Precision Glass Pressing
See how custom pressed glass components are precision formed for lighting applications.
✦ Borosilicate 3.3 glass is reliably tempered for demanding thermal applications.
✦ Special screen-printing ink is engineered specifically for borosilicate 3.3 glass.
✦ Matched thermal expansion keeps printed graphics stable through repeated temperature changes.
✦ Tempering and specialized printing combine reliably on borosilicate 3.3 glass.
✦ Laser cutting plus CNC edging delivers high precision for large irregular glass.
Laser-Cut Borosilicate Panel with Custom Printed Graphics
This printed PYREX panel combines a 380 × 120 mm footprint with a 5 mm glass thickness.
Specialized borosilicate 3.3 ink, laser cutting and CNC edging support printed graphics and irregular component profiles.
Specify the final contour, artwork and thermal acceptance criteria for the intended panel assembly.
The source gives a length of 380 mm, width of 120 mm, thickness of 5 mm and net weight of 570 g per piece. Detailed contour dimensions are not supplied.
The material field lists PYREX and the selling points describe borosilicate 3.3 with specialized screen-printing ink. Confirm the approved material designation and ink specification.
The source describes laser cutting and CNC edging for large irregular glass. The final outline, edge radii and dimensional tolerances require a controlled drawing.
Graphic stability during repeated temperature changes is described, but numerical temperatures, cycle counts and test methods are absent. These criteria must be agreed for the project.
This record specifies 380 × 120 × 5 mm and an irregular large-panel processing route. The two records should be compared by contour, artwork, interface and application before deciding whether they belong on separate pages.
The listed MOQ is 100 pieces and carton dimensions are 420 × 160 × 165 mm. Mold sharing is marked available. Protective packing and pieces per carton require confirmation.