Achieves stable application by applying silicone resin to camera modules in minute amounts

As smartphones become more powerful, camera module structures are becoming more multi-layered and denser. Particularly in the assembly of the periphery of the lens, high-precision, stable application of silicone resin is required in small, minute spaces. However, conventional dispensers posed the following challenges:

• Unstable quality due to uneven line width and thickness
  When applying a coating to a tiny object, the coating line can become too thick or too thin, making it impossible to ensure the necessary sealing performance and adhesive strength, resulting in variations in airtightness and waterproofing.
• Contamination of the inner surface of the lens due to misalignment of the coating position
  In the process of applying the coating to the very edge of the camera lens, even a slight misalignment could lead to the coating spilling over onto the lens surface, posing a risk of adversely affecting optical performance.
• Variation in adhesion and residual liquid due to viscosity
  Due to the adhesiveness of silicone resin, the liquid remained at the tip of the nozzle, affecting the next application, causing uneven application and poor appearance.

The introduction of precision nozzles has made it possible to apply highly accurate coating to minute areas, which was previously a challenge.

• Achieving high precision and minute amount dispensing
  The nozzle has a sharp tip and is ultra-thin, dramatically improving dispensing accuracy. Stable dispensing quality is now possible even with extremely thin line dispensing, which was previously difficult.
• Ensures high reliability even when coating around the lens
  The smooth inner wall structure and tapered design ensure a stable flow of liquid, minimizing the risk of residual liquid or spillage. This prevents adhesion to the inner surface of the lens, contributing to improved yield.
• Improving productivity and reducing quality issues
  The stabilization of the coating process has significantly reduced the number of re-coating and corrections required, which has also led to shorter production cycle times and reduced inspection man-hours.