Integre Pro Laser Range

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3 reasons to choose Integre® Pro
Designed with you in mind
Value-added key points of Integre Pro laser family
Want to know more?

TRANSFORMING RETINAL PHOTOCOAGULATION — EFFECTIVELY, EFFICIENTLY

Ergonomic and easy to use, Integre® Pro laser family includes an extensive range of fully integrated systems, offering a wide array of parameters, tailored to the treatment of retinal pathologies:

Integre® Pro combines multi-wavelength photocoagulation with SingleSpot technology
Integre® Pro Scan combines multi-wavelength photocoagulation with a precise computer-controlled pattern scanning laser

Key Features

Ergonomic all-in-one solution
Multi-wavelength photocoagulation
SingleSpot mode for conventional thermal retina treatments (Integre Pro)
Multispot Pattern Scanning mode for peripheral treatments are better tolerated by patients (Integre® Pro Scan)

3 reasons to choose Integre® Pro

Single or dual-wavelength laser

Whether positioning focal treatment in the macular area, or performing PRP in the periphery, Integre® Pro laser range provides a comprehensive wavelength choice to cover all retinal pathologies.

The following wavelength configurations are available:

Yellow-red configuration (561 nm and 670 nm)
Green configuration (532 nm)
Yellow configuration (561 nm)

SingleSpot treatment mode

Available on Integre® Pro and Integre® Pro Scan

Characterized by the use of long pulse durations (100-200ms), Integre® Pro SingleSpot treatment mode offers customizable shooting modes for the implementation of thermal treatments such as leaking blood vessels sealing (focal laser photocoagulation):
Single, repeat, continuous, etc…

Multispot Pattern Scanning treatment mode

Available only on Integre® Pro Scan

Characterized by the use of short pulse durations (10-20ms), Integre® Pro Scan Multispot Pattern Scanning treatment mode offers many advantages over conventional photocoagulation in retinal treatments such as panretinal photocoagulation (PRP):

Less heat diffusion to the retina and choroid, less damage to the retinal nerve fiber layer [1,2]
Comfortable treatment is better tolerated by patients [3]
Extremely fast treatment (full PRP in 1 session) [4].

The Multispot Pattern Scanning treatment mode can be delivered through customizable patterns for better adaptation to the treatment site:
Line, Rectangle, Square, Triangle, Circle, Double Circle, etc…

<p>Designed <strong>with you in mind</strong></p>

Designed with you in mind

Thanks to the unique design of the Integre® Pro laser family, all controls — spot size, energy, shot duration and micromanipulator — are conveniently located, right at your fingertips.

Integre® Pro Scan's user-friendly touchscreen interface allows you to adjust all treatment parameters, including laser power, pulse duration, pattern selection and pattern size quickly and easily.

An intuitive track pad enables easy navigation of the retina and adjustment of treatment settings and pattern characteristics.

Value-added key points
of Integre Pro laser family

All-in-one laser/slit lamp design

The purpose-built Integre® Pro slit lamp, which channels the laser directly through the slit lamp optics for better visualization and optimal illumination, is optimized for use in the posterior segment.

Uniform energy distribution

Featuring a proprietary dual-mode laser cavity, Integre® Pro delivers uniform energy across the full spot diameter, eliminating hotspots and achieving optimal, homogenous burns.

It’s a key feature that means you can achieve consistent, predictable treatment outcomes across a broad range of pathologies.

Ergonomically advanced

Choose Integre® Pro Scan and you’ll not only benefit from state-of-the-art technology, you’ll also enjoy using a highly intuitive tablet and all-in-one laser/slit lamp interface that’s been designed exactly with your needs in mind — and that will enable you to treat patients up to twice as quickly than is possible with conventional SingleSpot photocoagulation.

Clinical references:

1- Jain A, Blumenkranz MS, Paulus Y et al. Effect of pulse duration on size and character of the lesion in retinal photocoagulation. Arch Ophthalmol. 2008; 126:78-85.
2- Yi-Ryeung Park, Donghyun Jee. Changes in Peripapillary Retinal Nerve Fiber Layer Thickness after Pattern Scanning Laser Photocoagulation in Patients with Diabetic Retinopathy. Korean J Ophthalmol 2014;28(3):220-225.
3- Hussainy S Al, Dodson PM and Gibson JM. Pain response and follow-up of patients undergoing panretinal laser photocoagulation with reduced exposure times. Eye. 2008; 22, 96–99
4- Muqit MM, Marcellino GR, Henson DB et al. Single-Session vs Multiple-Session Pattern Scanning Laser Panretinal Photocoagulation in Proliferative Diabetic Retinopathy. Arch Ophthalmo. 2010;128(5):525-533

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