Inspection / frame application

Automatic or manual frame positioning for conventional spacers


Here are three reasons why Glaston’s spacer frame application technology is your best choice

1.

Effective and quick glass plate control

2.

Automatic feeding and precise butyl coated spacer frame application

3.

Continuous application in any sequence for different spacer frame features

FRAME’SETTER VR


Visual inspection of glass plates and manual positioning of spacer frames

Glaston_FRAME'SETTER VR_03
  • Total visual surface monitoring of glass plates, supported on the upper and lower edges only
  • Contrast lighting of the inspection area for effective and quick glass plate control
  • Automatic adjustment of the vertical movable roller girder
  • Program-controlled vertical and horizontal frame positioning girder for quick and exact application of butyl-coated spacer frames

Quick glass inspection

  • Non-soiling glass plate transport
  • Automatic adjustment of the frame positioning girder according to present glass thickness
  • Quick adjustment for frame setback
  • Operation programs for double and triple insulating glass units
  • Manual adjustment of the movable roller girder for shaped forms
  • Start/stop transport control operated by a footswitch
  • Operator guidance provided by colored signal lights

Options

  • Vertical and horizontal frame positioning girders with automatic adjustment for glass thicknesses from 3 mm (0.118 in) up to 80 mm (3.149 in)
  • Vertical and horizontal, stepless adjustable larger frame setback
  • Rear access to the inspection station

FRAME’APPLICATOR


Continual precise rectangular spacer frame application – in any sequence for different frame dimensions, spacer widths and glass thicknesses

FrameApplicator
  • Automatic feeding and precise butyl coated spacer frame application for squared and rectangular forms
  • Accurate frame segment alignment via controlled gripper system
  • Gentle and correct spacer frame positioning on the glass plate with no butyl sealant damage
  • Linear sagged spacer frame alignment
  • Congruent frame position to accommodate triple insulating glass unit production
  • Measuring device for automatic spacer and glass dimension comparison preventing application in case of irregularities
  • Continuously high output, irrespective of different glass dimensions

Options

  • Adjustment device for different amounts of frame setback
  • Additional equipment for automatic spacer frame application with muntin bars
  • Installation into a tandem version

References


Full Glass, Peru

#architectural #automation #flat glass tempering #glass tempering #glass tempering process #iControL #RC Series #reference #tempered glass

“We are very satisfied with the quality of our new RC Series tempering line and the glass it produces. The Vortex Pro convection control system is excellent. The furnace made by Glaston China is just as well manufactured as the previous furnace we bought from Glaston’s factory in Finland,” says Frank Calderón Gómez, Managing Director at Full Glass in Lima, Peru.

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AGC Interpane, Germany

#architectural #automation #glass processing #IG unit #insulating glass #reference #technology

“I walk through our insulating glass production facility every day with pride,” says Daniel Bruckelt, Production Manager Insulating Glass of AGC Interpane in Plattling, Germany. “Not just because everything is so well organized and structured, but also because Glaston has given us a coherent concept for our unique insulating glass (IG) production. And this is what allows us to remain top-of-mind for challenging world-class projects.”

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Lippert Components, USA

#automation #automotive #automotive glass #bending #CHAMP #CHF #glass bending #glass tempering #Matrix #reference #safety glass

Tim Widner at Lippert Components in the US is sharing his and his team's experiences working with the Glaston glass processing machinery. "The new equipment has been a great addition to us. We are able to one-piece flow our raw material through our line, hands-free. No humans come in contact with the glass until it is fully tempered and at the end of the process."

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