Fully Automatic Insulating Glass Sealing Line

• Energy-Efficient Windows & Doors: Sealing of energy-saving insulating glass for residential housing and commercial buildings, ensuring window airtightness and thermal performance.
• Glass Curtain Walls: Fulfills the high-strength and high-reliability sealing requirements for insulating glass in high-rise building facades, guaranteeing structural safety and energy efficiency.
• Sunrooms & Skylights: Precision sealing for large, shaped, or thick insulating glass panels used in atriums and skylights, ensuring uniform adhesive layers and strong bonding at various angles.
• Cold Chain & Display Refrigeration: Sealing of insulating glass for supermarket freezers and commercial display cabinets, effectively preventing heat exchange and condensation.
• Rail Transit & Automotive Glass: Meets the demanding sealing standards for insulating glass used in trains, subways, and buses, adapting to vibration, temperature fluctuations, and other harsh conditions.
• Building-Integrated Photovoltaics (BIPV): Edge sealing of photovoltaic insulating glass modules to protect internal circuitry and provide structural integrity.

• Intelligent Control, Effortless Operation: Parameter-driven editing allows one-touch saving and recall of frequently used glass specifications, making changeovers quick and simple. The machine supports a “dry run” mode, which simulates the complete motion without dispensing any adhesive, facilitating debugging without material waste. A real-time input/output signal monitoring screen makes the status of every point visible at a glance, enabling intuitive and fast troubleshooting.
• Proactive Maintenance, Extended Lifespan: Features both "purging reminder" and "automatic purging" functions. When the machine idles beyond a preset time, the head automatically rotates 90° and dispenses a small amount of mixed adhesive to prevent curing inside the mixer. Operators can also switch to reminder mode for manual confirmation. At the end of the day, simply switch to the “cleaning” mode to run an automatic white component flush and pressure relief cycle, greatly extending the service life of the pumps, hoses, and nozzle.
• Intuitive Setup, Quick to Learn: Tapping any key parameter on the screen brings up a corresponding illustrative diagram that clearly shows the physical distance or position affected by that setting. Even new operators can quickly understand each parameter, significantly shortening the learning curve.

• Precision Control Down to the Millimeter: At the heart of the system is a scanner that performs real-time depth detection of the aluminum spacer bar. The system dynamically adjusts the sealing speed based on the detected depth, achieving "faster for deep, slower for shallow" follow-up control. For corner finishing, sophisticated "pre-close valve" and "pulse dispensing" strategies are employed: the dispensing valve closes early before the corner, allowing residual pressure to finish the edge, followed by a millisecond-level pulse for precise micro-supplement. Together, these ensure every corner is perfectly rounded and full, without excess buildup, saving adhesive from the source. The coating speed on each side can also be independently fine-tuned via a "saturation" parameter (range 0.8-1.2) to accommodate minor variations.

• Flexible and Synergistic High-Efficiency Production:
1.Offline Mode: Operates as an independent unit; the operator places glass manually and triggers a foot pedal to start the process, ideal for low-volume, high-mix production.
2.Online Mode: Seamlessly connects with an upstream IGU line, automatically detecting incoming glass length and moving the suction cup to the glass center for picking, enabling fully automatic, non-stop flow production. The synchronized line speed can be set to ensure gentle glass transfer without scratching and accurate size measurement.
3.Intelligent Size Mode Switching: Automatically switches between large and small glass modes based on a set size threshold. In large glass mode, the machine waits until the outfeed section is completely clear before starting the next unit to avoid collisions. Small glass mode allows denser consecutive conveying, maximizing throughput.

• Precise Positioning for Perfect Alignment: The V-belt and head position automatically adjust to the "command position" based on the set glass and spacer thickness. After the suction cup returns to the origin, it auto-centers on the glass, ensuring every pick is perfectly centered. Multiple critical photoelectric sensor distance parameters (e.g., input outfeed sensor to nozzle distance, head height sensor to nozzle distance) can be independently adjusted to precisely control the nozzle-to-glass edge distance on every side, making start and end points extraordinarily accurate.