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The OPT-1550P Fully Automatic Optical Coating Equipment stands as a pinnacle of precision engineering, meticulously crafted to elevate the standards of modern optical manufacturing. Encased in a robust, heavy-duty stainless steel architecture, the machine exudes industrial durability while operating with whisper-quiet smoothness. When you engage the system, the seamless hum of the high-capacity vacuum pumps and the impeccably precise rotation of the central drive immediately convey a sense of absolute control and mechanical reliability. This equipment is specifically engineered to resolve the persistent challenges of batch-to-batch inconsistency and coating drift that frequently plague high-yield production environments. By integrating a meticulously dimensioned vacuum chamber, it eliminates wasted internal space and significantly accelerates cycle times, directly translating to higher daily output and reduced energy consumption. The sleek, intuitive interface of the industrial control panel allows operators to command complex multilayer depositions with effortless precision. Every component, from the heavy-duty sealing mechanisms to the polished internal chamber walls, is designed to minimize maintenance downtime and maximize operational profitability, making it an indispensable asset for facilities demanding flawless optical finishes.
OPT-1550P adopts a φ1400 mm vacuum dome, carefully sized to meet the requirements of most optical coating applications without excessive capacity redundancy.
Compared with larger systems, this chamber size is better suited for:
Medium-size glass substrates
Dense loading of lenses, optical components, and decorative parts
Production lines requiring frequent product or process switching
Value Delivered
High effective loading efficiency
Reduced unused chamber space
Greater flexibility for diversified product structures
The system features a central rotation mechanism driven by magnetic fluid sealing, ensuring consistent mechanical performance throughout extended production cycles.
Compared with conventional mechanical sealing designs, this structure provides:
Significantly lower leakage risk
Smoother rotation with reduced vibration
Longer sealing lifetime and lower maintenance frequency
Value Delivered
Stable coating uniformity over time
Reduced process drift during mass production
Reliable performance for high-yield manufacturing environments
OPT-1550P supports Hall, Kaufman, and RF ion sources, enabling a wide range of ion-assisted deposition (IAD) processes.
Ion assistance during deposition:
Improves film-to-substrate adhesion
Increases coating density
Enhances wear resistance and durability
Value Delivered
Especially effective for AR, AF, and reflective optical coatings
Meets reliability requirements of high-value optical components
The system is equipped with the INFICON XTC/3 thickness controller and a 6-point rotating crystal sensor, enabling accurate multi-point thickness feedback across the coating area.
An optional optical monitoring system can be integrated for precise control of multilayer optical films.
Value Delivered
Improved thickness accuracy
Excellent batch-to-batch repeatability
Stable spectral performance for optical coatings
OPT-1550P supports a wide range of coating materials and film structures, allowing one system to serve multiple production needs, including:
Metal films
Optical filter coatings
Reflective films
Anti-reflection (AR) coatings
Anti-fingerprint (AF) coatings
Value Delivered
One system for multiple product lines
Reduced capital investment
Higher overall equipment utilization
The vacuum system of OPT-1550P is designed for industrial operation, combining fast pump-down performance with stable vacuum conditions.
Ultimate vacuum: < 7.0 × 10⁻⁵ Pa
Pump-down time: < 15 minutes to 3.0 × 10⁻³ Pa
High-temperature baking up to 350°C
Siemens / Mitsubishi control system for reliable automation
Value Delivered
Stable production cycle times
Cleaner vacuum environment
Reduced risk of coating defects
Model | OPT-1550P |
Substrate dome size | About φ1400mm |
Rotational speed | 0-30rpm(variable) |
Crystal film thickness monitor | INFICON XTC/3 + 6-point crystal rotary sensor |
Operating system | Siemens/Mitsubishi |
Evaporation source | E-beam gun x2 |
Ion source | Hall,Kaufman, RF |
Baking method | Room temperature to 350℃ quartz lamp or stainless tube header |
Ultimate pressure | Below 7.0×10⁻⁵Pa |
Pump-down time | Atmospheric pressure ~ 3.0×10⁻³Pa below 15 min |
Power requirement | Three-phase, 380V, 50/60Hz, approx. 120kVA |
Cooling water requirement | Above 180L/min |
Air pressure requirement | 0.5-0.7MPA |
Automotive touch screens
Colored mobile phone cover glass
Mobile phone aperture components
Process Advantages
Consistent AR and AF coating quality with excellent surface durability and appearance.
Camera AR lenses
Optical lenses
Telescope components
Process Advantages
Accurate thickness control and ion-assisted processes ensure stable multilayer optical performance.
Eyeglass lenses
High-end decorative components
Process Advantages
Dense, wear-resistant coatings with excellent surface finish and batch consistency.
Optical manufacturing
Consumer electronics
Automotive display and optical systems
Precision imaging and inspection
Functional and decorative coating industries
To assist your procurement and engineering teams in evaluating this equipment, we have compiled detailed answers to the most critical technical and operational inquiries regarding the OPT-1550P.
Absolutely. The system is fundamentally engineered for relentless industrial environments. Its magnetic fluid sealing and heavy-duty vacuum components are specifically chosen to support continuous batch production with minimal maintenance interruptions, ensuring your production targets are consistently met.
The φ1400mm chamber is strategically sized to prevent the energy waste and extended pump-down times associated with oversized systems. It offers the perfect spatial volume for the dense loading of medium to small optical components, ensuring rapid cycle times and high daily throughput without sacrificing uniformity.
Yes. By combining the INFICON XTC/3 thickness controller, a 6-point rotating crystal sensor, and advanced ion-assisted deposition capabilities, the equipment provides the precise closed-loop feedback required for executing intricate multilayer designs with absolute batch-to-batch consistency.
The system requires a robust industrial setup to function at peak performance. This includes a three-phase 380V (50/60Hz) power supply with approximately 120kVA capacity, a dedicated cooling water supply exceeding 180L/min, and a stable compressed air source delivering between 0.5 and 0.7MPa.
Traditional mechanical seals are prone to friction and wear, which can introduce microscopic leaks and vibrations that compromise delicate film uniformity. The magnetic fluid seal provides a frictionless, hermetic barrier that entirely eliminates these leakage risks, ensuring smoother rotation and a significantly longer operational lifespan for the drive mechanism.
