Automatic Sandblasting Machine

High-Throughput Abrasive Surface Engineering for Consistent Glass Finishing

Wings Logic Automatic Sandblasting Machines are engineered for controlled, repeatable, and high-capacity glass surface treatment, delivering uniform frosting, texture creation, and functional surface roughening across a wide range of glass products.
Unlike manual or semi-automatic systems, Wings Logic automatic sandblasting machines transform sandblasting into a fully controlled industrial process, where abrasive flow, air pressure, exposure time, and movement precision are engineered — not guessed. This is surface engineering, not surface decoration.

Why Automatic Sandblasting Remains Essential in Glass Manufacturing

Despite advances in laser processing, abrasive sandblasting continues to play a critical role where factories require:
Manual sandblasting introduces:
Wings Logic Automatic Sandblasting Machines eliminate these variables by delivering automation-driven consistency at scale.

Core Engineering Philosophy at Wings Logic

Our automatic sandblasting systems are built on four uncompromising principles
Every system is engineered as a precision-controlled abrasive processing chamber, not a blasting booth.

Understanding Abrasive Sandblasting Physics

Sandblasting modifies glass surfaces through kinetic energy transfer, where abrasive particles impact the glass to create:
Key process variables include:
Wings Logic systems precisely control each parameter to ensure predictable and repeatable surface results.

Machine Structure & Enclosure Design

The blasting chamber is constructed using:
  • Wear-resistant steel panels
  • Abrasion-resistant internal linings
  • Fully sealed enclosure design
This ensures:
  • Long machine life
  • Stable internal conditions
  • Safe containment of abrasive media
Structural integrity is critical for consistent blasting performance.
Integrated Safety Enclosure
The fully enclosed design prevents:
  • Dust escape
  • Operator exposure
  • Environmental contamination
This creates a safe and regulation-compliant working environment.
Conveyor-Based Glass Transport
Glass moves through the blasting chamber via:
  • Servo-driven conveyors
  • Stable glass support systems
  • Controlled speed regulation
This ensures:
  • Uniform exposure
  • Consistent blasting depth
  • No surface streaking
Motion precision directly determines finish uniformity.
Multi-Axis Blasting Head Movement
Blasting nozzles are mounted on automated motion systems, allowing:
  • Precise nozzle positioning
  • Controlled traversal patterns
  • Uniform coverage across glass surface
This eliminates uneven frosting caused by manual movement.
Controlled Abrasive Flow
Wings Logic systems use:
  • Calibrated abrasive feeding units
  • Consistent media flow regulation
  • Abrasive recycling and recovery systems
This ensures:
  • Stable blasting intensity
  • Reduced abrasive waste
  • Predictable surface finish

Air Pressure & Velocity Control

Industrial compressors and control valves regulate:
  • Air pressure
  • Particle velocity
  • Impact energy
These parameters are optimized for:
  • Glass thickness
  • Desired roughness
  • Production speed
Automated Mask Handling
For patterned frosting, Wings Logic machines support:
  • Film or stencil masking
  • Automated positioning
  • Secure mask adhesion
This allows creation of:
  • Logos
  • Geometric patterns
  • Privacy designs
With repeatable accuracy.

Automatic sandblasting produces:

  • Uniform matte finish
  • Controlled roughness depth
  • Consistent light diffusion

Compared to manual methods, Wings Logic systems eliminate:

  • Patchiness
  • Over-blasted zones
  • Visible operator marks

The result is commercially consistent, sale-ready glass.

Sandblasted glass must withstand downstream processing.

Wings Logic sandblasting machines are engineered to:

  • Preserve glass strength
  • Avoid edge damage
  • Maintain compatibility with tempering and lamination

This ensures sandblasted glass can be:

  • Tempered safely
  • Laminated reliably

Used in DGU applications

High-Efficiency Dust Extraction
Integrated dust collectors:
  • Capture fine glass and abrasive dust
  • Maintain chamber visibility
  • Protect internal components
This improves:
  • Operator safety
  • Machine cleanliness
  • Compliance with workplace regulations
Abrasive Recycling & Waste Reduction
Recovered abrasive media can be:
  • Filtered
  • Reused
  • Safely disposed
This reduces operating cost and environmental impact.
Industrial Reliability & Continuous Operation
Wings Logic Automatic Sandblasting Machines are designed for:

All wear parts are:

Typical Applications
Automatic Sandblasting Machines are widely used for:
They are essential for factories supplying volume-driven markets.
Business & ROI Perspective
Automatic sandblasting delivers ROI through:
For many processors, it remains the most cost-effective surface treatment technology.

Service, Training & Process Support

Wings Logic supports every sandblasting system with: 

Our teams understand abrasive dynamics, not just machine mechanics.

Built for Volume, Consistency & Long-Term Production

As glass factories balance: 

Automatic sandblasting remains a proven, dependable solution. Wings Logic designs machines that deliver industrial consistency with engineering discipline

Why Customers Trust Wings Logic Automatic Sandblasting Machines

Wings Logic does not blast glass — we engineer controlled surface transformation.

Strong understanding of abrasive surface physics

Robust mechanical design

Repeatable industrial performance

Safe and compliant operation

Reliable service and lifecycle support

Discuss Your Automatic Sandblasting Requirement