Cutting Glass substrates are cut to target dimensions using diamond tools or lasers, ensuring precision and edge integrity.

CNC Edging CNC machines grind edges into rounded/beveled shapes for smooth touch and stress reduction.

Ultrasonic Cleaning High-frequency ultrasonic waves generate cavitation in cleaning solutions to remove oil, dust, and debris from the glass surface, ensuring cleanliness for subsequent processes.

Chemical Strengthening High-temperature potassium ion exchange forms a compressive layer, boosting strength and impact resistance.

Physical Strengthening Heat treatment or ion implantation modifies the glass surface structure to increase hardness and wear resistance, suitable for high-strength applications.

Printing Screen printing or digital printing is used to apply logos, decorative patterns, or functional coatings on the glass edges or designated areas.

Baking Printed glass is placed in a high-temperature oven to cure inks or coatings, ensuring adhesion, weather resistance, and color stability.

Surface Treatment (AR/AF/DLC) Coatings (AR/AF/DLC) enhance anti-reflection, fingerprint resistance, or durability.

Inspection Optical scanners and strength testers are used to inspect dimensions, light transmittance, strength, and surface defects, ensuring compliance with quality standards.

Packaging Anti-static, shock-proof packaging safeguards products with batch labels for traceability.