This CNC-controlled high temperature glass bottle screen printing production line is specially designed for multi-color decoration of glass containers, integrating precision positioning, 4-color high temperature ceramic ink screen printing, and high temperature curing processes. Equipped with an advanced CNC control system, the production line ensures accurate registration, stable operation, and consistent printing quality for various glass bottles, including cosmetic bottles, perfume bottles, beverage bottles, and liquor bottles. The 4-color high temperature ink screen printing technology enables vibrant and durable patterns to be printed directly onto glass surfaces, while the high temperature baking oven completes the firing process, creating a strong bond between the ceramic ink and glass for excellent resistance to water washing, abrasion, and chemicals. This complete glass bottle printing solution is ideal for manufacturers requiring high-quality, durable, and automated bottle decoration production.
Core Configuration Advantages of CNC High-Precision Glass Bottle Screen Printing Production Line
- 10-inch WEINVIEW industrial network touchscreen HMI is equipped with an intuitive human-machine interface, allowing easy parameter setting, production monitoring, and fault diagnosis for smarter and more convenient operation.
- Adopts Germany BECKHOFF high-performance machine control system, supporting multi-axis coordinated control and high-speed communication to ensure stable operation, high efficiency, and precise automated production.
- Equipped with INOVANCE/Anchi high-performance servo drive system, providing accurate position control, speed regulation, and fast dynamic response to improve printing precision and production stability.
- High-precision servo rotary table driven by GOIZPER system or precision indexing mechanism, ensuring accurate bottle rotation positioning and excellent color registration performance for multi-color screen printing.
- The three-axis printing mechanism adopts servo motors combined with ball screw transmission, achieving precise X/Y/Z axis movement control and improving printing repeatability and product consistency.
- The ink scraping and ink return mechanism adopts precision linear guides and ball screws, ensuring smoother operation, higher stability, and improved printing quality.
- The 12-axis bottle positioning system is controlled by absolute servo motors, enabling synchronized and precise positioning of multiple stations to meet complex glass bottle printing requirements.
- The main transmission system adopts bus-type servo control technology, providing high-speed, accurate, and stable motion control to enhance overall automation performance.
- The automatic loading and unloading system is driven by servo motors, enabling precise bottle handling, conveying, and positioning while improving production efficiency and reducing human operation errors.
- Key transmission components use Japanese THK high-precision ball screws and linear guides, offering higher positioning accuracy, lower operating noise, and longer service life.
- High-quality SMC and Airtac pneumatic components are adopted, and an independent vacuum system can be added according to product requirements to provide stable vacuum suction for products requiring vacuum positioning.
- The bottle fixture rotation is independently controlled by a servo motor, allowing flexible adjustment of rotation angles according to different bottle shapes and ensuring accurate multi-color printing.
- Fully automatic servo-driven loading and unloading system, combined with optimized mechanical structure design, enables high-speed, stable, and continuous production, making it ideal for large-volume glass bottle printing applications.
- Equipped with static dust removal and flame treatment systems, effectively improving glass surface adhesion and enhancing the bonding strength, water-wash resistance, and abrasion resistance of high-temperature ceramic ink after firing.
