Blog

Wave retarders are used widely in applications like rotating polarization, transforming between linear and circular polarization. MT-OPTICS offers quarter- and half-wave plates in a variaty of options. Introduction: Wave retarders are used widely in applications like rotating polarization, transforming between linear and circular polarization. MT-OPTICS offers quarter- and half-wave plates in a variaty of options including Multiple Order Waveplates, Cemented Zero-Order Waveplates, Airspaced Zero-Order Waveplates, True Zero-Order Waveplates, Dual Wavelength waveplates. MT-OPTICS’s waveplates feature high precision, high damage threshold level and more importantly, we have the capacity to design and customize specific ideal waveplates to fit your exact application. Features: · Material: Crystal Quartz, MgF2   · Custom dimension and shapes   ·  Diameter from 5 to 100 mm   ·   Standard and custom coating options available   ·   High laser damage threshold   ·  Mounted and unmounted waveplates are available Specifications： Material Crystal Quartz Diameter Tolerance +0/-0.25mm Clear Aperture ≥ central 90%  of  diameter Retardance Accuracy ＜λ/300 Surface Quality 20/10 Wavefront  Distortion λ/10 @632.8nm over the clear  aperture Parallelism ≤3″ Coating R＜0.25% Damage Threshold 2MW/cm2,2J/cm2，10ns   •   Wide Temperature Bandwidth    •  MT-OPTICS’s standard coatings are available    •   Custom designs for other sizes and coatings are also vailable upon request.      Single Wavelength Waveplates Standard Wavelength (λ)： Wavelength 248nm 413nm 514.5nm 632.8nm 800nm 1064nm 266nm 441.6nm 532nm 647.1nm 830nm 1300nm 308nm 457.9nm 543.5nm 676.4nm 850nm   1315nm   351nm 488nm 594nm   694.3nm   905nm 1320nm   354.7nm     510.5nm     611.9nm   780nm   1050nm   1550nm   Dual Wavelength Waveplates  Dual wavelength waveplate is widely used on Third Harmonic Generation (THG) system. When you need a NLO crystal for type II SHG (o+e→e), and a NLO crystal for type II THG (o+e→e), the  out put polarization from SHG can not be used for THG. So you must  turn the polarization to get two perpendicular polarization for type II THG. Dual wavelength waveplate works like a polarizing rotator, it can rotate the polarization of one beam and remain another beam's polarization. Also the dual wavelength waveplate can be applied to following systems：          •   Type II SHG + Type II THG         •   Type II SHG + Type I THG         •   Type I SHG  + Type I THG    For example: we use KTP as SHG type II and LBO as THG type II, but the polarization of output beam from KTP is not optimized for THG type II. When we use a dual wavelength waveplate as drawing, it can change the 532nm beam to a special angle polarization but not change 1064nm beam at all.     Specifications： Material Crystal Quartz Diameter Tolerance +0/-0.25mm Clear Aperture ≥ central 90%  of  diameter Retardance Accuracy ＜λ/100 Surface Quality 20/10 Wavefront  Distortion λ/10 @ 632.8nm over the clear aperture Parallelism ≤3″ Coating Laser Line V AR Coating  R<0.25%< span=""> Damage Threshold 2MW/cm2,2J/cm2，10ns     Standard Retardation： Wavelength 1-Wavelength2  W1064-W532(nm)  W1064-W532(nm) W532-W266(nm) W532-W355(nm) Retardation 1-Retardation2 λ-λ/2 λ/2-λ λ/4-λ/2 λ/2-λ/4 Note：    •  Custom designs for other sizes ,coatings and holders are also available upon request.    •  MT-OPTICS's standard coatings are available upon request.   Category:Polarization Optics/ Waveplates  

Wave retarders are used widely in applications like rotating polarization,transforming between linear and circular polarization. MT-OPTICS offers quarter-and half-wave plates in a variaty of options including Mul-tiple Order Waveplates, Cemented Zero-Order Waveplates, Airspaced Zero-Order Waveplates, True Zero-Order Waveplates, Dual Wavelength waveplates. MT-optics waveplates feature high precision,high damage threshold level and more importantly, we have the capacity to design and customize specificideal waveplates to fit your exact application. ►  Material:Crystal Quartz,MgF₂ ►  Customized dimension and shapes ►  Diameter from 5 to 100 mm ►  Clear aperture:Central 90% of diameter ►  Transmission wavefront: λ/10@632.8 nm ►  Surface quality:10-5 S/D ►  Parallelism:<3" ►  Retardation accuracy: λ/500 ►  Standard and customized coating options available ►  High laser damage threshold ►  Mounted and unmounted waveplates are available Wave retarders are used widely in applications like rotating polarization,transforming between linear and circular polarization. MT-OPTICS offers quarter-and half-wave plates in a variaty of options including Mul-tiple Order Waveplates, Cemented Zero-Order Waveplates, Airspaced Zero-Order Waveplates, True Zero-Order Waveplates, Dual Wavelength waveplates. MT-optics waveplates feature high precision,high damage threshold level and more importantly, we have the capacity to design and customize specificideal waveplates to fit your exact application. Metrology ZYGO Interferometer:parallelism&wave front Parallelism measure accuracy: 0.5"   Birefringent stress meter‌ Retardation Measurement Retardance @1064 nm=180.005(order=0)measured by Birefringent stress meter‌       Waveplates applications Convert linear into circular polarization with quarter-wave plates or rotate the polarization plane of a linearly polarized laser with half-wave plates.   These CdS waveplates offer precise retardation accuracy, excellent transmission, and high-power handling capability. They transmit visible light which simplifies system alignment. Both mounted and unmounted configurations are available   Waveplates Capabilities   Mt-optics manufactures both multiple-order and zero-order waveplates. Zero-order waveplates are less sensitive to temperature and operating wavelength variations. We offers an extensive production line of birefringent crystals for polarization applications. Our crystal waveplate family includes Half  Waveplate, Quarter Waveplate, Low Order Waveplate(Multi-Order),Dual Wavelengths Waveplate, Zero Order Waveplate, Zero Order Waveplate-Cemented by Epoxy, Zero Order Waveplate-Optically Contacted, Zero Order Waveplate-Air Spaced, True Zero Order Waveplate-Cemented, True Zero Order Waveplate-Single Plate. Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications.   Category:Polarization Optics/ Waveplates    

Achromatic Zero-Order Waveplates MT-OPTICS design Achromatic Zero-Order Quartz-MgF2 waveplates with wavelength range larger than 300nm and retardation accuracy better than λ/50 for λ/2 waveplate and better than λ/100 for λ/4 waveplate.   ► Material:Crystal Quartz & MgF₂ ► Customized dimension and shapes ► Diameter from 5 to 100 mm ► Clear aperture: Central 90% of diameter ► Transmission wavefront: λ/10@632.8 nm ► Surface quality: 20-10 S/D ► Parallelism: <1' ► Retardation tolerance up to λ/100 over the wavelength range ► Multiple wavelength ranges available ► High laser damage threshold ► Mounted and unmounted waveplates are available   Achromatic Zero-Order waveplates are made of two different birefringent crystalline materials, such as Crystal Quartz and MgF2 to achieve wavelength independence comparing to single material waveplates which are very sensitive to the wavelength change. Achromatic waveplates is an ideal choice for tunable, multiple and board band wavelengths applications.The quartz-MgF achromatic zero-order waveplate from MT-OPTICS has a working wavelength range of over 300 nm. The retardation accuracy is better than λ/50 for λ/2 waveplates and better than λ/100 for λ/4 waveplates. Additionally, it can provide independently designed and manufactured super achromatic waveplates with a retardation accuracy of λ/300. The working range for λ/2 waveplates is 325~1000 nm or 600~2700 nm, and for λ/4 waveplates, it is 310-1000 nm or 600-2700 nm.   Metrology Birefringent stress meter‌ Retardation Measurement Retardation measured by Birefringent stress meter‌   Waveplates applications Convert linear into circular polarization with quarter-wave plates or rotate the polarization plane of a linearly polarized laser with half-wave plates.   These CdS waveplates offer precise retardation accuracy, excellent transmission, and high-power handling capability. They transmit visible light which simplifies system alignment. Both mounted and unmounted configurations are available   Waveplates Capabilities   Mt-optics manufactures both multiple-order and zero-order waveplates. Zero-order waveplates are less sensitive to temperature and operating wavelength variations. We offers an extensive production line of birefringent crystals for polarization applications. Our crystal waveplate family includes Half  Waveplate, Quarter Waveplate, Low Order Waveplate(Multi-Order),Dual Wavelengths Waveplate, Zero Order Waveplate, Zero Order Waveplate-Cemented by Epoxy, Zero Order Waveplate-Optically Contacted, Zero Order Waveplate-Air Spaced, True Zero Order Waveplate-Cemented, True Zero Order Waveplate-Single Plate. Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications.   Category:Polarization Optics/ Waveplates  

We offers an extensive production line of birefringent crystals for polarization applications.   Introduction: We offers an extensive production line of birefringent crystals for polarization applications. Our crystal polarizer family includes Glan-Taylor Polarizers, Glan-Laser Polarizers, Glan-Thompson Polarizers, Wollaston Polarizers, Rochon Polarizers and Quartz Polarization Rotators. Substrate options have α-BBO (UV), calcite (visible to Near-IR), yttrium orthovanadate (YVO4, Near-IR to Mid-IR), MgF2 (UV to Mid-IR), and crystal quartz (UV to Near-IR). Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications. Specifications：   Material α-BBO；YVO4；Quartz                   Wavelength Range α-BBO: 220-900nm YVO4: 400-4000nm Quartz: 200-2300nm Extinction Ratio Quartz:<5x10-5 α-BBO, YVO4:<5x10-6 Surface Quality 60/40 Dimension Tolerance ±0.1mm Damage Threshold               ＞500MW/cm2 Beam Deviation ＜3′ Wavefront Distortion ＜λ/4 @ 632.8nm Coating Single Layer MgF2 Housing Black Anodized Aluminum Note：Custom designs for other sizes and coatings are also available  upon request.  

Wollaston Polarizer is Suitable for low power application and where the large deviations is required Introduction: We offers an extensive production line of birefringent crystals for polarization applications. Our crystal polarizer family includes Glan-Taylor Polarizers, Glan-Laser Polarizers, Glan-Thompson Polarizers, Wollaston Polarizers, Rochon Polarizers and Quartz Polarization Rotators. Substrate options have α-BBO (UV), calcite (visible to Near-IR), yttrium orthovanadate (YVO4, Near-IR to Mid-IR), MgF2 (UV to Mid-IR), and crystal quartz (UV to Near-IR). Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications. Specifications： Material Calcite；α-BBO；YVO4；Quartz              Wavelength Range Calcite：350-2300nm α-BBO：220-900nm YVO4：400-4000nm Quartz：200-2300nm Extinction Ratio Calicite，Quartz:<5x10-5< span=""> α-BBO, YVO4:<5x10-6< span=""> Surface Quality 60/40 Dimension Tolerance ±0.1mm Damage Threshold           ＞500MW/cm2 Beam Deviation ＜3′ Wavefront Distortion ＜λ/4 @ 632.8nm Coating Single Layer MgF2 Housing Black Anodized Aluminum     Note：Custom designs for other sizes and coatings are also available  upon request.\ Category：glan polarizer series      

We offers an extensive production line of birefringent crystals for polarization applications.   Introduction: We offers an extensive production line of birefringent crystals for polarization applications. Our crystal polarizer family includes Glan-Taylor Polarizers, Glan-Laser Polarizers, Glan-Thompson Polarizers, Wollaston Polarizers, Rochon Polarizers and Quartz Polarization Rotators. Substrate options have α-BBO (UV), calcite (visible to Near-IR), yttrium orthovanadate (YVO4, Near-IR to Mid-IR), MgF2 (UV to Mid-IR), and crystal quartz (UV to Near-IR). Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications.   Features: ·  Material: Calcite, α-BBO, YVO4, MgF2 or Crystal Quartz   ·  Custom dimension and shapes   ·  Extinction ratio: 100,000:1   ·  Standard and custom coating options available   ·    · High laser damage threshold   Specifications：  Material Calcite；α-BBO Wavelength Range Calcite: 350-2300nm                         α-BBO: 220-900nm Extinction Ratio  Calcite:<5x10-5 α-BBO:<5x10-6 Surface Quality 60/40 Dimension Tolerance ±0.1mm Damage Threshold ＞200MW/cm2 Beam Deviation          ＜3′ Wavefront Distortion ＜λ/4 @ 632.8nm Coating Single Layer MgF2 Housing Black Anodized Aluminum       •  •    Large Acceptance Angle: Special design for the ratio of  l/A (length/aperture) guarantees the wide acceptance angle.    •   High Polarization Purity.   •   Suitable for low power applications. Note：Custom designs for other sizes and coatings are also available  upon request. Category：glan polarizer series                

We offers an extensive production line of birefringent crystals for polarization applications.   Introduction: We offers an extensive production line of birefringent crystals for polarization applications. Our crystal polarizer family includes Glan-Taylor Polarizers, Glan-Laser Polarizers, Glan-Thompson Polarizers, Wollaston Polarizers, Rochon Polarizers and Quartz Polarization Rotators. Substrate options have α-BBO (UV), calcite (visible to Near-IR), yttrium orthovanadate (YVO4, Near-IR to Mid-IR), MgF2 (UV to Mid-IR), and crystal quartz (UV to Near-IR). Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications.   Features: Material: Calcite, α-BBO, YVO4, MgF2 or Crystal Quartz   Custom dimension and shapes   Diameter from 5 to 25.4 mm   Extinction ratio: 100,000:1   Standard and custom coating options available   High laser damage threshold     Specification： Wavelength Range Calcite: 350-2300nm         α-BBO: 190-3500nm Extinction Ratio Calcite:<5x10-5 α-BBO:<5x10-6 Surface Quality 60/40 Dimension Tolerance  ±0.1mm Beam Deviation         ＜3′ Wavefront Distortion α-BBO:＜λ/4 @ 632.8nm             Calcite:＜λ/2 @ 632.8nm         Coating Single Layer MgF2 Damage Threshold ＞500MW/cm2 Housing Black Anodized Aluminum   Order Information：     PGL --- 100 --- CAL ↓   ↓   ↓ Product Code    Clear Aperture "a"=10mm   Material Code     Glan-Laser Polarizer： Part Number   Wavelength Range （nm）   a （mm） D （mm）   L±0.1 (mm)  Material PGL-100-CAL 350-2300 10 25.4 26.2    Calcite    PGL-150-CAL 15 30 33.3 Calcite PGL-100-ABBO1 200-270 10 25.4 31.0 α-BBO PGL-150-ABBO1 15 30 38.6 α-BBO   PGL-100-ABBO2   400-700 10 25.4 26.0 α-BBO PGL-150-ABBO2 15 30 33.4 α-BBO PGL-100-ABBO3 700-3000 10 25.4 25.9 α-BBO PGL-150-ABBO3 15 30 33.0 α-BBO    Note：      •   Custom designs for other sizes and coatings are also available upon request.      •   YVO4 Glan-Laser Polarizer is also available  upon request.        

We offers an extensive production line of birefringent crystals for polarization applications. Introduction: Weoffers an extensive production line of birefringent crystals for polarization applications. Our crystal polarizer family includes Glan-Taylor Polarizers, Glan-Laser Polarizers, Glan-Thompson Polarizers, Wollaston Polarizers, Rochon Polarizers and Quartz Polarization Rotators. Substrate options have α-BBO (UV), calcite (visible to Near-IR), yttrium orthovanadate (YVO4, Near-IR to Mid-IR), MgF2 (UV to Mid-IR), and crystal quartz (UV to Near-IR). Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications.   Specifications： Wavelength Range Calcite:350-2300nm                         α-BBO: 200-3500nm  Extinction Ratio Calcite:<5x10-5 α-BBO:<5x10-6 Surface Quality 20/10 Dimension Tolerance 0/-0.1mm Beam Deviation          ＜3′ Wavefront Distortion    α-BBO:＜λ/4 @ 632.8nm                          Calcite:＜λ/2 @ 632.8nm       Coating Single layer MgF2 Damage Threshold ＞500MW/cm2 Housing Black Anodized Aluminum         •   High Polarization Purity  •   Wide Wavelength Range •   High Total Transmission   Order Information：  PGT---                                 100    ---                                 CAL ↓                                           ↓                                           ↓ Product Code         Clear Aperture "a"=10mm                    Material   Glan-Taylor Polarizer： Part Number   Wavelength Range （nm）    a （mm）  D （mm）  L±0.1 (mm)  Material PGT-100-CAL 350-2300 10 25.4 18.5   Calcite    PGT-150-ABBO1 15 30 23.0 Calcite PGT-100-ABBO1 200-270 10 25.4 18.5 α-BBO    PGT-150-ABBO2    15 30 23.0 α-BBO PGT-100-ABBO2 400-700 10 25.4 18.5 α-BBO PGT-150-ABBO3 15 30 23.0 α-BBO PGT-100-ABBO3 700-3000 10 25.4 18.5 α-BBO PGT-150-ABBO3 15 30 23.0 α-BBO  Note：Custom designs for other sizes and coatings are also available  upon request. YVO4 Glan-Taylor Polarizer is also available upon request. Category：glan polarizer series

We offers an extensive production line of birefringent crystals for polarization applications.   Introduction： We offers an extensive production line of birefringent crystals for polarization applications. Our crystal polarizer family includes Glan-Taylor Polarizers, Glan-Laser Polarizers, Glan-Thompson Polarizers, Wollaston Polarizers, Rochon Polarizers and Quartz Polarization Rotators. Substrate options have α-BBO (UV), calcite (visible to Near-IR), yttrium orthovanadate (YVO4, Near-IR to Mid-IR), MgF2 (UV to Mid-IR), and crystal quartz (UV to Near-IR). Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications.   Specifications： Material   Crystal Quartz Dimension Tolerance+0.0/-0.1mm Wavefront Distortion    ＜λ/8 @ 632.8nm Wavelength Range 440-1600nm Rotation Accuracy  ＜5′ Surface Quality 20/10 Clear Aperture ＞central 90% of diameter AR Coating   R＜0.25% @ per surface at central wavelength   Rotation Orientation     Clockwise（right-handed,standard）     Feature：  •  Excellent optical performance;   •  All kinds of coatings are available;  • Custom designs for other sizes and coatings are also available  upon request;  •  Left-handed polarization rotator is also available.   Order Information： CPR --- 127 --- R045 W1064  ↓   ↓   ↓ ↓ Product Code   Diameter=12.7mm   Rotation=45° Wavelength "λ"=1064nm     Polarizing Rotator： Part Number   Diameter（mm）    Rotation（clockwise）   CPR-127-R045-λ 12.7 45° CPR-150-R045-λ 15.0 45° CPR-200-R045-λ 20.0 45°  CPR-254-R045-λ       25.4 45° CPR-127-R090-λ 12.7 90° CPR-150-R090-λ 15.0 90° CPR-200-R090-λ 20.0 90° CPR-254-R090-λ 25.4 90°   Standard Wavelength（λ）：  532nm    632.8nm 1064nm      

CRYSTAL POLARIZERS   l Material: Calcite, α-BBO, YVO4, MgF2 or Crystal Quartz l Custom dimension and shapes l Diameter from 5 to 25.4 mm l Clear aperture: Central 90% of diameter l Wavefront distortion: λ/4@632.8nm l Surface quality: 20-10 S/D l Beam deviation :＜3′ l Extinction ratio: 100,000:1 l Standard and custom coating options available l High laser damage threshold   We offers an extensive production line of birefringent crystals for polarization applications. Our crystal polarizer family includes Glan-Taylor Polarizers, Glan-Laser Polarizers, Glan-Thompson Polarizers, Wollaston Polarizers, Rochon Polarizers and Quartz Polarization Rotators. Substrate options have α-BBO (UV), calcite (visible to Near-IR), yttrium orthovanadate (YVO4, Near-IR to Mid-IR), MgF2 (UV to Mid-IR), and crystal quartz (UV to Near-IR). Both the mounted and unmounted crystals are available. Contact us freely to select the ideal combination of construction type, substrate, coating design, angle of operation and laser damage resistance level to suit your applications.   Metrology Extinction ratio is a important factor to consider when choosing a polarizer. We employs Polariza-tion Extinction Ratio (PER) System which is an easy-to-use highly sensitive instrument for measuring both polarization extinction ratio (PER) and extinction ratio (ER).  ZYGO Interferometer for wave front & parallelism measurement with λ/50 accuracy Parallelism measure accuracy: 0.5 ″       Extinction Ratio Measurement PER:>50dB ER:>250000:1    

A waveplate is made from material which exhibits birefringence   and it is an optical device in which the polished faces contain the optical axis. The velocities of the extraordinary and ordinary rays   through the birefringent materials vary inversely with their refractive indices. The difference in velocities gives rise to a phase  difference when the two beams recombine. At any specific wavelength the phase difference is governed by the thickness of the waveplate.   Half  Waveplate A half waveplate rotates linearly polarized light to any desired  orientation.The rotation angle is twice the angle between the incident polarized light and optical axis.   Quarter Waveplate When linearly polarized light is input at 45deg to the axis of a quarter waveplate, the output is circularly polarized,similarly, input circularly polarized light is transformed into linearly polarized light.   Low Order Waveplate(Multi-Order)   Multiple order waveplate means the retardance of a light path will undergo a certain number of full wavelength shifts in addition to the fractional design retardance. The thickness of multi order waveplate is always around 0.5mm. Compared with zero order waveplate, multi order waveplate is more sensitive to wavelength and temperature changes. However, they are less expensive and widely used in many applications where the increased sensitivities are not critical. Features: Thickness: 0.2-0.5 mm High Damage Threshold Better Temperature Bandwidth Low Cost   Dual Wavelengths Waveplate Dual wavelength waveplate is a multiple waveplate that provides a specific retardance at two  different wavelengths.   Zero Order Waveplate The zero order waveplate is designed to give a retardance of zero full waves, plus the desired fraction. Zero order waveplate shows better performances than multiple order waveplates, it has broad bandwidth and a lower sensitivity to temperature and wavelength changes.   Zero Order Waveplate-Cemented by Epoxy Zero Order Waveplate-Cemented by Epoxy Cemented zero order waveplate is constructed by two quartz plates with their fast axis crossed, the two plates are cemented by UV epoxy.The diference in thickness between the two plates determines the retardation.Zero order waveplates offer a substantially lower dependence on temperature and wavelength change than multi order waveplates. Features: Cemented by Epoxy   Thickness 1.5~2mm Double Retardation Plates Broad Spectral Bandwidth   Wide Temperature bandwidth   Zero Order Waveplate-Optically Contacted Optically Contacted zero order waveplate is constructed by two quartz plates with their fast axis crossed, the two plates are constructed by opticaly contacted method, the optical path is epoxy free. The difference in thickness between the two plates determines the retardation. Zero order waveplates offer a substantially lower dependence on temperature and wavelength change than multi order waveplates. Features: Air Spaced Thickness 1.5~2mm Double Retardation Plates Broad Spectral Bandwidth Wide Temperature bandwidth High Damage Threshold Mounted   Zero Order Waveplate-Air Spaced Air spaced zero order waveplate is constructed by two quartz plates installed in a mount, to form a air gap between the two quartz plates. The difference in thickness between the two plates determines the retardation.Zero order waveplates offer a substantially lower dependence on temperature and wavelength change than multi order waveplates. Features: Air Spaced Thickness 1.5~2mm Double Retardation Plates Broad Spectral Bandwidth Wide Temperature bandwidth High Damage Threshold Mounted   True Zero Order Waveplate-Cemented This type of zero order waveplate is constructed of a true zero order waveplate and a BK7 substrate as the waveplate is very thin and easy to be damaged, the BK7 plate's function is to strengthen the waveplate. Features: Cemented by Expoy Broad Spectral Bandwidth Wide Temperature Bandwidth Wide Angle Bandwidth   True Zero Order Waveplate-Single Plate Features: Single Plate Wide Angle Bandwidth Wide Temperature Bandwidth Wide Wavelength Bandwidth High Damage Threshold Thin Thickness:0.04-0.09 microns          

With its full range of deep-ultraviolet polarizing elements on display, Meiyang Optoelectronics shone at the Shanghai International Optics and Electronics Expo. From March 18 to 20,2026, the highly anticipated Shanghai International Optics Expo grandly commenced in Shanghai, bringing together cutting-edge technologies, innovative products, and core solutions from around the global optics industry. It served as a vital platform for exchange, collaboration, and joint exploration of development opportunities. Meiyang Optoelectronics showcased its comprehensive range of polarization devices at the exhibition, offering a full portfolio including wave plates, polarizers, polarizing prisms, and polarization beam splitters—products characterized by complete category coverage, precise specifications, and stable performance, demonstrating the company's robust industrial chain presence and technical expertise in polarization optics. At the event, the company's extensive collection of polarization devices was prominently displayed; their diverse product offerings and exceptional manufacturing craftsmanship captured widespread attention, making them one of the highlights of the optical components exhibition area.   At this exhibition, Meiyang Optoelectronics' newly launched deep-ultraviolet polarization element series became the highlight. The product display area in front of the booth was bustling with visitors, attracting numerous industry clients and partners who stopped to observe and engage in in-depth discussions. Tailored for high-end applications such as semiconductor lithography, precision inspection, and laser micro, this product series addresses the performance limitations of traditional polarization devices in the deep-ultraviolet spectrum.  Leveraging its comprehensive product portfolio and technological breakthroughs in the deep ultraviolet series, the Meiyang Optoelectronics booth attracted sustained high attendance throughout the event, drawing customers from various sectors including semiconductors, laser equipment, and precision instruments for consultations and discussions. A steady stream of visitors engaged in on-site inquiries and technical exchanges. In response to diverse client inquiries, all exhibiting staff and management demonstrated professional expertise and patient assistance,addressing questions regarding product performance, application compatibility, and customized solutions while providing tailored recommendations based on specific use cases. Their professionalism and sincerity earned unanimous praise from clients.   At this Shanghai International Optics and Electronics Expo, Meiyang Optoelectronics successfully concluded its exhibition journey. The company not only showcased its technological prowess and product portfolio in the field of polarization optics but also established deep connections with numerous industry clients and partners, reaching several preliminary cooperation agreements. Moving forward, Meiyang Optoelectronics will continue to focus on the polarization optics sector, centering its efforts on technological innovation to continuously enhance its product lineup and performance, thereby providing a core driving force for the high-quality development of the optical industry.