SKRILIX Anterior Vitrectomy Machine with Built-in Compressor | AB60 Ophthalmic Surgical System
The SKRILIX Anterior Vitrectomy AB60 is a compact, high-performance ophthalmic surgical system engineered for precise anterior vitrectomy procedures. Featuring an integrated ultra-quiet built-in compressor, the AB60 eliminates the need for an external compressed air source, making it an ideal solution for hospitals, eye clinics, ambulatory surgery centers, and ophthalmic surgeons.
Designed with advanced fluidics and precise vacuum control, the AB60 delivers smooth vitreous cutting performance with a 50–3000 CPM non-linear cutting range and 0–500 mmHg linear vacuum control. Its independent Irrigation/Aspiration (I/A) mode provides greater surgical flexibility, while the lightweight 3 kg design ensures easy portability between operating rooms.
Manufactured using premium medical-grade components, the SKRILIX AB60 offers exceptional reliability, consistent performance, and simplified workflow for modern ophthalmic surgery.
 
Key Features
Integrated Built-in Oil-Free Air Compressor
No External Air Supply Required
Cutting Speed: 50–3000 CPM (Non-Linear Mode)
Vacuum Range: 0–500 mmHg Linear Control
Foot Switch Controlled Vacuum System
Independent Irrigation & Aspiration (I/A) Mode
Compact & Lightweight Design (Approx. 3 kg)
Universal Power Supply (110V / 230V, 50/60 Hz)
Stable Vacuum with Fast Response
Quiet Operation with Low Vibration
Medical Grade Construction
Easy-to-Use Digital Control Panel
Suitable for Cataract Complication Management and Anterior Vitrectomy Procedures
 
Why Choose SKRILIX?
The SKRILIX Anterior Vitrectomy AB60 combines precision engineering with modern surgical requirements. Unlike conventional systems requiring external compressed air, the integrated compressor simplifies installation, reduces operating room clutter, and ensures dependable performance during every procedure.
Its compact footprint, intuitive controls, rapid vacuum response, and reliable cutting mechanism make it an excellent choice for ophthalmic professionals seeking accuracy, efficiency, and long-term durability.