Laser Scan Pattern Calculator

Professional laser scan pattern calculator for trajectory optimization, scanning speed analysis, and pattern efficiency calculations. Design optimal scan paths for galvanometer and polygon scanners.

Raster Scan Pattern

Scan Area Width

Scan Area Height

Line Spacing

Scan Speed

Turnaround Time

Scan Direction

Scan Pattern Results

Timing Analysis

Total Scan Time: -

Active Scan Time: -

Jump Time: -

Efficiency Ratio: -

Pattern Metrics

Total Distance: -

Number of Lines: -

Coverage Area: -

Pattern Density: -

Performance

Throughput: -

Average Speed: -

Scanner Utilization: -

Optimization Status: -

Scan Pattern Preview

Scan Pattern Types

Raster: Parallel lines, best for area filling
Vector: Point-to-point, best for outlines
Spiral: Continuous curve, minimal jumps
Optimized: TSP-based minimum time path

Scanner Types

Galvanometer: High precision, moderate speed
Polygon: Very high speed, linear scan
Resonant: Fixed frequency, high speed
Piezo: Ultra-precision, limited range

Optimization Factors

Speed: Minimize total time
Accuracy: Minimize positioning errors
Efficiency: Maximize scan/jump ratio
Quality: Uniform energy distribution

Applications

Marking: Text, codes, graphics
Cutting: Contour following
Engraving: Surface texturing
Drilling: Hole patterns
Welding: Seam tracking

⚠️ Scanning Safety Guidelines

Scan Field Safety: Ensure scan patterns remain within safe working area. High-speed scanning can cause beam deflection errors leading to unintended exposure. Implement field-of-view limiting and emergency stop systems. Monitor scanner temperatures during high-duty-cycle operations. Verify pattern accuracy before processing valuable parts.