Phacoemulsifier Stellaris - Excellent 2017

Bausch & Lomb Stellaris PC Microsurgical System: Revolutionizing Ophthalmic Surgery with Versatility, Precision, and Exceptional Performance

The Bausch & Lomb Stellaris PC microsurgical system represents a paradigm shift in ophthalmic surgery, functioning as a versatile phacoemulsifier and aspiration pump for crystalline residue. Designed for vitreoretinal and cataract eye surgeries, this high-performance system delivers an unparalleled experience for both surgeons and patients.

This microsurgical innovation not only meets but exceeds the demands of modern ophthalmic procedures. The Stellaris PC system stands out as a comprehensive solution, enabling surgeons to perform a variety of ophthalmic procedures while optimizing time, space, and cost efficiency. With a focus on vitreoretinal and cataract surgeries, the system proves its versatility, catering to diverse surgical needs.

One of the key features that set the Stellaris PC system apart is its lightweight, ultra-high-speed vitrectomy probes. These probes facilitate both conventional and transconjunctival vitrectomy procedures, providing surgeons with flexibility and precision. This adaptability enhances the overall surgical experience, allowing for efficient and effective interventions.

The emphasis on Adaptive Fluidics™ with Dynamic Infusion Compensation underscores the commitment to exceptional chamber stability during lens extraction. Chamber stability is a critical factor in ensuring successful surgical outcomes, and the Stellaris PC system takes a proactive approach by monitoring and compensating fluid flow in real-time. This innovation allows surgeons to focus on the surgery itself, confident in the stability provided by the system.

The Stellaris Elite® component of the system further elevates its performance. Proactively delivering three times higher chamber stability and reducing post-occlusion surge, the Stellaris Elite® ensures less stress on the capsule. The Attune® Energy feature optimizes cutting efficiency, providing highly efficient cutting and emulsification. The mechanical cutting power, combined with acoustic cavitation technology, contributes to efficient tissue fragmentation.

In terms of fluidics control, the Stellaris Elite® is engineered for precision. Utilizing a combination of a rotary vane pump, vacuum control loop, and vacuum transducer, it offers direct and accurate control over vacuum levels. With low start-up torque and high-flow capability, the rotary vane pumps enhance efficiency, and the streamlined design eliminates the need for an external air supply.

In conclusion, the Bausch & Lomb Stellaris PC microsurgical system redefines the landscape of ophthalmic surgery. From its versatility in catering to different procedures to its innovative features ensuring chamber stability and cutting efficiency, this system represents a comprehensive and advanced solution for surgeons seeking optimal performance and patient outcomes.

Dimensions: 472 x 317 x 496 mm

Weight: 18 kg

Input Voltage: 100-120 V, 220-240 V

Frequency: 50/60 Hz

Power Consumption: 250 VA

Pupil Diameter: No limit Measurable Corneal

Curvature min.: 6.5 – 9.5 mm

OCT Images

A-scan Scanning Frequency: 50,000 Hz

Image Dimensions (in air): (11±1) mm axially x 9 mm laterally

Resolution (in tissues) < 10 μm axially x 45 μm laterally

Scanning Model: Radial scanning

Number of B-scans: 65

Number of A-scans per B-scan: 256

Length of B-scan: 8 mm