A complete game changer.

Highly absorbed by water-rich biological tissue, the 2800 Series is perfectly suited for medical and aesthetic applications. With diffraction-limited beam quality, compact design and a flexible delivery to take the beam where you need it, this is the core component of your next disruptive technology.

Key features and benefits

Up to 10 W of continuous power

Up to 10 W of continuous power

Unprecedented power in a single-mode beam to address applications requiring high brightness and high throughput.

Available wavelength range: 2.79 to 2.94 µm

Available wavelength range: 2.79 to 2.94 µm

Right at the water absorption peak, get ten-fold enhanced performance compared to CO₂ lasers.

Robust and highly reliable

Robust and highly reliable

No alignment, no warm-up, no frequent and costly maintenance. Ideal for a harsh environment and heavy-duty tasks.

Complete specifications

Optical

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Output power

10 W

Central emission wavelength

2825 nm or 2910 nm (standard)

(other wavelengths between 2790 nm and 2940 nm also available)

Linewidth

<1 nm

Polarization

Random

Mode of operation

CW or QCW (up to 1 kHz)

Output beam quality (M2)

<1.3

Output beam delivery

Single mode fiber diverging output
(collimated beam optional)

Electrical

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Operating current

0.9 – 13 A

Operating voltage

>14 V

Power consumption

<200 W

Mechanical and environmental

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Delivery cable length

1.5 m

(other lengths available on request)

Module dimensions (L x H x W)

9.3” X 9.3” X 2.6” (23.6 cm X 23.6 cm X 6.6 cm)

Estimated weight

10 lbs (4.5 kg)

Cooling interface

Conduction base plate with water cooling option

Operating temperature and humidity

15 to 30 °C , 5 to 85% RH (non condensing)

Applications

Aesthetic, dentistry, ophthalmology, surgery as well as organic materials processing, here are just a few applications ideal for the LumIR 2800 Series laser.

Surgical and aesthetic laser systems

Surgical and aesthetic laser systems

Dentistry

Dentistry

Organic material marking (fabrics, food, plastics)

Organic material marking (fabrics, food, plastics)

Research and Development

Research and Development

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