Rectilinear, Multilinear, Circular, and Curvilinear Thin Flat Glass/Substrate Cutting

• Single sheet
• Laminate (LCD)
• X-Y (uni- or bi-directional)
• Cut through Nitto^® tape or other protective polymer membrane during scribe

Clustering/Nesting Software for Maximum Substrate Utilization

• Irregular shapes on same substrate
• Unrestricted layout
• Not constrained to single shapes, columns or rows
• Cost-effective substrate real estate utilization
  

Stationary Stage

• Non-rotating to maintain overall flatness over a long period of use
• Fewer moving parts required
  

Unobstructed Load/Unload Surface

• Easy in-line incorporation
  

Rotating Cutting Head w/ Incorporated CCD camera

• Quick, repeatable target setting
• On-stage Measurement/Inspection
• Multi-scale feedback to ensure exact accuracy
• Precise, Repeatable alignment
• Rectilinear (X-Y)
• Multilinear (parallelograms, hexagons, trapezoids)
• Circular (circles, ovals)
• Curvilinear (D-shaped, filet-corner rectangles, arcs)
  

Custom TLC Software

• Controlled Auto-Calibrating Wheel Placement Accuracy
• Added precision
• Substrate auto-sizing
• Substrate auto-placement on stage
• Enhanced target location
• Repeatable scribe placement
• Software revisions/updates available free of charge, if no mechanical change required
  

User Friendly PC Windows^®-based Operating System with AutoCAD^® Interface 

• Graphic User Interface (GUI) screens
• Familiar commands
• Seamless interface with AutoCAD^®
• Easy to operate
  

Commercial Off-the-Shelf (COTS) Electronic Components

• Readily available
• Fast replacement
• Eliminate sole source supplier
  

Rugged Build

• High reliability
• Six year proven field performance
  

Simple Maintenance

• Keep it clean
  

Easy Operation

• Requires only 3-4 hours of  training, depending on language constraints
  

Affordable

• Least expensive Gen-3 and Gen-5 computer-controlled mechanical rectilinear/SHAPES glass cutters in the world
• Approximately 1/2 the cost of comparable equipment