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.

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 (Gd₃Se₂Ga₃O₁₂:Cr³⁺,Nd³⁺) laser. It operates well in the mode of picosecond pulses at a pulse duration of 3 – 5 ps with an efficiency several times higher as that of YAG.

Rods with round cross-sections are manufactured.

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.

The yttrium vanadate (YVO₄) falls under the category of birefringent crystals and meet all necessary demands to be very prospective material for fibre optical communication systems. It's ideal for optical polarizing components such as fibre optical isolators, beam displacers and circulators. YVO₄:Nd³⁺ is one of the most effective and advanced for diode pumped lasers. Compared to YAG:Nd³⁺ and YLF:Nd³⁺, YVO₄:Nd³⁺ diode pumped lasers have the following advantages: wide absorption bandwidth, low lazing threshold, high slope efficiency, large luminescent cross-section, linearly polarized emission and single-mode output. Compactly designed YVO₄:Nd³⁺ lasers with green, red and blue light output are really perfect means for material processing, spectroscopy, medical diagnostics, laser printing and other applications.

We also grow YVO₄:Er³⁺, YVO₄:Er³⁺,Yb³⁺ crystals, emitting at @ 1,54 μm.

Configuration of rod's cross section Round and Square.

Sizes and dimensions of elements can be varied according to customer's demand.

YVO₄ crystals separately doped with Er³⁺ and together with Er³⁺,Yb³⁺ radiate at 1,54 and 1,61 mm wavelength and are used in eye-safe lasers. In contradiction to glass doped with Er³⁺,Yb³⁺, YVO₄ crystals can perform in cw regime with high pumping power and high efficiency. Their thermal conductivity is several times higher than thermal conductivity of glass that leads to improvement of generation characteristic of laser and lowers requirements to heat sink. YVO₄:Yb³⁺ has absorption broad band at 0,98 mm and can generate at @ 1,02 mm with high efficiency in connection with low loss of transfer of pumping energy.

“Solix Co. Ltd.” grows the following crystals: YVO₄:Er³⁺, YVO₄:Yb³⁺, YVO₄:Er³⁺,Yb³⁺.

Sizes and dimensions of elements can be varied according to customer's demand.

Fundamentally recent growth monocrystals of YVO₄/YVO₄:Nd³⁺ totally differ from analogous bonded crystals by lack of junction. This ensured that our combined crystals are able to stand with considerably higher energy loads, without loss in quality. As is well known bonded crystals obtained by joining of undoped and Nd³⁺-doped crystals using thermal diffusion have got an optical loss on the welding border of two parts, but they lead to decreasing of laser efficiency and cracks can appear on the border at certain light load that contribute to destruction of optical rod.

Under testing our permanent laser beam research technology partners growth monocrystals have output generation characteristics 10 – 15 % higher than common combined crystals.

Sizes and dimensions of elements can be varied according to customer's demand.

Titanium — doped sapphire (Al₂O₃:Ti³⁺) crystals are active media for highly efficient tunable solid-state lasers. They demonstrate good operation in the pulsed-periodic, quasi-CW and CW modes of operation.

The crystals are grown using Czochralski and Ciropolous techniques.

Rods with round and rectangular cross-sections are manufactured.

End faces may have 90° or Brewster angle to the rod axis.

Cromium–activated Forsterite single crystals Mg₂SiO₄:Cr⁴⁺ turn to be excellent material for tunable lasers both for pulse and CW mode.

Spinel crystals are effective material for Q-switch lasers, performing at 1,3 and 1,54 μm.

They are grown using Czochralski technique what gives possibility to operate by technological process and to get high optical quality samples with uniform distribution of Co²⁺ along diameter and length of crystals.

Alexandrite (BeАl₂О₄:Cr³⁺) is first-class precious stone, one of the hardest and longliving jewels (only diamond, sapphire and ruby stay before).

The most marvellous property of this gem is its ability to change color in accordance with source of lightening. Alexandrite becomes green like emerald in daylight, artificial lightening makes this magic stone purple-red. We possess the perfectly developed technology of Alexandrite obtaining.

Ruby crystals (Al₂O₃:Cr³⁺) are grown by Czochralsky technique. It allows to obtain high quality samples and to manipulate their color purposefully — from light-red to pigeon's blood color.

Laboratory research studies verified these crystals to be the complete analog of naturally occurring ruby.

Co²⁺-doped Mg₂SiO₄:Со²⁺ tanzanione crystal is a synthetic imitation of nature tanzanite and effective material for laser optical elements.