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Application > Microscopy - Stimulated Emission Depletion (STED) Microscopy

Stimulated Emission Depletion (STED) Microscopy


Stimulated Emission Depletion (STED) Microscopy Stimulated emission depletion (STED) microscopy is a widely used super-resolution microscopy technique. It creates super-resolution images by the selective deactivation of fluorophores, minimizing the area of illumination at the focal point, and thus enhancing the resolution for a given system.

Stimulated Emission Depletion (STED) Microscopy Lasers


Product Wavelength Description Starting At In Stock
532 nm

Best Seller!

532 nm DPSS Laser System
5 - 300 mW Output Power
$1,437.00

Specs
520 nm520 nm Collimated Diode Laser System with Near-TEM00 Beam
5 - 50 mW Output Power
$2,274.00

Specs
520 nm520 nm Collimated Diode Laser System
50 - 1000 mW Output Power
$2,274.00

Specs
1064 nm

Best Seller!

1064 nm Low-Noise DPSS Laser System
100 - 1000 mW Output Power
$2,274.00

Specs
532 nm

Best Seller!

532 nm Low-Noise DPSS Laser System
5 - 200 mW Output Power
$3,296.00

Specs
532 nm

Best Seller!

Fanless Fanless 532 nm DPSS Laser System
500 - 1000 mW Output Power
$4,104.00

Specs
543 nm543 nm DPSS Laser System
20 - 100 mW Output Power
$4,104.00

Specs
1064 nm

Best Seller!

1064 nm Low-Noise DPSS Laser System
2000 - 2000 mW Output Power
$4,485.00

Specs
532 nm

Best Seller!

Environmentally Sealed 532 nm DPSS Laser System
10 - 300 mW Output Power
$4,668.00

Specs
520 nm520 nm Collimated Diode Laser System
5 - 10 mW Output Power
$4,805.00

Specs
520 nm520 nm Collimated Diode Laser System with TEM00 Beam
5 - 20 mW Output Power
$4,805.00

Specs
1064 nm

Best Seller!

1064 nm Single-Longitudinal-Mode DPSS Laser System
50 - 1000 mW Output Power
$4,805.00

Specs
532 nm

Best Seller!

532 nm Low-Noise DPSS Laser System
- mW Output Power
$5,032.00

Specs
532 nm

Best Seller!

Fanless 532 nm Low-Noise DPSS Laser System
500 - 1000 mW Output Power
$5,304.00

Specs
532 nm

Best Seller!

532 nm DPSS Laser System
2000 mW Output Power
$5,478.00

Specs
532 nm

Best Seller!

Fanless 532 nm Single-Longitudinal-Mode DPSS Laser System
5 - 300 mW Output Power
$5,478.00

Specs
532 nm

Best Seller!

532 nm Low-Noise DPSS Laser System
2000 - 2000 mW Output Power
$6,776.00

Specs
532 nm

Best Seller!

532 nm DPSS Laser System
3000 - 5000 mW Output Power
$6,958.00

Specs
1064 nm

Best Seller!

1064 nm Low-Noise DPSS Laser System
4000 - 5000 mW Output Power
$7,330.00

Specs
543 nmEnvironmentally Sealed 543 nm DPSS Laser System
$7,720.00

Specs
543 nm543 nm DPSS Laser System
200 - 1500 mW Output Power
$7,954.00

Specs
532 nm

Best Seller!

532 nm Low-Noise DPSS Laser System
5000 - 5000 mW Output Power
$9,534.00

Specs
532 nm

Best Seller!

532 nm Single-Longitudinal-Mode DPSS Laser System
- mW Output Power
$10,242.00

Specs
532 nm

Best Seller!

532 nm DPSS Laser System
8000 - 20000 mW Output Power
$11,375.00

Specs
532 nm

Best Seller!

532 nm Low-Noise DPSS Laser System
8000 - 20000 mW Output Power
$14,383.00

Specs
1064 nm

Best Seller!

1064 nm Low-Noise DPSS Laser System
10000 - 20000 mW Output Power
$16,891.00

Specs
532 nm

Best Seller!

532 nm Single-Longitudinal-Mode DPSS Laser System
500 - 1000 mW Output Power
$16,927.00

Specs
1064 nm

Best Seller!

1064 nm Single-Longitudinal-Mode DPSS Laser System
2000 - 10000 mW Output Power
$18,707.00

Specs
532 nm

Best Seller!

532 nm Single-Longitudinal-Mode DPSS Laser System
2000 - 5000 mW Output Power
$21,263.00

Specs

Research Papers That Have Used Arktis Laser Products


Here are a list of research papers that reference Arktis Laser products in their Stimulated Emission Depletion (STED) Microscopy.

Research Papers

Paper Title Date Published University Product Used In Research
Cortico reticulo spinal circuit reorganization enables functional recovery after severe spinal cord contusion March 2018 Center for Neuroprosthetics and Brain Mind Institute, School of Life Sciences, Swiss Federal Institute of Technology 532 nm
Hydrodynamics of Insects. Part 1. Jetting of the Dragonfly Larvae. Part 2. Honeybee at the Air-water Interface: Surfing with the Capillary Wave December 2017 California Institute of Technology 405 nm

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