Because jade has high hardness, strβ♦ong brittleness and high prδφγice, the technology re☆σ quired for its lettering is very δ¥high. Traditional hand lettering or ☆ mechanical lettering is di₹πrectly on the jade. T​✘​&he lettering accuracy is not high, ←₹the speed is slow, and the aesthetics×< are not enough. It is impossible to a§♠★rbitrarily engrave the lettering patt&'ern, and it will generate inteσ★™★rnal stress. Jade cracks, result≤→∑≠ing in product defectΩ✘↑s, the formation of def↓$¶ective products, and even wastε​≥'e rock. With the maturity o≤≠f laser technology aβ©±nd its many advantages​♥₽ (for specific advantages ✔≥✔of laser marking processing, please "‍click "Advantages of Laser Marking"  .html article), man₹​☆™y jade processing merchants are askin∞∏ g: "Can jade be engrav±×ed by laser?", "Can laser marking mac×≤≥₹hine engrave on jade?", "Can jadeπ★<  be used laser marking machλ€&πine?", etc. Related questions, the Ω€φ≈answer is definitely: yes.

Next, let's take a look at the adv±φ®≈antages of laser marking machine in±♠ jade lettering with Foshan Fuδ¶‌lan Laser:

1. The pattern is fine, uniform, cle¥★✔ar, durable and beautiful;

2. The surface of the engraved   ‌‌part is smooth and round;

3. Can control the depth of le☆♣≥ttering at will;

4. Any pattern can be engrav"↕ed;

5. It can be engraved o♣πn the surface of any regu​↑≈♥lar or irregular jade;

6. Laser processing is non-contact∏®‍ processing, the laser he←✘ ad does not directly contact φ₩←the jade material, and the jade ₩φafter engraving will not gene✘♠↕γrate internal stress, ensuring≤≈♥↓ the original accuracy of the jade;←λ×£

7. The laser marking machin•∏÷e can carry out lettering or markinγπg on the jade (the let↓©<tering refers to a certai≤¶✔n depth; the marking refers to₹δ≠§ a particularly shall∞α∑ ow depth or no depth).

The laser marking machπ★ines produced by Foshan Fulan Las¥©δ♠er all use imported laser light source₩✔₽s, with a small heat-affected area, a ™​×wide range of applicable materials, fa÷>γαst marking speed, high proce✔↑>ssing efficiency, easy oπ≠π peration and easy learning,↑π and the minimum line width can rea♥×€'ch 0.01mm. The need to pr♦¶∑$int large amounts of data on extrem σε¶ely small workpieces. It can be used fo♥ ™r marking and lettering of metal, gla∞∏₹→ss, wood, bamboo, jade, plastic an™→d other materials. It can be ful™≠ly automated, which can meet th→¶αe processing requirements of commerci≠☆'al small batches or si♦×ngle, and can also meet σ the requirements of industrial'δλ mass production.