Film coater MIR 1200

Overview
The LEYBOLD OPTICS MIR 1200 is a drum-coating solution engineered to apply uniform and gradient thin-film coatings on highly curved substrates. It is optimized for ophthalmic applications including spectacle lenses, visors, ski goggles and sports eyewear.

Key benefits

• Optimized ergonomics: replaceable substrate-holder drum reduces operator physical strain and the risk of work-related injuries, improving safety and productivity.
• Design versatility: drum accepts a wide range of substrate sizes and geometries, enabling treatment of lenses, visors, ski goggles and sports glasses.
• Operational efficiency: integrated turbomolecular pumping system delivers high-quality coatings with reduced cycle times, lower operating costs and minimized carbon footprint.

Highlight features

• Advanced substrate handling — Drum holder for secure and efficient operation: drum substrate holder positions substrates precisely and secures them for fast loading and unloading.
• Dual turbomolecular pumps for ultra-high vacuum — Exceptional vacuum performance: two turbomolecular pumps ensure superior vacuum integrity for contaminant-free processing, optimal adhesion and consistent surface finish.
• Uniform and gradient coatings — Distribution masks: accepts up to two distribution masks to produce uniform or gradient coatings on demand.

Applications

• Coating of highly curved ophthalmic substrates
• Anti-reflective, mirror and decorative/fashion coatings for ophthalmic and protective eyewear

Caractéristiques / spécifications techniques

• Commercial designation: MIR 1200
• Series: LEYBOLD OPTICS MIR series
• Product type: Drum vacuum thin-film coater for ophthalmic applications
• Coating capabilities: Uniform and gradient coatings; accepts up to two distribution masks
• Substrate handling: Replaceable drum substrate holder; compatible with various sizes and geometries (lenses, visors, ski goggles, sports glasses)
• Vacuum system: Dual turbomolecular pumps for ultra-high vacuum
• Ergonomics: Easy-to-replace substrate-holder drum for reduced operator strain
• Operational benefits: Reduced operating costs and minimized carbon footprint through turbomolecular pumping technology