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Laser Materials Er:YAG
Scientific Materials Corp
Highly doped (50%) Erbium YAG is a well-known laser source for producing 2940nm emission, commonly used in medical [1] (e.g. cosmetic skin resurfacing), and dental [2] (e.g. oral surgery) applications due to the strong water and hydroxapatite absorption at this wavelength. Low doped (< 1%) Erbium YAG hase been studied as an ...
  • Type Of Crystal: Er:YAG
  • Crystal Diameter: -- mm
  • Crystal Length: -- mm
  • AR Coating: Uncoated
Data Sheet
Laser Materials Yb:YAG
Scientific Materials Corp
Crystals doped with trivalent ytterbium (Yb3+) have demonstrated significant potential for application in compact, efficient, diode-pumped laser systems.[1-4] The Yb3+ ion has only two manifolds, the ground 2F7/2 and the excited 2F5/2 which are separated by approximately 10,000 cm-1. As a result, Yb3+doped materials have ...
  • Type Of Crystal: Yb:YAG
  • Crystal Diameter: -- mm
  • Crystal Length: -- mm
  • AR Coating: Uncoated
Data Sheet
Lase Materials Nd:YAG Yttrium Aluminum Garnet
Scientific Materials Corp
The first operation of yttrium aluminum garnet doped with tri-valent Neodymium as a laser gain media was demonstrated at Bell Labs in 1964 [1]. Today, Nd:YAG has achieved a position of dominance among solid-state laser materials, being the most widely used lasing medium world-wide, with applications spanning medical, industrial, ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: -- mm
  • Crystal Length: -- mm
  • AR Coating: Uncoated
Data Sheet
Gadolinium Vanadate With Neodim
Science & Production Co Solix Ltd
New Nd3+-doped gadolinium vanadate crystals GdVO4:Nd3+ allow to create effective diode-pumped lasers for applications in medicine and technique. Sizes and dimensions of elements can be varied according to customer\'s demand
  • Type Of Crystal: Nd:GdVO4
  • Crystal Diameter: -- mm
  • Crystal Length: 0.5-20 mm
  • AR Coating: Uncoated
Data Sheet
Beryllate Lanthanum
Science & Production Co Solix Ltd
Single-crystals of La2Be2O5:Nd3+ are highly effective material for solid-state lasers oscillating at the wavelength of 1,07 – 1,08 mm. Energetic characteristics of a lanthanum-beryllate laser are twice greater as those of an yttrium-aluminium garnet (Y3Al5O12:Nd3+) laser and are not inferior to those of a GSGG ...
  • Type Of Crystal: Other
  • Crystal Diameter: 4-12 mm
  • Crystal Length: 50-100 mm
  • AR Coating: Uncoated
Data Sheet
Alexandrite Optical
Science & Production Co Solix Ltd
Having emerged in the field of laser manufacturing just recently, Alexandrite became the leader among other tunable solid–state materials straight away because of the unique advantages exhibited by alexandrite lasers. Rods with round cross-sections are manufactured.
  • Type Of Crystal: Cr:YAG
  • Crystal Diameter: 4-10 mm
  • Crystal Length: 60-120 mm
  • AR Coating: Uncoated
Data Sheet
Yttrium Orthovanadate
Roditi International Corp Ltd
Yttrium Orthovanadate is suited for optical polarising components because of its wide transparency range and large birefringence.  It is a substitute for Calcite (CaCO3) and Rutile (TiO2) crystals.
  • Type Of Crystal: YVO4
  • Crystal Diameter: 25 mm
  • Crystal Length: 30 mm
  • AR Coating: Uncoated
Data Sheet
YAG
Unioriental Optics Co Ltd
Unioriental uses Czochralski method to grow YAG crystals which can also be doped with Nd,Er,Cr,Tm,Yb,Ho. YAG crystals are the most widely used gain medium which can be used in CW, pulse and some other solid-state lasers.It has many working patterns like, multiplier, mode-locked, high-energy Q, cavity resonant and others.   
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 33 mm
  • Crystal Length: 180 mm
  • AR Coating: Both sides
Data Sheet
Alexandrite (Cr3+:BeAl2O4, chromium-doped beryllium aluminate) is a laser gain material used in solid-state lasers in applications such as dermatology and Lidar, etc. Alexandrite is produced via the Czochralski growth method. It has a thermal shock resistance five times that of Nd:YAG and a wide emission ...
  • Type Of Crystal: Other
  • Crystal Diameter: 5 - 9.6 mm
  • Crystal Length: 3 - 160 mm
  • AR Coating: One side, Both sides, Uncoated
  • Website : http://www.crystech.com/ 
Data Sheet
Er:YAG Laser Crystals
Hangzhou Shalom EO
Erbium-doped yttrium aluminum garnet or Er:YAG crystals is an excellent laser crystal which lasers at 2.94 μm, This wavelength is the most readily absorbed into water and hydroxylapatite of all existing wavelengths and is considered a highly surface cutting laser. The 2.94μm is a eye-safe wavelength, which makes Er:YAG ...
  • Type Of Crystal: Er:YAG
  • Crystal Diameter: 6 mm
  • Crystal Length: 120 mm
  • AR Coating: Both sides
Data Sheet
Nd:YVO4 Laser Crystals
Hangzhou Shalom EO
Neodymium doped Gadolinium Vanadate or Nd:YVO4 crystal is one of the most efficient laser host crystal for DPSS lasers. Its large stimulated emission cross-section at lasing wavelength, high absorption coefficient and wide absorption bandwidth at pump wavelength, high damage threshold as well as good physical, optical and mechanical ...
  • Type Of Crystal: Nd:YVO4
  • Crystal Diameter: 20 mm
  • Crystal Length: 20 mm
  • AR Coating: Both sides
Data Sheet
Nd:YAG Laser Crystals
Hangzhou Shalom EO
Neodymium Doped Yttrium Aluminum Garnet - Nd:YAG laser crystals has been and would continue to be the most popular lasing media for solid-state lasers. Good fluorescence lifetime, thermal conductivity and robust nature make Nd:YAG laser crystals suitable for high power continuous wave, high intensity Q-switched and single mode ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 28 mm
  • Crystal Length: 220 mm
  • AR Coating: Both sides
Data Sheet
200x10 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 10 mm
  • Crystal Length: 200 mm
  • AR Coating: One side, Both sides
Data Sheet
250x10 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 10 mm
  • Crystal Length: 250 mm
  • AR Coating: One side, Both sides
Data Sheet
250x8 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 8 mm
  • Crystal Length: 250 mm
  • AR Coating: One side, Both sides
Data Sheet
200x8 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 8 mm
  • Crystal Length: 200 mm
  • AR Coating: One side, Both sides
Data Sheet
150x8 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 8 mm
  • Crystal Length: 150 mm
  • AR Coating: One side, Both sides
Data Sheet
125x8 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 8 mm
  • Crystal Length: 125 mm
  • AR Coating: One side, Both sides
Data Sheet
100x8 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 8 mm
  • Crystal Length: 100 mm
  • AR Coating: One side, Both sides
Data Sheet
75x3 Nd:YAG Laser Rods by Laser Materials
Laser Materials Corp.
Laser Materials Corporation produces Nd:YAG boules, fabricated laser rods and slabs. Our crystal growth facility in Vancouver, Washington exclusively produces large diameter boules (currently, Ø82 mm) in lengths up to 250 mm while retaining acceptable Neodymium concentration levels. As a crystal grower, we concentrate on ...
  • Type Of Crystal: Nd:YAG
  • Crystal Diameter: 3 mm
  • Crystal Length: 75 mm
  • AR Coating: One side, Both sides
Data Sheet

Did You know?

Laser Crystals play the role of active gain medium, aka lasing medium, in solid state lasers. They are used to generate the output of a laser by various optical pumping techniques. Examples of laser media based upon crystals include rare earth ion doped crystals such as Nd:YAG or transition metal ion doped crystals such as Ti:Sapphire, and more. Nd:YAG or similar crystals have high damage threshold and are commonly used in pulsed nanosecond lasers with Q-switching, Ti:Sapphire has a large emission bandwidth and as such is best suited for ultrafast lasers and amplifiers.