MSHシステムズ List of Products and Services

The Quasar high-sensitivity spectrometer for Raman applications is a compact fiber-coupled spectrometer that employs a transmission grating for high throughput and high sensitivity. It is manufactured with a new f/2 optical system for Raman applications, resulting in over ten times improved light efficiency, ten times faster measurements, and reduced noise. This allows for quicker and more sensitive measurements compared to conventional devices. - Uses a transmission grating - High sensitivity, improved by more than 10 times compared to conventional devices - Standard TEC cooling function (with a two-stage cooling option available) - Available for 532 nm and 785 nm - Compact and robust - Comes with control software

• Spectroscopic Analysis Equipment
• Sensors
• Analytical Equipment and Devices

The Lambda Mini is a compact diode laser designed to be the smallest in the world. It features an integrated optical system for collimation and a USB for communication within its housing. The power can be supplied from a PC, eliminating the need for an external power source. The output method is compatible with both free space and fiber, making it ideal for optical systems with limited space and embedded applications. <Features> - Maximum output: 75 mW - Multi-wavelength: 375~1550 nm - Output: Collimated free space output or fiber output (FC/APC) - Comes with software for Windows

• Laser Components
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Lambda Beam Wavelock is a diode laser developed for applications requiring high wavelength stability and narrow linewidth. It is particularly used in Raman spectroscopy measurements due to its high wavelength stability. The output method can be selected from spatially collimated output or fiber output (SM or PM fiber). The controller can be chosen from two types: a Power Controller that allows key switch operation and a Powerbox that is also ideal for embedded applications. <Features> - Maximum output: 500 mW - Multi-wavelength: 405~808 nm - Linewidth: Minimum 0.05 pm - Output stability: <1 %@10h - Wavelength stability: <0.015 nm - Coherence length: Up to 10 m - Includes software for Windows

• Laser Components
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■ Equipped with a high-sensitivity color sCMOS sensor It enables high quality even under low light conditions while maintaining short exposure times and high frame rates. ■ 1.7 e– readout noise The readout noise of the Dhyana 400DC is only 1/3 of that of existing CCD or CMOS cameras in the market. This achieves an excellent S/N ratio and high-quality images regardless of bright or dark environments. ■ 16-bit color reproduction The color processing of the Dhyana 400DC, inherited from the well-regarded TrueChrome series cameras, achieves a level of accuracy that mimics human color sensitivity, resulting in extremely high color clarity. The 16-bit ADC ensures the quality of image tones and can make monitor images equivalent to those observed through an eyepiece. ■ Peltier cooling device The Dhyana 400DC utilizes Peltier technology to achieve an operating temperature of -10°C, maintaining an extremely low and stable dark current.

• Monochrome camera
• Other measurement, recording and measuring instruments
• Visual Inspection Equipment

The Lambda Beam is a compact diode laser with 48 wavelength variations in the ultraviolet to near-infrared range. The housing is designed to be small, and since the housing is unified across all wavelengths, it is easy to swap lasers according to the application. The output method can be selected from spatial collimated output or fiber output (SM or PM fiber). The controller can be chosen from two types: a Power Controller that allows key switch operation and a Powerbox that is also ideal for embedded use. <Features> - Maximum output: 1000 mW - Wavelength lineup: 48 wavelengths from 375 to 1064 nm - Output: Collimated spatial output or fiber output (FC/APC: SM or PM fiber) - Modulation speed: Up to 1.5 MHz (with PowerBox controller) - Includes control software for Windows

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【Pixel correction and accurate quantitative analysis through DSNU/PRNU calibration】 The Dhyana 400BSI is calibrated for DSNU (dark signal nonuniformity) and PRNU (photo response non-uniformity). After calibration, the DSNU value decreases from 0.3e– to 0.2e–, and the PRNU value decreases from 1.6% to 0.3%. This advanced feature makes it suitable for quantitative analysis applications. 【Wide spectral response range and high sensitivity】 Achieving a quantum efficiency of up to 95%, it is sensitive not only in the visible range but also in the ultraviolet and near-infrared.

• Monochrome camera
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【95% Quantum Efficiency, Higher SNR than EMCCD】 Equipped with a back-illuminated sensor, it has sensitivity across a wide wavelength range from ultraviolet to visible and near-infrared, achieving a peak quantum efficiency of up to 95% at 560nm. It has SNR performance equivalent to that of EMCCD cameras. 【Background Calibration with Accurate Calibration】 The Dhyana95 V2 allows for background calibration for quantitative analysis applications. DSNU/PRNU improve issues such as edge glow, dead pixels, and pixel non-uniformity, reaching optimal levels of 0.2e– and 0.3%, respectively. 【100Ke– Full Well Capacity, High Dynamic Range】 With large 11um pixels, the Dhyana95 V2 can achieve a full well capacity of up to 100,000e–. The advanced high dynamic (HDR) mode enables real-time simultaneous imaging of dark and bright areas, allowing for high-quality image measurements, making it ideal for applications such as life sciences. 【Large Field of View for 2″ Area】 It has a wider field of view compared to conventional 1" and 1/3" CCDs.

• Monochrome camera
• Other measurement, recording and measuring instruments
• Visual Inspection Equipment

This is a compact NMR using a powerful permanent magnet. The use of a permanent magnet eliminates the need for coolants such as liquid helium, allowing for operation at a lower running cost. Maintenance efforts have also been significantly reduced. The device is equipped with a touch panel PC, enabling easy measurements through intuitive software. It can be used to immediately measure and verify products from organic synthesis reactions, as well as for student experiments in organic chemistry. 【Features】 - Compact size (30×28×49 cm, 26.3 kg) - Uses permanent magnet (1.4 T) - 1H resonance frequency 60 MHz - High sensitivity, sample analysis at sub-millimolar concentrations - Supports multiple nuclei including 7Li, 11B, 13C, 15N, 19F, 31P (60PRO model) - No coolant required, low cost - User-friendly touch panel PC - Can be installed in draft chambers or glove boxes - Capable of flow measurements (optional) - Leakage magnetic field is 2 gauss within the enclosure

• Analytical Equipment and Devices
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This is a compact NMR using a powerful permanent magnet. Since it uses a permanent magnet, it does not require refrigerants like liquid helium, allowing for operation at a low running cost. The device is equipped with a touch panel PC, and the intuitive software makes measurements easy. It can be used to immediately measure and verify products from organic synthesis reactions, as well as for student experiments in organic chemistry. 【Features】 - Compact size (37.1 x 41.4 x 65.4 cm) - Uses permanent magnet (2.35 T) - 1H resonance frequency 100 MHz - High resolution < 0.7 Hz - High sensitivity, sample analysis at sub-millimolar concentrations - Supports multiple nuclei including 7Li, 11B, 13C, 15N, 19F, 31P (100Pro model) - No refrigerant required, low cost - User-friendly touch panel PC - Can be installed in draft chambers or glove boxes

• Analytical Equipment and Devices
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• Other measurement, recording and measuring instruments

The FWS-Manual series is a manually adjustable variable filter that utilizes TwinFilm technology. It features the imaging capability of a bandpass filter along with the wavelength adjustment function of a diffraction grating monochromator. It is a manually adjustable filter equipped with two notched knobs. One adjusts the center wavelength with a fixed bandwidth of approximately 20 nm, while the other performs offset correction for the beam direction. 【Features】 - Extensive wavelength lineup - Excellent transmittance > 75% - High out-of-band extinction ratio (10^6) - Adjustable bandwidth from 3 to 15 nm - Uniformity over 95% of a large aperture (up to Φ10 mm) - Offset correction optics ensure no walk-off even with wavelength changes - Easy installation

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The FWS-Manual series is a manually operated variable filter that utilizes TwinFilm technology. It features the imaging capability of a bandpass filter along with the wavelength adjustment function of a diffraction grating monochromator. The FWS-High Resolution model enables smooth and precise manual adjustments. The central wavelength and bandwidth are independently set using two rotating manual dials to achieve maximum resolution. An internal compensator maintains output adjustment. 【Features】 - Extensive wavelength lineup - Excellent transmittance > 75% - High out-of-band extinction ratio (10^6) - Adjustable bandwidth from 3 to 15 nm - Uniformity across 95% of a large aperture (up to Φ10 mm) - Walk-off free even with wavelength changes due to offset correction optics - Easy installation

• Other filters
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The FWS-Manual series is a manually adjustable variable filter that utilizes TwinFilm technology. It features the imaging capability of a bandpass filter along with the wavelength adjustment function of a diffraction grating monochromator. This filter is manually adjustable and equipped with three notched knobs. Two are for adjusting the center wavelength and the transmission bandwidth, while the third is for offset correction of the beam direction. 【Features】 - Extensive wavelength lineup - Excellent transmission rate > 75% - High out-of-band extinction ratio (10^6) - Adjustable bandwidth from 3 to 15 nm - Uniformity over 95% of a large aperture (up to Φ10 mm) - Offset correction optics ensure no walk-off even with wavelength changes - Easy installation

• Other filters
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The FWS-Mono series is an electrically adjustable filter controlled by software, utilizing the unique TwinFilm technology. It allows for easy control of the center wavelength and bandwidth via USB, and scanning is also possible. While the wavelength selection range is relatively narrow, it offers a rich variety of wavelength models. It is compatible with various broadband light sources and supercontinuum light sources, making it usable as a wavelength-variable light source. 【Features】 - Electric model - Extensive wavelength lineup - Quick wavelength tuning - Wavelength scanning capability - Excellent transmittance > 75% - High out-of-band extinction ratio (10^6) - Adjustable bandwidth from 3 to 15 nm - Uniformity over 95% of a large aperture (up to Φ10 mm) - No walk-off even when the wavelength changes, thanks to the offset correction optical system - Easy installation

• Other filters
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• Other optical parts

The FWS-Poly-RED series is an electrically variable filter that utilizes the proprietary TwinFilm technology and can be controlled via software. The central wavelength and bandwidth can be easily controlled through USB, and scanning is also possible. It features a wide operating wavelength range, with adjustable bandwidths from 3 to 15 nm. It is compatible with various broadband light sources and supercontinuum light sources, making it usable as a wavelength-variable light source. 【Features】 - Electric model - Wide operating wavelength range - Quick wavelength tuning - Wavelength scanning capability - Excellent transmittance > 75% - High out-of-band extinction ratio (10^6) - Adjustable bandwidth from 3 to 15 nm - Uniformity across 95% of a large aperture (up to Φ10 mm) - Walk-off-free operation due to offset-correcting optics, even with wavelength changes - Easy installation

• Other filters
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The industrial-grade diffuse reflection target RTI series from SphereOptics is a large standard diffuse reflector made by attaching ZenithPolymer diffuse reflection sheets to an aluminum breadboard using a special adhesive. It has a nearly flat reflectance over a wide spectral range of 250 to 2450 nm and exhibits reflection characteristics that approximate ideal Lambertian reflection, making it optimal as a standard reflector. ■ Features - 14 types of diffuse reflectance from 2% to 95% - Nearly flat reflectance over the wavelength range of 250 to 2450 nm - Approximates ideal Lambertian reflection - Laser damage threshold: 8 J/cm² @ pulse laser - Non-polar, insulating, hydrophobic - Chemically inert (except reacts with organic lithium and sodium compounds) - Operating temperature range: -5 to 65 ℃ - Operating humidity range: 10 to 90%

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- A decentralized spectrometer and FT-NIR spectrometer integrated into one unit - Wavelength range: 350~2600 nm - Wavelength resolution: 5 nm - Fiber input (SNA905×2) - Minimum measurement time: < 2 s - Portable

• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

- FT measurement possible in portable size - Wavelength range: 0.9~2.6μm / 2~6 μm / 1.5~8.5 μm / 2~12 μm / 2~16 μm - High wavenumber resolution of 4 cm-1 - Compact and robust - Minimizes the effects of temperature and vibration

• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

This is a SNOM-specific probe made from high-quality single-mode optical fiber. The probe tip is coated with aluminum and has a small aperture, allowing it to be used in all current modes of SNOM measurement (transmission, reflection, collection). We offer five types with different operating wavelength ranges within the wavelength range of 400 to 1600 nm. They are provided in sets of 10.

• Other microscopes
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• Optical microscope

HOPG (Highly Oriented Pyrolytic Graphite) is a high-purity, well-oriented, high-layered graphite. It is characterized by a small mosaic spread due to the good alignment of individual graphite microcrystals, as well as a very smooth surface and conductivity. The smaller the mosaic spread, the higher the degree of orientation and the greater the flatness. Since HOPG has a layered structure, sample preparation is very simple. By pressing adhesive tape against the HOPG surface and then peeling it off, a very smooth new conductive surface is obtained. This surface is used for research with STM and as a sample substrate for other materials. ■Features - Flat and smooth surface - Conductive - Four models with different mosaic spreads available - Multiple sizes available

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• probe

KTP crystals are nonlinear crystals primarily used in external resonator configurations. They are optimized for SHG cavity configurations of low peak output CW lasers. Due to the multiple passes through the crystal, low loss and high optical uniformity are essential for conversion efficiency. ■Features - Wide transmission wavelength range - Large nonlinear optical coefficient - Wide allowable temperature range - Wide allowable angle - Small walk-off angle

• Laser Components
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KDP crystals and DKDP crystals are used for wavelength conversion of laser light and Q-switching, among other applications. We offer multiple models with different shapes and sizes to suit various needs. ■Features - Excellent nonlinear optical coefficients - High damage threshold

• Laser Components
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LBO crystals are nonlinear optical crystals with many excellent features. They are primarily used for wavelength conversion of laser light and are suitable for various nonlinear optical applications. ■Features - Wide transmission range - Small walk-off angle - Wide non-critical phase matching (NCPM) range for Type 1 and Type 2 - High damage threshold - Wide acceptance angle - High optical homogeneity

• Laser Components
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BBO crystals are nonlinear optical crystals with many excellent features. They are used not only for wavelength conversion of laser light but also as components in electro-optical crystals such as Pockels cells. ■Features - Wide transmission range - Broad phase matching range - Large nonlinear coefficient - High damage threshold - Wide thermal acceptance bandwidth - High optical uniformity

• Laser Components
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This is a wavelength plate made of high-quality optical-grade crystal quartz, suitable for high and low power laser applications. It is provided mounted and has multilayer dielectric anti-reflective coatings on both sides to maximize transmittance. It rotates the polarization direction (λ/2) or converts linear polarization to circular polarization or vice versa (λ/4). *The retardation of multi-order wavelength plates has slightly higher temperature dependence compared to zero-order wavelength plates. - Low price - Made from single crystal plates

• Laser Components
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This is a wavelength plate made of high-quality optical-grade crystal quartz, suitable for high and low power laser applications. It rotates the polarization direction (λ/2) or converts linear polarization to circular polarization or vice versa (λ/4). This low-order wavelength plate is provided mounted, with multilayer dielectric anti-reflective coatings applied to both sides to maximize transmittance. - Low price - Superior temperature and wavelength dependence compared to multi-order wavelength plates

• Laser Components
• Optical Experimental Parts
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The Granteeler polarizing prism is a polarizing element made of natural calcite, which has high polarization degree and high transmittance. It transmits extraordinary rays of linear polarization and deflects ordinary rays into the housing. It is designed to operate in the transmission range of 220 nm to 2300 nm. - Wide wavelength range: 220–2300 nm - Excellent extinction ratio: 1:10^-5 - Laser damage threshold: > 0.5 J/cm², 10 ns pulses @ 1064 nm

• prism
• Laser Components
• Optical Experimental Parts

【Features】 - Includes 6 types of LEDs: 390 nm, 470 nm, 502 nm, 590 nm, 660 nm, White - UV LED kit (optional: 295 nm, 345 nm, 365 nm) - Compact - Low cost - Long lifespan StellarNet's compact LED light source offers selectable SMA fiber output and free-space output, allowing you to use it according to your experiments. The design allows users to easily swap out LED elements, enabling quick changes to the desired wavelength.

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• Lamps and light emitting devices
• LED lighting

【Features】 - Ideal for live cell imaging applications - Compatible with petri dishes, slide glasses, and well plates - Equipped with gas control mechanisms for pH and low oxygen conditions - Compatible with many inverted microscopes - Low cost With a temperature controller that allows for accurate and precise heating control, along with an excellent gas mixer and humidification column, this system is perfect for live cell imaging that requires maintaining the culture environment and reducing stress on cells during microscopic observation. It can also ensure an optimal environment for live cell imaging over several days.

• incubator
• Thermostatic chamber
• Other physicochemical equipment

The amyloid constrictor is a vascular occluder with a donut-shaped casein core that has a central hole on the inside of the covering. After being attached around the blood vessel, the casein core gradually absorbs moisture and expands, gently occluding the blood vessel as the central hole narrows. We offer a wide range of sizes to fit the thickness of the blood vessel being used. The covering is available in stainless steel, as well as non-magnetic titanium and plastic for MRI compatibility. It can be used for experiments involving the reproduction of vascular stenosis and recirculation studies in experimental animals. ● Features - Gently occludes the blood vessel (partial occlusion) - Non-magnetic titanium and plastic models available for MRI compatibility - Custom sizes can also be provided *For research purposes only.

• Other experimental consumables
• Other animal and plant experimental equipment and instruments
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【Features】 - Compact, modular model - Low price, high cost performance - High sensitivity, high spectral resolution - Automation system - No adjustment needed due to high long-term reliability and operational stability - Up to 3 lasers can be installed simultaneously with automatic switching - Up to 4 gratings can be installed simultaneously, with automatic switching possible - Modular design allows for configurations tailored to customer requirements The Confotec MR series from SOL instruments is a high-performance Raman microscope that excels in cost performance and is equipped with high-end features. All models are designed to provide both high sensitivity and high spatial resolution without the need for adjustment. For spectral measurements, highly automated high-performance imaging spectrometers of 35 cm, 52 cm, or 75 cm sizes are used, capable of accommodating 4 gratings with different groove numbers and blaze wavelengths. You can choose a model that suits your needs from three models of different sizes.

• Laser microscope
• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

【Features】 - High spatial resolution: XY < 300 nm, Z < 600 nm (@532 nm) - High frequency resolution - High-speed imaging mode: Galvano scan 1000x1000 pixels/3 seconds - Automation features: Laser output, beam diameter, pinhole size, grating switching, etc. - High expandability: CARS model, AFM Raman/TERS, fluorescence lifetime measurement, autofocus function, SERS substrates, etc. - Low-frequency Raman measurement option - Brillouin scattering measurement option The device, equipped with a series of optical configurations such as a confocal pinhole, can automatically switch between them, enabling spectral analysis of micro-particles or Raman imaging of macro objects with high spatial resolution. It is a Raman microscope with a rich array of additional options and excellent expandability.

• Laser microscope
• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

【Features】 - Compact, all-in-one model - Low price, high cost performance - High sensitivity, high spectral resolution - Automation system - No adjustment needed due to high long-term reliability and operational stability - Up to 3 lasers can be installed simultaneously with automatic switching - Up to 4 gratings can be installed simultaneously with automatic switching Suitable for routine measurements such as quality control with low price, fully automated control, and excellent stability, as well as for research and development purposes. Also compatible with spectral analysis of micro-particles and Raman imaging that requires high spatial resolution. The compact size integrated with a microscope does not take up much installation space. The automation system allows for electric control of laser output, beam diameter, pinhole size, and grating switching, and can also accommodate automatic calibration (optional).

• Laser microscope
• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices

The handheld Raman spectrometer RaPort combines laboratory-level molecular analysis with portability, providing accurate substance identification for field measurements. It is a complete handheld analytical device that is lightweight and features a built-in battery and wireless data transfer capabilities, allowing for easy acquisition of spectra for prohibited substances and their compounds. You can create a unique database for measurement and analysis. Thanks to its proprietary recognition algorithm and measurement quality, it can analyze low-concentration substances as well. It supports PC control as well as measurements via Android. 【Features】 - Field measurements - Non-contact, real-time measurements - Easy to carry - Bluetooth connectivity - Compatible with Android / Windows OS - Users can add to the database - Simple and easy operation

• Spectroscopic Analysis Equipment
• Analytical Equipment and Devices
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The Zenith Polymer standard reflection plate for wavelength calibration has a stable spectrum with characteristic peaks across the UV/Vis/NIR range, making it suitable for wavelength calibration. It is ideal for the calibration of optical instruments. The Zenith Polymer standard reflection plate for wavelength calibration is non-polar, hydrophobic, and inert. This standard reflection plate is highly durable and can be easily used in laboratory and manufacturing environments. It is optimal for use as a standard reflection plate due to its resistance to heat, humidity, and exposure to high-output light sources. ■ Features - 99% diffuse reflectance - Nearly flat reflectance in the wavelength range of 250 to 2450 nm - Approximates ideal Lambertian reflection - Batch reflectance tolerance of ±3% - Laser damage threshold: 8 J/cm² @ pulse laser - Certified calibration using a PerkinElmer Lambda 950 traceable to PTB and NIST - Non-polar, insulating, hydrophobic - Chemically inert (except for reactions with organic lithium and sodium compounds) - Operating temperature range: -50 to 250 ℃ - Operating humidity range: 5 to 95%

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The Zenith Polymer standard diffuse reflective target manufactured by SphereOptics is made from the unique Zenith Polymer reflective material. It is durable against heat, humidity, and exposure to high-output light sources, has a nearly flat reflectance across the wavelength range of 250 to 2450 nm, and possesses reflective characteristics that approximate ideal Lambertian reflection, making it optimal as a standard reflector. These targets have a thickness of 10 mm and can be easily mounted on a frame for secure attachment. ■ Features - 99% diffuse reflectance - Nearly flat reflectance across the wavelength range of 250 to 2450 nm - Approximates ideal Lambertian reflection - Reflectance tolerance by batch ±3% - Laser damage threshold: 8 J/cm² @ pulse laser - Certified calibration using PTB and NIST traceable PerkinElmer Lambda 950 - Non-polar, insulating, hydrophobic - Chemically inert (except for reactions with organic lithium and sodium compounds) - Operating temperature range: -50 to 250 ℃ - Operating humidity range: 5 to 95%

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The Zenith Lite ultra-lightweight diffuse reflective target manufactured by SphereOptics is created by attaching a Zenith Polymer diffuse reflective sheet to a 10-15mm thick aluminum honeycomb structure plate using a special high-performance PTFE adhesive. It has a nearly flat reflectance over a wide spectral range of 250 to 2450 nm and approximates ideal Lambertian reflection characteristics, making it optimal as a standard reflector. ■ Features - Diffuse reflectance of 5 to 95% - Nearly flat reflectance in the wavelength range of 250 to 2450 nm - Approximates ideal Lambertian reflection - Reflectance tolerance of ±3% by batch - Laser damage threshold: 8 J/cm² @ pulse laser - Certified calibration using PTB and NIST traceable PerkinElmer Lambda 950 - Non-polar, insulating, hydrophobic - Chemically inert (except reacts with organic lithium and sodium compounds) - Operating temperature range: -5 to 65 ℃ - Operating humidity range: 10 to 90%

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The Zenith Polymer Lambertian Diffusing Transmission/Reflection Sheet from SphereOptics has spectral characteristics that approximate ideal Lambertian transmission or reflection over a wide spectral range of 250 to 2450 nm. It is available in a lineup of transmission rates of 50%, 25%, 16%, 8%, and 4%, as well as reflection rates of 80%, 50%, 30%, 20%, 10%, and 5%, in three size options: 200x200 mm, 500x500 mm, and 1000x1000 mm. ■ Features - Diffuse reflection rates of 5% to 80% - Wide spectral range of 250 to 2450 nm - Approximates ideal Lambertian transmission/reflection; tolerance of ±3% for reflectance by batch - Laser damage threshold: 8 J/cm² @ pulse laser - Non-polar, insulating, hydrophobic - Chemically inert (except reacts with organic lithium and sodium compounds) - Operating temperature range: -5 to 250 ℃ - Operating humidity range: 10 to 90%

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SphereOptics' standard diffuse reflector is made from a unique material called Zenith Polymer. It is durable against heat, humidity, and high-output light sources, and has a nearly flat reflectance in the wavelength range of 250 to 2450 nm, with reflection characteristics that approximate ideal Lambertian reflection, making it optimal as a standard reflector. It is available with reflectance values of 99%, 80%, 60%, 50%, 25%, 10%, 5%, and 2.5%, in two sizes: Φ50mm and Φ30mm. ■ Features - Diffuse reflectance from 2.5% to 99% - Nearly flat reflectance in the wavelength range of 250 to 2450 nm - Approximates ideal Lambertian reflection - Tolerance of reflectance values by batch ±3% - Laser damage threshold: 8 J/cm² @ pulse laser - Certified calibration using PTB and NIST traceable PerkinElmer Lambda 950 - Non-polar, insulating, hydrophobic - Chemically inert (except reacts with organic lithium and sodium compounds) - Operating temperature range: -50 to 250 ℃ - Operating humidity range: 5 to 95%

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The PicoYL series from YSL Photonics is a high-output picosecond laser for processing that can oscillate from picoseconds to nanoseconds at a low price. Additionally, the repetition frequency and pulse width can be adjusted, making it suitable for various applications. 【Features】 ◆ High output up to 70 W ◆ Variable pulse width 200 ps ~ 2 ns (PicoYL-20) ◆ Repetition frequency 25 kHz ~ 5 MHz (PicoYL-50 & 70) ◆ Pulse on-demand function included

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• Laser Components

The FemtoYL series from YSL Photonics is a laser that can generate high-output femtoseconds at a low price. It is also possible to arbitrarily change the repetition frequency and pulse width, allowing for processing with optimal parameters for any processing needs. 【Features】 ◆ High output up to 100 W ◆ Variable pulse width from 400 fs to 6 ps ◆ Repetition frequency from 25 to 5000 kHz ◆ High pulse energy up to 300 μJ at burst ◆ Equipped with pulse on-demand functionality

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• Laser Components

The YSL Photonics company's supercontinuum light source is a white light source capable of generating high-brightness white light without spectral lines across the visible to near-infrared range. By employing a mode-locked laser as the excitation source, it achieves a white light source with a high repetition frequency. Control is easily manageable via a PC or the included touch panel. This high-brightness, high-quality white light source is an ideal light source applicable for various uses such as fluorescence lifetime measurements, various spectral measurements, optical coherence tomography (OCT), and super-resolution imaging. 【Features】 ◆ Mode-locked laser employed ◆ Broad bandwidth generation from visible (410nm) to near-infrared (2400nm) ◆ Easy operation with touch panel control or PC control ◆ External trigger output (NIM) ◆ High repetition frequency up to 80MHz ◆ Wavelength tunable via wavelength selector Options for wavelength selection using a wavelength selector (VLF, AOTF) are also available.

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The YSL Photonics company's supercontinuum light source is a white light source that can generate high-brightness white light without spectral lines across the visible to near-infrared range. By employing the gain-switching method for the excitation laser, it achieves high durability and low cost. Control can be easily operated from a PC or the included touch panel. This high-brightness, high-quality white light source is an ideal light source applicable to various uses such as near-infrared spectroscopy, optical coherence tomography (OCT), and super-resolution imaging. 【Features】 ◆ Low cost ◆ High durability ◆ Utilizes gain-switching laser ◆ Broad bandwidth generation from visible (430nm) to near-infrared (2400nm) ◆ Easy operation with touch panel control or PC control ◆ External trigger output (NIM) ◆ High repetition frequency up to 200MHz ◆ Option for external trigger control available ◆ Wavelength tunable with wavelength selector Options for wavelength extraction using a wavelength selector (VLF, AOTF) are also available.

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The fixed ratio cube beam splitter consists of two right-angle prisms joined at a partially reflective surface on the internal face.

• Optical Experimental Parts
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• prism

The unpolarized cube beam splitter consists of two right-angle prisms joined by a partially reflective surface on the internal face. All dielectric coatings of the unpolarized laser beam splitter are optimized to be insensitive to polarization at the designed wavelength. The coatings maintain both S-polarized and P-polarized components so that the ratio of reflection to transmission is the same across a specific laser wavelength range.

• Optical Experimental Parts
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• prism

The corner cube has three mirrors arranged at 90° angles to each other, forming a corner of a cube with an incident surface perpendicular to the diagonal of the cube. Regardless of the direction of incidence, all beams are reflected back in their original direction. It is used in high-precision applications and for lasers over very long distances. It is often used as an alternative when standard mirrors are insufficient for the application. - Reflects all beams back in their original direction, regardless of the direction of incidence.

• Optical Experimental Parts
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• mirror