With the continuous rise of intelligent and personalized demands, the automotive industry is setting increasingly strict requirements for materials and processes. As an advanced surface treatment technology, vacuum coating has demonstrated its unique advantages across various applications. From enhancing the visual effects of automotive HUD head-up displays and improving the functionality of smart rearview mirrors to optimizing the touch experience of central control panels, coating technology provides superior quality assurance for modern vehicles.
No.1 CMS Auto Intelligent rear view mirror
CMS Auto Intelligent rear view mirror have gradually become a standard feature in the automotive industry, serving multiple roles such as intelligent driving, safety monitoring, and in-vehicle information display. These functionalities impose high demands on auto coating , particularly in terms of anti-reflection, anti-glare, and resistance to water and contaminants. As the TWh era arrives, the market increasingly emphasizes production efficiency, yield rate, and cost control for coating equipment.
The key challenges in CMS Auto intelligent rearview mirror PVD coating machine include:
Low production efficiency: Traditional coating technologies result in slow production speeds.
Unstable coating performance: Conventional equipment struggles to ensure coating uniformity, affecting product quality and lifespan.
High energy consumption: Traditional equipment consumes substantial energy during mass production, limiting large-scale adoption.
Zhenhua Vacuum CMS Auto intelligent rearview mirror PVD coating equipment
offers solutions to these challenges. Featuring high levels of intelligence and auto parts, this equipment enhances production efficiency while reducing costs.
Recommended Equipment:
CMS Auto intelligent rearview mirror PVD coating equipment
Equipment Advantages:
High automation: Robotic arms seamlessly integrate processes, enabling streamlined production.
High capacity, low energy consumption: Production capacity reaches up to 50㎡/h.
Superior coating performance: Multi-layer precision optical coatings (up to 14 layers) ensure excellent repeatability.
No.2 ICD (In-car Display)
As automotive technology advances, the demand for high-quality central control screens continues to grow. These screens are no longer just information display terminals but multifunctional interactive platforms. Consumers now expect central control screens to deliver high resolution, vibrant colors, clear visibility under various lighting conditions, and exceptional durability with scratch resistance.
However, In-car Display Coating Technology still face several challenges that hinder further performance improvements:
Unstable coating quality: Layers may peel off, bubble, or discolor, impacting appearance and functionality.
Low visible light transmittance: Poor transparency results in unclear screen displays, reducing user experience.
Insufficient hardness: The surface is prone to scratches, diminishing aesthetics and longevity.
Low production efficiency: Inefficient processes increase costs and extend delivery times, reducing market competitiveness.
Zhenhua Vacuum SOM-2550 Large-Scale Plate Optical Coating In-line Coater these challenges by enhancing coating stability and quality. It significantly improves the functional performance of central control screens while drastically boosting production efficiency.
Recommended Equipment:
SOM-2550 Large-Scale Plate Optical Coating In-line Coater
Equipment Advantages:
Highly automated, large loading capacity, and excellent coating performance
Visible light transmittance up to 99%
Ultra-hard AR + AF coating with hardness up to 9H
Application Scope:
Primarily used for AR/NCVM+DLC+AF coatings, as well as intelligent rear view mirror, auto display/touch screen cover glass, camera lenses, ultra-hard AR, IR-CUT filters, and facial recognition components.
–This article is released by automotive smart cockpit coating machine manufacturer Zhenhua Vacuum
Post time: Mar-05-2025