OXIDE Corporation

OXIDE Corporation is one of the world’s leading manufacturers in crystal growth technologies, nonlinear optical materials, laser solutions, and high-precision measurement systems. Its advanced crystal technologies are widely preferred in mission-critical applications requiring high accuracy across defense, photonics, medical, industrial, and academic R&D domains.

In Türkiye, OXIDE products are supported by TARGET, where we act as the solution partner—providing end-to-end engineering support throughout all technical processes.

Global Reference in Crystal Technologies

OXIDE Corporation offers a broad portfolio of crystals and optical devices for a wide range of applications in optics and photonics. With end-to-end manufacturing capabilities—from crystal growth to laser modules, optical measurement systems, and QPM (Quasi-Phase-Matching) devices—OXIDE stands out as a fully integrated technology provider.

Product portfolio includes:

  • Scintillation Crystals: LGSO, Fast-LGSO, GSO/GSOZ, GPS — High-sensitivity crystals for radiation detection and medical imaging systems

  • Laser & Phosphor Crystals: Ce:YAG, EPOCH (MGC) — Solutions for high-brightness LED and laser applications

  • Polarization Control Crystals: YIG, TGG, TSAG, Mg:SLT / Mg:LN, KTN, RTP — For optical systems requiring precise polarization control

  • Nonlinear Optical Crystals: BBO, LBO, KTP, CLBO, LBGO, Mg:SLN — Designed for SHG, THG, OPA/OPG, and high-power laser applications

  • Waveguides & QPM Devices: PP-Mg:SLT, PP-LBGO, PPLN, ppKTP — High-efficiency frequency conversion solutions

  • Optical Modules & EO Devices: RTP EO cells, BBO EO cells, iRTP Pockels cells, TEC-controlled QPM mounting modules

  • Laser & Measurement Systems: Industrial laser modules, speckle measurement systems, and optical characterization platforms

This extensive portfolio highlights OXIDE’s capability to manage the entire production chain—from materials science and crystal growth to advanced laser system design—under a single integrated manufacturing ecosystem.

High-Precision Crystals

Laser Modules

Nonlinear Crystals

High-Efficiency Frequency Conversion

Polarization Control

Key Technological Capabilities

OXIDE Corporation’s competitive advantage is driven by its advanced crystal growth infrastructure and fully integrated manufacturing lines. The company’s facilities are equipped with dedicated systems for crystal growth, optical device fabrication, laser manufacturing, micro-processing, speckle measurement, and optical component characterization.

Capabilities:

  • High-precision crystal growth infrastructure (CLBO, BBO, LBO, KTP, LBGO, Mg:SLN, etc.
  • Global expertise in Quasi-Phase-Matching (QPM) technologies
  • Nonlinear optical solutions covering a wide wavelength range
  • Highly reliable Pockels cells for EO and Q-switching applications
  • Advanced phosphor technologies (EPOCH) for LED, laser, and photonic modules
  • Industrial-grade optical measurement and evaluation systems
  • Fully integrated production: Crystal → Optical Module → Laser → Measurement System

This integrated approach positions OXIDE as one of the world’s most trusted sources in optical crystal and photonics technologies.

OXIDE Corporation Large-Size Nonlinear Optical Crystal Boule for Laser and Photonic Applications
OXIDE Corporation Schematic Model Illustrating the Use of Scintillation Crystals in High-Resolution PET Medical Imaging Systems
OXIDIE comparative Graph of Light Output and Energy Resolution Performance of LGSO and GSO Scintillators
OXIDE High-Purity Scintillation Crystal Boule Used in Medical Imaging and Radiation Detection Systems
OXIDE High-Precision Optical Devices for Laser Modules and Nonlinear Optical Applications

Why Choose OXIDE?

OXIDE Corporation is recognized as one of the most trusted brands in the industry, backed by decades of experience in crystal growth technologies, high-purity material processing, a broad product portfolio, and fully integrated optical manufacturing capabilities. Its ability to deliver end-to-end solutions—from nonlinear optical crystals and EO cells to QPM waveguides and laser systems—makes OXIDE a primary choice for research institutions as well as defense and industrial companies.