Aurolab Phoenix

Aurolab Phoenix Multi-Spot Green Photocoagulation Laser System

The Aurolab Phoenix is a state-of-the-art multi-spot green photocoagulation laser platform developed to provide ophthalmologists with exceptional precision, safety, and treatment efficiency. Designed using advanced electromagnetic scanning technology, Phoenix delivers highly accurate laser patterns with sub-micron positioning capability for retinal photocoagulation procedures.

The system features 24 pre-programmed scanning patterns, an intuitive touchscreen interface, joystick operation, and an intelligent in-built Expert System (eXs) that assists surgeons in selecting appropriate treatment parameters. These innovations help reduce procedure time while improving treatment consistency and patient comfort.

Key Features

• Multi-Spot Green Photocoagulation Laser Technology
• 24 Pre-Programmed Scanning Patterns
• Precision Electromagnetic Scanning System
• In-Built Expert System (eXs)
• True Color Visualization
• Integrated Safety Filters
• Touchscreen User Interface
• Joystick-Controlled Operation
• Footswitch Activation
• Dual Hit Mechanism for Enhanced Efficiency
• 2-Year Manufacturer Warranty

Advanced Electromagnetic Scanning Technology

Phoenix utilizes fast steering mirror technology to achieve exceptional positioning accuracy during retinal laser procedures.

Benefits

• Precise laser spot placement
• Reduced collateral tissue damage
• Minimal heat diffusion to retina and choroid
• Faster treatment sessions compared to conventional photocoagulation systems
• Consistent and repeatable treatment outcomes

Intelligent Expert System (eXs)

The built-in Expert System provides real-time treatment guidance and parameter recommendations based on retinal response, helping surgeons achieve optimal laser settings with enhanced safety and confidence.

User-Friendly Interface

Phoenix is equipped with a modern LCD touchscreen interface that allows clinicians to easily adjust:

• Exposure Duration
• Spot Size
• Power Output
• Aim Beam Intensity
• Treatment Patterns
• Shot Count Monitoring

The system offers intuitive navigation and streamlined workflow for efficient clinical operation.

Treatment Modes

Standby Mode

• Safety shutter remains closed
• Footswitch disabled
• System ready for parameter setup

Treat Mode

• Laser beam activated through footswitch
• Warning systems enabled
• Real-time shot count monitoring

Laser Parameters

Exposure Duration

• Adjustable from 10 ms to 1000 ms
• 10 ms increment adjustments

Spot Size

• Adjustable from 100 µm to 500 µm
• 100 µm increment adjustments

Aim Beam Intensity

• Adjustable intensity levels
• Controlled in 10% increments

Available Treatment Patterns

The Phoenix system includes multiple treatment pattern options for various retinal procedures:

• Square Matrix Patterns
• Circular Patterns
• Triangular Patterns
• 24 Pre-Programmed Scanning Configurations

These patterns improve treatment efficiency while ensuring uniform laser delivery.

Standard Accessories

The system is supplied with:

• Multi-Spot Laser Console
• Slit Lamp
• Laser Delivery Adapter with Fiber
• Safety Filter
• Joystick Base
• Touchscreen Control Panel
• Specialized Motorized Laser Table
• Elbow Rest
• Foot Switch
• Safety Goggles
• Dust Cover

Optional Accessories

• Laser Indirect Ophthalmoscope (LIO)
• Endoprobes
• Microscope Safety Filters
• Volk Lenses

Applications

• Panretinal Photocoagulation (PRP)
• Diabetic Retinopathy Treatment
• Retinal Vascular Disorders
• Retinal Tear Management
• Peripheral Retinal Photocoagulation
• Clinical and Surgical Retina Procedures

Why Choose Aurolab Phoenix?

• Faster Treatment Sessions
• Enhanced Precision and Safety
• Intelligent Expert Guidance
• Reduced Retinal Thermal Damage
• Comfortable Joystick Operation
• Advanced Multi-Spot Technology
• Reliable Long-Term Performance
• Complete Ophthalmic Laser Solution

The Aurolab Phoenix Multi-Spot Green Photocoagulation Laser System combines intelligent technology, precision engineering, and surgeon-friendly controls to deliver efficient and reliable retinal laser treatments for modern ophthalmology practices.