RFH 35W green laser exquisitely carved glass is praised

RFH green laser makes glass engraving pattern become the norm in production

RFH 532 green laser has become the outstanding leader in glass interior engraving

Have you ever seen a dragon-shaped pattern carved into a glass to make the taste of a wine glass more high-end and gorgeous? Have you ever seen exquisite patterns carved on the inside of glass crafts, and the exquisite details are praised? The RFH green laser makes all this possible and makes carving patterns on glass the norm in production.

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The green laser uses the laser thermal effect to ablate the surface material of the object, leaving a permanent mark. It is precisely this feature that shows a unique advantage in glass engraving. The RFH green laser can scan the inner surface of the glass with a high-quality beam and a small spot, and use the heat that cannot be diffused within a thousandth of a second to mark and engrave the glass so that the glass will not be thermally deformed. Outstanding results can also be shown in zone processing.

In addition, the glass pattern marked by the RFH green laser has high degree of refinement, high engraving accuracy, low defective products and small damage, no pollution to the environment and human body, and truly achieves high efficiency, short time, high quality, and zero Pollution.

The RFH green laser has the characteristics of high absorption rate of glass materials, fast marking speed, high efficiency, long continuous use time, and stable performance. Even in non-contact marking, it can become an outstanding marking leader.

However, the RFH Expert III 532 green laser from Tianjin, a glass marking machine manufacturer, is due to its "small size", "±0.02mm high precision", "high stability", and "cost-effective" advantages. .

The Expert III 532 green laser jointly created by RFH professors at home and abroad and doctoral level has a wide range of repetition frequency (single pulse to 200kHz) and superior beam quality (M²<1.2), and it is strictly guaranteed in all frequency ranges. ;Pulse width <25ns@50k, the heat affected area is small during processing; and the unique Q-switching control technology is suitable for various laser application control needs; the use of all-digital intelligent power control technology, simple operation and convenient monitoring; also supports computer Communication, the laser can be controlled externally via RS232; The integrated design facilitates the integration of the equipment into the marking machine.