RK Advanced Optical Technologies Private Limited Pimple, Pune, Maharashtra

Zolix offers a variety of light sources and the corresponding steady power supply used with the spectrograph, which can be integrated into the measurement systems, covering the UV-VIS-IR wavelength range. Their main features are output stability, full range and easy to use. Housing and Power supplier

Number Of Flower : Xenon Light Source

Certification : CE Certified

Application : Research

Country of Origin : 220V

Frequency : 50-60 Hz

Power : 150W, 300W, 350W, 750W

Driven Type : Electric

Total Carbohydrate : 1yr

Lighting Type : Xenon

Country of Origin : India

We are re offering following windows for various applications 1. BK7 Window 2. Fused Silica Window 3. Sapphire Window 4. CsF2 Window 1. BK7 Window The Window is made from BK7 material, which has transparent range from 330-2100nm. The refractive index is 1.5164 at 588nm. The BK7 window has good performance over visible and near IR spectrum for most application.

1. Stainless Steel Window Chambers Used for the high temperature testing facility, DN 200 mm, fluid is hot water at max. 90°C, PN 10. Investigations are carried out to identify thermal layers within the laminar pipe flow.

Non-contact, three-dimensional scanning white-light and optical phase-shifting interferometer. Vertical resolution up to 0.1nm Lateral resolution up to 0.45um Reproducibility < 0.1nm RMS Maximum component size (BxLxH) 203mm x 203mm x 89mm

Waveplates and retardation plates are opticalelements with two principalaxes,one slow and one fast,which resolve an incident polarized beam Into two mutually perpendicular polarized beams.Theiroperation is based on birefringent linear effect,which is the difference in the refractive indices for the beams with paralleland normal polarization towards the opticalaxis of the crystalline quartz materialbeing withinthe waveplate plane.The emerging beam recombines to form a particular single polarized beam. 1. Zero Order Waveplate(Optically Contacted, Air-Spaced, Cemented) 2. Multiple Order Waveplate 3. DualWavelengthWaveplate 4. Achromatic Waveplate 5. Polarization Rotator

he ILA GmbH offers services and products to acquire andor research volume flow rate. We supply window chambers, which in combination with our LDV solutions are taken as a standard measurement system to calibrate volume flow rate measurement devices. Furthermore, we offer a revolutionary In-Situ optical measurement method to calibrate large volume flow rate measurement devices. The main advantage of this method is the possibility to calibrate large devices without the need to demount them. Optical measurement allows the investigation of flow phenomena with a very high precision and without any disturbances by a sensor (e.g. hot wire anemometer). However an optical access to the fluid must be assured. For this purpose ILA is offering tailor made windows chambers to fulfil a diversity of requirements which may partially be contradictory. According to the flow parameters and fluid you can choose between a window chamber made from polyamide or stainless steel.

The Ventana VIS-NIR is a high sensitivity spectrometer for low signal VIS-NIR measurements (430-1100 nm). It provides exceptional throughput and sensitivity for fluorescence measurements. Ventana VIS-NIR is a cost-effective alternative to integrated benchtop systems.

Characteristics of UV-VIS spectrophotometer 1. This system is single-beam and Sample is placed vertically on the parallel beam, then measure transmittance; Including four pats: double-monochromator,light housing,sample chamber, motion control and software. 2. Accurate measurement of spectral transmittance 3. Double-monochromator ,focal length 750mm scan automatically 4. Large dimension grating（110mm×110mm）,high energy efficiency. 5. Photometric measurement accuracy, Uncertainty of Measurement is larger than 0.05%T 6. High wavelength accuracy 0.05nm,high repeatability is 0.005nm 7. Improving imaging quality by toroidal mirrors. 8. Sample stage holding the sample can be automatically shifted out of the optical path

We offer a selection of most popular cuvettes, vialsand cell holders used in the field of UV-Vis spectrophotometry.The cuvettes are manufactured using a heat fusing method whichensures that they are fused into a single homogeneous unit.Cuvettes are carefully annealed to remove any residual strainfor maximum cell integrity and physical strength. The cells can be used with most solvents and acidic solutions.Hydrofluoric acid (HF) and strong bases (pH >9) will negativelyaffect the cell surfaces.

We are offering following Accessories for UV-VIS 1. UV-Vis Polarizers (Manual and Automated Versions) 2. UV-Vis–Slide Mounted Specular Reflectance 3. UV-Vis 85Spec -Specular Reflectance 4. UV-Vis VeeMAX –Variable Angle Specular Reflectance Accessory 5. Falcon UV-VIS –Precise Cell Temperature Control Accessory 6. Peltier-Controlled Cuvette Holders for UV-Vis Spectrophotometers –Experiments Under Tightly Controlled Temperature Conditions 7. Out-of-Compartment Microplate Reader –Plate Reading Option for UV-Vis Spectrophotometers

Currently we are providing following tungsten-halogen light sources 1. 50W Tungsten-halogen Light Source（LSTS-50） 2. 50W Tungsten-halogen Light Source（LSB-T50AUV） 3. 75W Tungsten-halogen Light Source（LSTS-75）) 4. 75W Tungsten-halogen Light Source （LSB-T75） 5. 150W Tungsten-halogen Light Source（LSTS-150） 6. 150W Tungsten-halogen Light Source（LSB-T150） 200-400 high power Tungsten-halogen Light Source 7. 200W Tungsten-halogen Light Source（LSTS -200） 8. 200W Tungsten-halogen Light Source （LSTS -200） 9. 250W Tungsten-halogen Light Source （LSTS -250） 10. 350W Tungsten-halogen Light Source （LSTS -350）

The Triple MonochromatorsSpectrographs include three 500 mm focus monochromators which are with fine alignment. The first two monochromators as the dispersion subtraction are used to reduce the stray light. The third monochromator as dispersion sum configuration is used to improve the resolution. And each unit can work well as the monochromator, and the two unit can also be used as the double monochromator. The first and the second monochromator are the side entrance and double exits, the third monochromator is the double entrances and double exits, it is easy to connect the CCD and PMT, the single channel detectors. There are three import gratings in each monochromator, and the spectral range is located in deep UV region, the middle UV and visible region. Each grating reflectivity can be up to 70% in their spectral region. Mainly used in high grade Raman spectroscopy measurement, such as UV-resonance Raman spectroscopy.

Purity : Wavelength range: 200-800nm Relative wave number range: 50-18000 cm-1 Resolution: 3cm-1 Repeatability: 5cm-1 Etc.

Transparent conductive oxides (TCO's) are electrically conductive materials with a low absorption of electromagnetic waves within the visible region of the spectrum. They are used in a variety of applications such as flat panel displays, thin film solar cells, light emitting diodes (LEDs), opto-electrical interfaces, touch screens, and automobile window de-icers and de-foggers. Indium Tin Oxide (ITO) is the most widely used transparent conductive oxide material; it has exceptional properties such as low resistivity (~10-4 Ω-cm) and high transparency in the visible spectrum. However, ITO is an expensive material. For this reason, Aluminum-doped Zinc Oxide (AZO) and Indium-doped Cadmium Oxide have been utilized as alternative materials. LTS Research Laboratories, Inc is a pioneer in the development of standard and custom TCO's for the photovoltaic industries. Since 2006, LTS participated in R&D projects for newer kinds of TCO materials such as IGZO, ZTO, GZO, and GTO. The materials IGZO and IGO are now widely accepted throughout the thin film industry.

TLSE Enhanced wavelength tunable monochromatic light source is updated from TLS further optical and alignment optimization, optimize the gratings, mirrors, light source power supply, bulb and so on, make the TLSE light source output optical power optimization, and more important is we can guarantee the consistency of the output light intensity for each unit. Currently we are providing TLSE including 1. TLSE1805i-X150 (UV-NIR, 200-2000 nm) 2. TLSE1805i-EQ (UV-NIR, 200-2000 nm) 3. TLSE1815i-SiN40 (IR, 1-14�¼m) 4. TLSE1805i-X150 (UV-NIR, 200-1500 nm)

TLS wavelength tunable monochromatic light source including LSH series deuterium lamps, tungsten halogen lamp or xenon lamps light source housing, with Omniλ-series monochromators (Omniλ-150 or Omniλ-300), with the filter wheel and other peripheral accessories .

Silicon carbide infrared radiation, wavelength range : 1-16µm Mirror with coating Au, improving Infrared light collection efficiency Infrared Radiation is not only heating source but also Spectral transmittance measured radiation measure continuous spectral transmittance(absorption) of sample and time-resolved IR spectral

Devices can measure range of thicknesses from 1 nm to 13 mm (varies with material type). Furthermore, these devices can measure up to three individual films in a stack. In some circumstances these devices can also measure dozens of layers. Thickness can be measured by measuring single-spot measurements, microscopic-spot measurements, automated mapping system and inline monitoring.

Applications : Amorphous & Polysilicon CMP Dielectrics Glass & Plastic Thickness Hardcoat Thickness IC Failure Analysis ITO & Other TCOs Medical Devices Etc

Subpicometric Optical Spectrum Analyzer (BOSA): BOSA's has unique combination of high-resolution and high dynamic-range brings a new range of measurement possibilities. The principle behind BOSA performance is stimulated Brillouin scattering (SBS), a non-linear optical effect produced by narrow-linewidth high-power light propagating through an optical medium that causes a very narrow filtering effect. BOSA technology is available in different models to fit all requirements and budgets

The fluoroSENS is a modular, computer controlled ultra-high sensitivity fluorimeter for measuring fluorescence excitation and emission spectral from the ultraviolet-near to very near infrared spectral range with single photon counting sensitivity, and a Water Raman signal-to-noise ratio of >3000:1. The performance specifications of the fluoroSENS make it ideally suited for demanding applications in the fields of photo-physics, chemistry, biology, medical science, semiconductor, and environmental etc. The fluoroSENS brings the ultimate single photon counting sensitivity into a fully computer controlled fluorimeter that is designed for both the demands of research users as well as routine laboratory users

The ZLX-ES series spectro-radiometer systems are designed for the accurate measurement of the radiant power emitted from a light source as a function of wavelength. Typical examples include the measurement of LEDs, tungsten and fluorescent lamps. The system is highly modular and can be configured using either short or long focal length monochromators, such as the Omni-λ300 or Omni-λ750 respectively, depending upon the spectral resolution required. Depending upon the measurement requirements two system configurations are commonly used. For high speed characterisation of light sources in the UV to Visible range a CCD array detector can be use with the Omni-λ series used in spectrograph mode. This mode is, for example, particularly useful for the characterisation of LED sources. A remote head collection head option is available for UV to VIS sources and is coupled to the analysing monochromator spectrograph using an optical fibre. In the UV to IR spectral ranges a variety of calibrated detectors can also be used with the monochromator in scanning mode.

The Chameleon Series is designed to measure the absolute spectral of power, of the light under test. Adding optical probes and absolute calibration turns this type of measurement system into a spectroradiometer. Capabilities of Spectro Radiometer Spectral radiant flux ( Wnm ) Peak wavelength (λp) Dominant wavelength (Hue:λd ) Center wavelength (λc) Excitation Purity (Chroma: %) Chromaticity Coordinates (x,y @CIE-1931) C.C.T. (Correlated Color Temperature) C.R.I. (Color Rendering Index )

The system measures protective glasses, helmets, protective masks and integral spectral transmittance Features Spectral Range 200-2200nm The spectral transmittance ratio range: τ(λ)=0.1 ~ 0.9 Tansmittance measurement system uncertainty 1. U

One of the key measurements needed for photovoltaic devices in the measurement of their I-V characteristics. Through measuring the I-V curves the user can determine physical performances of devices such as photo-electric conversion efficiency, fill factors and so on. Such data is important for reliable work in research and quality inspection. ZOLIX supply the SolarIV system and the most perfect, professional technical support.

Solar Simulators are used to simulate “real” solar radiation conditions and are widely used for the photovoltaic device research and QA etc.Beam collimation and spot uniformity are important properties along with spectral matching are key operational requirements. The SS150 and SS1000 are suitable for all types of solar cells and well match their optical requirements.

Feature : Class A Spectral Match Optical Intensity Stability < 0.5% Built in Timer, monitoring the bulb operating time Automatic Shutter Control High performance at a reasonable cost Etc.

ALPAO Core Engine (ACE) is powerful software architecture for adaptive optics.Using ACE, you are able to develop quickly and efficiently your own adaptive optics instruments. Features 1.Easeofuse ACE user friendly graphical interface allows fine tuning and to close the loop inone click. ACE is also easy to learn because of its convenient built-indocumentation, which includes realistic examples.With ACE, you can easily optimize your AOsystem to your needs. Automatedexperiments and advanced control setupsare easy to develop. It is also possible toimplement use of adaptive optics withoutwavefront sensors and to correct for quasistatic optical aberrations. 1. User friendly graphical interface 2. Customize your AO system to your needs

ProAnalyst is the world's premier software package for automatically measuring moving objects with video. ProAnalyst allows you to import virtually any video and quickly extract and quantify motion within that video. Used extensively by NASA, engineers, broadcasters, researchers and athletes, ProAnalyst is the ideal companion software to any prosumer, scientific and industrial video camera, and vice versa. With ProAnalyst, any video camera becomes a non-contact test instrument.