Translucent keys, also known as lumin→✔€§ous keys and transparent ∑‍keys, are keys that can emit light by&∏$★ themselves in the dark.

With the improvement of pe§♣ αople's quality of life, in the $ π'electronic 3C consumer market, th₹♣<e performance requirements o≥ σf products are more divers↕£ σified, including the personali'π<zed requirements for various func↕$∏tional buttons. Various buttons on>♥&♠ the market today use the li★★ght-transmitting material spra♦§Ω£yed on the surface layer to ₽₩‍remove the paint according to the desδ£λigned pattern. Under t"&he back light, it shows that the patte↓±γ÷rn engraved by the laser has σ₹a light-transmitting effe÷$€ct. Each button, and at the same☆♠↓ time, the patterns unde​★$φr various lighting colors are → clear and beautiful.

There are many ways to real★♦π ize the light transmission of t₩✔¶he keys, but the traditional proce®←ss will have some defects m±βore or less. For example:'₽ ① Hollow-out printing process: The×γ required light-transm♣ ↑←itting area is shielded by desiα∞€≤gning a hollow-out template≤≥ε© with a fixed shape, aλαnd then spray paint is appli✔✘♣ed to obtain the light-transmit∞§♠ting effect of the pattern.±≤× However, the template needs to b§≠ e cleaned or replaced regularly. Whenσ★€‌ a new light-transmitting pattern ↑↔☆is required, the templat±×←€e has to be remade. Not only is the♥≤¶ production efficiency low, •★≥but also when the product is updated, t©∑he template inventory will accumulate, ∞π←≥resulting in a waste of resources. ②The↔✘π method of soaking in paint remover: i<®∞t is not suitable foΩ£r the removal of a single flat pain≈γγt layer, and most of the paiγ±δnt strippers are toxic chemicals, ≥®♠which are not conducive to env→φ"ironmental protection; Mech♥'anical force removes paint, not on☆£ly has low processing≥☆  accuracy and is difficult to cont≠ π'rol, but also easily ca §uses damage to plastic substrates, and¥₹ it is difficult to achieve←§ different light transmissiλ&on effects.

The laser marking machine pro<≠≥duced by Foshan Fulan' λ Laser can easily overco$×‍←me the defects of traditional l♥®""ight transmission technology (low pro✔∞‍duction efficiency, low proce§↕ssing accuracy, and easy dam ♣πλage to key materials). After th&∑"e laser marking machine is proces®∑'sed, the frame of the key mark l∞σooks smoother, the light transm✘≥÷≤ission is high and uniform, and i♥π t is not easy to damage the light tra®πnsmission key body. T≠≠ranslucent keys are widely used in e>♣≥♦lectronic products in daily​‌÷ life such as mobile phones and ↔$computer keyboards.

Recommended models: fiber laserα≈‍™ marking machine, UV laser marking mach £ ine, end pump laser marking mach$≈ine. Specifically, fiber or UV or end-pσβumped laser can be selected accordingΩ£≥ to material requirem₩$ents.