1. Humanized operation₩∑ interface design, simple®₹₽, intuitive, and convenient operation ♠×;
2. &quo; One click&r×✘dquo; Automatic scanning mo'•≈de, simple and convenient operation;
3. Scanning process: Different scann≤¶ing processes can be use☆♠d according to different types of glass, a¶α≥nd different rotational speeds and pa✘★∏✔th modes can be set acc>÷ording to the scanning ♣"process, solving difficulties &✘in the production process and improving pr ∏ oduction yield; Under normal↓ scanning process (6-10 minutes), scrat♥Ω≠☆ches with a depth (roughness)ו of 0.01-0.02mm can be removed. If th↔±¶e scratches are too dλ™eep, the polishing time needs to be extended (max☆β₹imum 0.04mm), and defects such as watermarks, st₹€↔↑ains, meteor showers, and mistφ≠ can be removed.
4. Automatic compensation for brus✔h wear: automatic compensation based on★φ₽ the brush's service c>∞ycle and wear situation;
5. Variable frequency speed regula↔₽tion: Variable frequency speed regulation∏∏≥< of drum brush speed;
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6. Vacuum protection: In the event of a sud ₩φden power outage or insufficient vacuum negative∞ε★φ pressure in the vacuum equipm<✔ent, the equipment will automatically shut down Ω↕to prevent glass flying;
7. Overcurrent protection: prevent overcurr§∞ent operation and ensure the nor¥★↕¥mal operation of the equipmδ™ ent;
8. Automatic drainage: The ♦equipment has a fully automatic ¥drainage design, which eliminates the nee→∏d for manual operation and increases wor→ k efficiency.
9. Personnel safety protection adopts infrared s₽ ≠↓ensing, and the progra∏↑₩m can achieve two processing methods: single sε™→tation and dual station