Retinal Photocoagulation Lasers are used to treat a variety of eye diseases including the two leading causes of blindness in the United States: Diabetic Retinopathy and Age-related Macular Degeneration. This precision laser can lower the risk of vision loss by cauterizing ocular blood vessels. Two types of Photocoagulation Lasers are used for conditions like Diabetic Retinopathy. The first is Focal Photocoagulation, which treats specific leaking blood vessels in the retina. The second is Scatter or Pan-retinal Photocoagulation; this type is used for more widespread damage over the retina. The risk of using a Retinal Photocoagulation Laser are low and side affects are rarely severe. Retinal Photocoagulation Lasers are often combined with other lasers to encompass a multitude of Ophthalmological surgical procedures. Deciding on which Retinal Photocoagulation Laser or combination laser for your practice depends on practice size, common procedures, patient dynamics as well as monetary investment.
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| Company | IRIDEX | IRIDEX |
| Item | IQ 532 ™ Laser System | TxCell™ Scanning Laser Delivery System |
| Price | | |
| Description | The IQ 532™ Laser System from IRIDEX is a dual-port green laser for comprehensive ophthalmology. The device offers repeatable MicroPulse Laser Trabeculoplasty (MLT) for glaucoma therapy and Fovea-Friendly™ MicroPulse Laser Therapy1 for retinal | The TxCell™ Scanning Laser Delivery System from IRIDEX offers high versatility for higher volume. The TxCell Scanning Slit Lamp Adapter is coupled to the IRIDEX IQ 532™ or IQ 577™ laser, adding multiple modalities for treatment of glaucoma and |
| Features |
- Repeatable MicroPulse Laser Trabeculoplasty (MLT) for glaucoma therapy
- Fovea-Friendly™ MicroPulse Laser Therapy1 for retinal disorders
Standard photocoagulation
- TxCell™ Scanning Laser Delivery Device: multi-spot pattern scanning for efficient retinal photocoagulation
- Efficient setup for LIO with dual port and wireless footswitch
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- Multi-spot pattern scanning for efficient retinal photocoagulation
- Standard coagulation with optimized wavelengths: IQ 532™ or true-yellow IQ 577™ lasers
- Confluent laser patterns for tissue-sparing1 MicroPulse™ protocols
- Compatible with IRIDEX, Haag-Streit and Zeiss style slit lamps
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| Weight (lbs) | 19.2 lb (9.0 kg) | Inquire |
| Slit Lamp | Inquire | IRIDEX SL 980, IRIDEX SL 990, Zeiss 30SL, Zeiss SL 130,
Haag-Streit BM/BQ 900 and equivalents |
| Delivered Spot Size | Inquire | Single spot: 50 µm, 100 µm, 200 µm, 300 µm, 500 µm
Multi-spot: 100 µm, 200 µm, 300 µm, 500 µm |
| Laser Compatibility | Inquire | IQ 532™ (532 nm, Green) or IQ 577™ (577 nm, Yellow) |
| Patterns | Inquire | Grid (2x2 - 7x7), Circle, Triple Arc
Spacing: Confluent (zero), 1-, 2-, 3-spot spacing in 0.25 diameter increments |
| Dimensions (W × H × D) | 12 in (30 cm) x 8.5 in (21 cm) x 14 in (35 cm) | Inquire |
| Treatment Pulse Durations | Exposure Duration: CW-Pulse: 10-3000 ms
Exposure Interval: CW-Pulse: 10-3000 ms
MicroPulse Duration: MicroPulse: 0.05-1.00 ms
MicroPulse Interval: MicroPulse: 1.00-10.00 ms | Exposure Duration: CW-Pulse™: 10–3000 ms
Exposure Interval: CW-Pulse: 10–3000 ms
MicroPulse® Duration: MicroPulse: 0.05–1.00 ms
MicroPulse Interval: MicroPulse: 1.00–10.00 ms
MicroPulse Duty Cycle: Preset selections of 5%, 10%, and 15% (continuously adjustable from 0.4% - 50%) |
| Aim Beam | Diode laser, 635 nm nominal | Diode laser, 635 nm nominal |
| Get quote | | |