KTP KTP.060603.C001

KTP KTP.060603.C001

Supplier
Crystech
Part Number
KTP.060603.C001
Category
Crystallography
Origin
China

After years of development, CRYSTECH has become the largest KTP manufacturer in the world

Specification Snapshot
Parallelism
≤10″
Damage Threshold
500MW/cm² (1064nm, 10ns, 10Hz)
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Overview

After years of development, CRYSTECH has become the largest KTP manufacturer in the world

Specifications

ParameterValue
Dimension ToleranceW(+/-0.1)*H(+/-0.1)*L(+0.5/-0.1)mm
Angle Tolerance+/-0.25°
Chamfer≤0.2mmx45°
Parallelism≤10″
Chips≤0.1mm
Clear Aperture≥90%
Wavefront distortionλ/8@633nm
Physical properties-Crystal StructureOrthorhombic, space group Pna21,point group mm²
Physical Properties-Mohs hardness5
Physical properties-Density3.01 g/cm³
Physical Properties-Colorcolorless
Physical Properties-Hygroscopic susceptibilityno
Effective nonlinearity expressionsd_eff(II)≈(d₂₄ - d₁₅)sin²Φsin²θ - (d₁₅sin²Φ + d₂₄cos²Φ)sinθ
TypeSHG
Size6 mm × 6 mm × 3 mm
CoatingAR1064&532

Applications

Due to the unique combination of its properties – high nonlinear coefficient, high damage threshold, non-hygroscopic, KTP can be used in both commercial and military lasers including medical and laboratory systems, range finders, designators and systems for use in semiconductor industry. SHG, SFG of Nd Lasers; Optical Parametric Generation (OPG, OPA, OPO); Electro-Optical modulations; Optical waveguide for integrated NLO and E-O devices; ØSHG, SFG of Nd lasers; Below figure shows the non-critical phase-matched (NCPM) X-cut KTP OPO/OPA. For pumping wavelength range from 0.7μm to 1 μm, the output can cover from 1.04μm to 1.45μm(signal) and from 2.15μm to 3.2μm(idler). More than 45% conversion efficiency was obtained with narrow output bandwidth and good beam quality. ØElectro-Optical Modulation; KTP also has promising E-O and dielectric properties that are comparable to LiNbO3. These properties make KTP extremely useful in various E-O devices. Oven for Heating KTP crystals; Increasing the temperature of KTP crystal can enhance the damage threshold of KTP crystal. Therefore, for high power or high power density SHG of Nd lasers, heating KTP to a certain temperature (e.g. 80——100deg) is recommended. CRYSTECH provides precision oven with temperature controller for heating KTP. A full assembly including KTP crystal, oven and temperature controller is also available

Key Features

Strict quality control; large crystal size up to 20x20x40mm3 and maximum length of 60mm; Quick delivery(3 weeks for polished only, 4 weeks for coated); Reasonable price and quantity discount; Technical support; AR-coating, re-polishing service. Large nonlinear coefficient; Wide angular bandwidth and small walk off angle; Broad temperature and spectral bandwidth; Large electro-optical coefficient; High damage threshold; Nonhygroscopic, chemically and mechanically stable; KTP is a positive biaxial crystal, with the principal axes X, Y, and Z (nz>ny>nx) parallel to the crystallographic axes a, b, and c, respectively

Datasheet

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Supplier Information

Cr
Crystech
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CRYSTECH Inc. was established in Qingdao in 2001. We engage in R&D, production and sales of laser crystals, Q-switches, nonlinear optical crystals, laser optical components and related laser devices. It is a world-leading manufacturer of core components for solid-state lasers. Our products are widely used in medical and aesthetics lasers. CRYSTECH has modern facilities with total area of more than 8000 square meters, ISO9001 certified. We provide one-stop solutions for solid-state laser core components, covering eight categories: Laser crystals, Q-switches, NLO crystals, 1535nm bonding crystals, Laser optical components, Laser modules, Laser cavities, and Laser handpieces.

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KTP KTP.060603.C001
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