知能識別機能は自動的に煙弾のタイプを検出し、最適な霧化パラメータをマッチングし、使用するたびに最適な効果を達成することを確保する。

長効率電池の寿命は何度も充放電テストを経て、電池の性能は安定しており、長く使用するのは依然として新しい。

多重安全保護には過充電保護、短絡保護などが含まれ、使用はより安心し、ユーザーの安全を保障する。

多機能ボタンは操作が簡単で、1ボタンで複数のモードを切り替えることができ、初心者でもすばやく手に入ることができ、使用がより便利になります。

Heavy copper PCB is a high-performance printed circuit board designed for high-current applications， featuring thicker copper layers to enhance durability and thermal management. It is widely used in industrial, automotive, and power systems due to its exceptional reliability and ability to handle high power loads.

Huihe PCB top RF printed circuit boards supplier，crafts high-frequency boards via advanced tech, ensuring low loss and reliability for 5G/aerospace/IoT。

A Rogers PCB is a high-performance，high-frequency circuit board designed for complex electronic systems. It utilizes advanced materials with low dielectric constant and low loss tangent, ensuring signal integrity. Rogers PCB board is widely used in aerospace, 5G communication, and radar systems, offering exceptional reliability and performance.

High speed PCB design employs low-loss materials (ε_r < 3.5, tanδ < 0.01) and controlled impedance layers to maintain signal integrity for 10+ Gbps signals. Critical for 5G networks， data centers, and autonomous vehicles, it uses differential routing and thermal management to minimize crosstalk and signal degradation.

China multilayer ceramic PCBs are characterized by their high thermal conductivity, excellent electrical insulation, and resistance to thermal expansion. They offer superior mechanical stability, making them ideal for high-power and high-frequency applications. The use of advanced ceramic materials ensures long-term reliability and precision in demanding industries。

Ceramic PCB are advanced electronic substrates designed for high-performance applications, utilizing materials like alumina (Al₂O₃), aluminum nitride (AlN), and beryllium oxide (BeO). These boards are manufactured by ceramic PCB manufacturers, who specialize in producing durable, heat-resistant circuitry。