KD*P Pockels Cells deliver high extinction ratios, low insertion loss, and damage thresholds exceeding 10 J/cm², enabling reliable electro-optic switching for pulsed laser systems. (read more)

RTP (Rubidium Titanyl Phosphate) Q-switch is an electro-optic device designed for high-repetition-rate laser systems, offering stable modulation, low loss, and reliable performance without hygroscopic limitations. (read more)

Alexandrite (Cr³⁺:BeAl₂O₄) is a solid-state laser gain material designed for tunable laser systems, offering high thermal stability, broad wavelength range, and reliable performance in demanding photonics applications. (read more)

CRYSTECH RTP crystal delivers high electro-optic efficiency, fast pulse modulation, and high damage threshold for Q-switch laser systems, enabling precise, stable, and reliable performance in industrial, medical, and scientific laser applications. (read more)

This 755nm Alexandrite rod offers a tunable 700-800nm range, superior thermal resistance, and precise polarization, ideal for medical laser applications such as dermatology and hair removal. (read more)

Premium Alexandrite crystals with tunable 710–800 nm wavelengths, superior thermal shock resistance, and hig (read more)

The 1535nm Bonded Crystal delivers high efficiency and eye-safe laser performance, ideal for laser lidar, rangefinders, and miniature lasers with excellent energy stability and compact design. (read more)

CRYSTECH's Pico Lens delivers exceptional precision and efficiency for laser medical treatments such as skin rejuvenation and tattoo removal. Custom sizes and coatings ensure perfect fit for diverse applications. (read more)

Cr:YAG (Chromium Doped Yttrium Aluminum Garnet) is a high-performance optical crystal widely used as a passive Q-switch in solid-state lasers. It enables high-power laser pulse generation with exceptional durability and efficiency. (read more)

High-quality precision cell mirrors for high-power Q-switch lasers, offering various curvatures (R = -2000mm to -4000mm), fast delivery, and cost-effective solutions for precision optical systems. (read more)

RTP electro-optic Q-switches combine low operating voltage, high damage threshold, and up to 100 kHz repetition rates for pulsed lasers, phase modulation, and advanced photonics systems. (read more)

KD*P Pockels cells provide high electro-optic efficiency, wide spectral transmission (0.2–2.1 μm), and high damage threshold for laser Q-switching and optical modulation systems. (read more)

The Alexandrite rod (Cr3+:BeAl2O4) offers high thermal shock resistance, broad wavelength tunability, and polarized emission, making it ideal for dermatology, Lidar, and advanced laser applications requiring precision and reliability. (read more)

Triple-doped CTH:YAG crystal optimized for 2100nm emission, addressing eye-safety, high-efficiency, and integration challenges for medical, meteorological, and military laser systems. (read more)

High-efficiency CTH:YAG crystal optimized for 2100nm wavelength, ideal for medical, scientific, and military laser applications with reliable performance and eye-safe operation. (read more)

High-performance KTP crystals with superior nonlinear efficiency, wide bandwidth, and high damage threshold—engineered for SHG, OPO, and advanced laser applications. (read more)

KD*P Pockels Cells deliver stable Q-switching performance with high extinction ratio, low insertion loss, and high laser damage resistance, helping engineers improve pulse quality and reliability in medical, industrial, and scientific laser systems. (read more)

Crystech Nd:YAG crystals provide low threshold operation, high efficiency, and excellent thermal stability, enabling reliable performance in solid-state lasers for industrial processing, medical systems, and precision photonics applications. (read more)

Crystech dye laser handpieces deliver 585 nm and 650 nm outputs with high conversion efficiency and compact design, enabling reliable wavelength conversion and stable performance in medical and precision laser applications. (read more)

Crystech DKDP Pockels cells provide high extinction ratio, low insertion loss, and up to 1 GW/cm² damage threshold, enabling stable and precise electro-optic modulation in industrial, medical, and high-power laser systems. (read more)

RTP Q-switches provide low-voltage electro-optic switching, high damage threshold, and wide wavelength operation for high-repetition laser systems and optical modulation. (read more)

RTP Q-Switch crystal offers precise electro-optical control, low half-wave voltage, and high damage threshold for laser ranging, radar, and medical systems. (read more)

High-precision KD*P Pockels Cell delivers fast polarization modulation with high extinction ratio and low insertion loss, enabling accurate, stable, and reliable optical control in industrial, medical, aesthetic, and defense laser systems. (read more)

High-precision fractional handpiece for lasers, offering DOE and FLA lens options, compact design, and reliable beam control for medical, aesthetic, and industrial applications. (read more)

Alexandrite (Cr3+:BeAl2O4) is a highly durable laser crystal used in solid-state lasers for applications such as dermatology, spectroscopy, and lidar, offering tunable wavelengths and high thermal shock resistance. (read more)

High-efficiency honeycomb mirrors at 1064 nm/532 nm reshape laser beams for precise dermatology and aesthetic treatments. (read more)

Designed for high-repetition laser systems, RTP Q-Switch combines low operating voltage, high damage threshold, and 100KHz performance for stable optical modulation. (read more)

Nd:YAG crystals deliver superior efficiency, robust thermal management, and versatile laser operation, ideal for R&D, medical, industrial, and military laser systems. (read more)

High-precision KD*P Pockels Cell for Q-switch laser systems, delivering precise polarization control and high damage resistance. (read more)

Precision thin-film polarizer for high-power lasers, delivering high transmission, linear polarization, and superior damage resistance. (read more)

CTH:YAG crystal delivers efficient 2100nm laser output with diode or flashlamp pumping, ideal for medical, military, and scientific applications requiring eye-safe operation. (read more)

Alexandrite laser rods deliver high-efficiency, low-threshold performance at 755nm, ideal for medical, dermatology, and lidar applications requiring long-pulse, Q-switch, or picosecond operation. (read more)

Cr:YAG optical crystals enable efficient passive Q-switching in solid-state lasers, delivering high-power pulses with excellent durability for marking, medical, and industrial laser systems. (read more)

RTP crystal Q-switch offering low voltage, high damage threshold, and wide wavelength operation for stable, high-repetition laser systems in industrial and scientific applications. (read more)

Dye laser handpiece converting 532nm to 585nm or 650nm, delivering stable beam quality and long service life for industrial and scientific laser systems. (read more)

High-performance KD*P modulator with 1 GW/cm² damage threshold and precise polarization control for industrial, medical, and military lasers. (read more)

Nd:Ce:YAG offers high efficiency, thermal stability, and UV resistance for 1064nm pulsed lasers in medical, military, and meteorology applications. (read more)

High-extinction KD*P Pockels Cell with low insertion loss and high laser damage threshold for 1064nm nanosecond Q-switched pulse laser systems. (read more)

Precision optical mirror with hexagonal beam shaping, 95% optical efficiency, and dual-wavelength support, ideal for acne, pigmentation, and wrinkle treatments in dermatology lasers. (read more)

CASTECH Nd:YAG crystals provide high efficiency, broad wavelength range, and exceptional damage resistance for industrial, medical, and scientific laser applications. (read more)

RTP Q-Switch crystals provide high damage threshold, low operating voltage, and superior electro-optical properties, ideal for laser ranging, medical, and industrial applications. (read more)

Nd:YAG crystal delivers reliable, high-stability laser performance for industrial, medical, and research applications, featuring long fluorescence lifetime and superior thermal management. (read more)

The quartz reflector offers high precision and durability, ensuring stable and reliable laser operation for applications in medical, welding, cutting, and marking technologies. (read more)

High-efficiency Potassium Titanyle Arsenate (KTA) crystals provide over 50% energy conversion in Optical Parametric Oscillators (OPOs), with broad transparency, low absorption, and high damage threshold—ideal for frequency conversion and modulation. (read more)

High-durability ceramic reflectors with >97% reflectivity, engineered for flash lamp-pumped laser cavities. Designed for stable output, high efficiency, and long service life. (read more)

Co:MgAl₂O₄ saturable absorber for 1.5 μm eye-safe lasers, enabling passive Q-switching with high damage threshold and stable near-infrared performance. (read more)

High-voltage Pockels cell driver with fast rise time and adjustable pulse control for precise electro-optic switching in laser systems. (read more)

KD*P Pockels cell with high extinction ratio, low loss, and wide spectral range for precise electro-optic switching in medical, industrial, and scientific lasers. (read more)