Innovation Driven, Precision Engineered: 2026 Shenzhen Laike Technology increases investment in R&D

Through years of dedicated research, Laike Technology has successfully developed piezoelectric ceramic drive modules and high-performance control architectures with complete intellectual property rights. Its core valve body utilizes the inverse piezoelectric effect of piezoelectric materials to achieve microsecond-level ultra-fast response and nanometer-level displacement control accuracy, eliminating inherent issues of traditional solenoid valves such as hysteresis, heat generation, and wear. Coupled with proprietary multi-parameter coupling compensation algorithms, Laike's dispensing valves maintain extreme stability in fluid output during high-speed motion, achieving dispensing repeatability within ±1%, the mini. dispensing dot reach to 0.2mm.

We are launching a new generation of intelligent dispensing valve series. Laike piezoelectric micro dispensing valves feature built-in high-precision sensors for real-time monitoring of key parameters like pressure, temperature, and flow rate. The adaptive control system dynamically adjusts output to ensure absolute consistency during prolonged operation and under complex working conditions. Furthermore, open communication interfaces and rich process data provide powerful support for customers building digital production lines, enabling predictive maintenance and deep process optimization.

Laike emphasizes not only product innovation but also a robust "application R&D - testing & validation" system. Currently, Laike's products and solutions are widely adopted in cutting-edge fields such as 5G communication devices, new energy vehicle batteries, wearable smart devices, micro-sensors, and biochips, etc.

Stated the General Manager of Shenzhen Laike Technology Co., Ltd. "All our efforts are dedicated to making the dispensing process supremely reliable and precise. In 2026,Moving forward, Laike will continue to increase R&D investment and deepen collaborations with universities and research institutes. We will persistently explore more advanced fields such as micro-fluidic control and semiconductor-grade material jetting, aiming to empower the upgrade and leap of high-end manufacturing with smarter, more precise core technology."