decorative texturing with absolute repeatability.

Unlike conventional sandblasting methods that rely on abrasive media and manual masking, laser sandblasting uses controlled laser ablation to modify the glass surface at a microscopic level—without physical contact, material wear, or process inconsistency. This technology is not an upgrade. It is a fundamental shift in how glass surfaces are engineered.

Why Laser Sandblasting Is the Future of Glass Surface Processing

Traditional sandblasting methods face inherent limitations:

As architectural and interior glass applications demand:

Laser-based surface treatment becomes essential. Wings Logic Automatic Laser Sandblasting Machines eliminate the randomness of mechanical abrasion and replace it with digitally controlled energy interaction.

Core Engineering Philosophy at Wings Logic

Our laser sandblasting systems are developed around four non-negotiable engineering principles:

Every system is engineered as a precision optical-mechanical platform, not a decorative tool.

Understanding Laser Sandblasting Technology

Laser sandblasting works by directing a high-energy laser beam onto the glass surface, where controlled energy absorption causes:

The result is a consistent frosted or textured appearance, achieved without removing bulk material or damaging glass integrity. Because the process is digitally controlled, every square millimeter receives identical treatment.

Laser Source & Optical System Engineering

High-Stability Laser Source

High-Stability Laser Source

Wings Logic systems use industrial-grade laser sources, selected for:

Stable energy output
Long operational life
Consistent beam quality

Laser power, pulse frequency, and energy density are precisely controlled to match:

Glass thickness
Surface coating type
Desired finish depth

Precision Beam Delivery & Focusing

Advanced optical systems ensure:

Accurate beam focus
Uniform spot size
Stable energy distribution

Beam delivery is optimized to prevent:

Over-etching
Thermal stress
Surface micro-cracks

This level of optical control is the result of extensive R&D and process calibration.

Motion Control & Positioning System

High-Precision CNC Motion Platform

Glass is processed on a servo-driven CNC motion system, enabling:

Accurate pattern reproduction
Smooth movement at variable speeds
Complex geometry execution

This allows laser sandblasting of:

Text
Logos
Geometric designs
Gradients and artistic textures

With perfect positional accuracy.

Synchronization of Motion & Laser Output

Laser firing is synchronized with motion speed to ensure:

Uniform surface texture
Consistent depth across patterns
No visible overlap marks

This synchronization is critical for architectural-grade visual quality.

Software & Digital Process Control

CAD-Based Design Integration

Wings Logic laser sandblasting machines support:

DXF and vector file import
Digital pattern scaling
Repeatable design libraries

Designs are processed exactly as programmed, with zero interpretation error.

Recipe-Based Surface Processing

Different surface finishes are stored as digital recipes, controlling:

Laser power
Scanning speed
Pass count
Overlap density

This ensures:

Repeatable output
Fast changeover
Consistent quality across batches

Surface Quality & Visual Performance

Laser sandblasted glass produced on Wings Logic machines offers:

Uniform frosting without streaks
Clean edges and sharp detailing
Controlled light diffusion
High optical consistency

Unlike mechanical sandblasting, there is:

No uneven erosion
No shadowing from masks
No abrasive residue

This makes the output suitable for high-end architectural and interior applications.

Glass Integrity & Structural Safety

A critical advantage of laser sandblasting is non-contact processing.

This ensures:

No mechanical stress on glass
No edge damage
No surface contamination

Glass retains its structural integrity, making it safe for:

Tempering
Laminating
DGU production

Laser sandblasted glass integrates seamlessly into downstream processes.

Clean, Eco-Friendly & Low-Maintenance Operation

Dust-Free Processing

Unlike conventional sandblasting, laser systems produce:

No abrasive dust
No spent media
No filter clogging

This creates a:

Cleaner factory environment
Lower housekeeping cost
Safer working conditions

Low Consumable Dependency

Laser sandblasting eliminates:

Abrasive media
Masks and stencils
Frequent part replacement

This significantly reduces operational cost and downtime.

Industrial Reliability & Production Stability

Wings Logic laser sandblasting machines are designed for:

Industrial-grade components and robust system architecture ensure long-term reliability.

Typical Applications

Automatic Laser Sandblasting Machines are widely used for

They enable glass processors to move into high-value, design-driven markets.

Integration with Complete Glass Processing Lines

Laser sandblasting systems integrate seamlessly with:

This allows surface processing to become a controlled, upstream design operation, not a manual afterthought.

Service, Calibration & Process Support

Wings Logic backs every laser sandblasting system with:

Our service teams understand optics, motion control, and glass behavior, not just machine mechanics.

Built for the Next Generation of Glass Design

As glass architecture moves toward:

Laser sandblasting becomes a strategic capability, not a niche option. Wings Logic designs systems that empower glass processors to lead in design, quality, and technology.

Why Customers Trust Wings Logic Autoclaves

Wings Logic does not decorate glass —we engineer surface performance through controlled energy.