Applications

  • multi-purpose CNC technology suitable for various glass types and processing operations
  • digitally reconfigurable to adopt new processes and materials along the spirit of agile manufacturing
  • 3x less equipment footprint, 5x less carbon footprint, 90% less consumables, 80% less waste
app-1

Glassware Removing hot molds of the table glasses

  • safety
  • decreased carbon footprint
  • less Capex
  • less Opex

Applications and benefits

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Architectural glass One-sided straight or shaped cutting of laminated glass

  • increased speed
  • less manual work
  • less waste
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Automotive glass Cutting and chamfering of display glass, mirrors and windscreens.

  • safety
  • decreased equipment footprint
  • less Capex
  • less Opex
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Smart glass Coating removal and scribing

  • high accuracy
  • cost-efficiency
  • increased speed
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Microfluidics Microgrooving and microdrilling for microfluidic devices

  • increased speed
  • optical surface quality
  • high accuracy

Glass processing applications

Glassware

Hot end cutting of moils of the tableware glasses

Architectural glass

One-sided straight or shaped cutting of laminated glass

Automotive glass

Cutting and chamfering of display glass, mirrors and windscreens.

Smart glass

Coating removal and scribing for Low-E glass

Microfluidics

Microgrooving and microdrilling for microfluidic devices

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The GLAZER project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 954932

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