フォトテクニカ List of Products and Services

A revolutionary ultra-compact near-infrared spectrometer born from the combination of the non-cooled near-infrared spectrometer AvaSpec-NIR256-1.7 and Mini series technology. It is ideal for food analysis, industrial recycling sorting, environmental measurement, as well as weak light measurement, plastic component analysis, fluorescence measurement, and more. Its small and lightweight design makes it convenient to carry, and it is also perfect for wavelength measurement using lasers or halogen lamps. Features: ● 256-pixel InGaAs linear array ● Uses AvaBench-75 (f=75mm) ● Wavelength range: 900–1750nm ● Exposure time: minimum 10μs ● Switchable between high sensitivity mode (HS) and low noise mode (LN) ● USB2.0 (480 Mbps) / fiber pig tail (50cm) USB-A Data can be transferred to a PC via USB cable, and it can be charged directly from the USB connector, eliminating the need for an external power supply (USB output 500mA) ● Compatible with standard SMA905 fiber connector (FC/PC option) ● Ultra-compact size: 95x68x20mm, 185g

• others

LightPath's IR lenses have significantly improved performance due to the recently developed Molded BD6TM glass material. This groundbreaking IR lens serves as an alternative to traditional expensive diamond-cut IR lenses (Si, Ge) and features enhanced thermal properties. In particular, the high-sensitivity type with a long focal length is expected to be applied in sensors. For example, it can be used in vehicles to enhance vision for autonomous driving, as well as in thermal detection cameras and thermal imaging devices. There is also potential for use in unmanned aerial vehicles (drones).

• others

Capable of supporting a wide range of applications including scientific research and equipment manufacturing, biomedical experiments, precision measurement, radar communication, material processing, process control, online reception, and survey instruments.

• others

High power can be obtained at high repetition rates (kHz), making it suitable for various applications such as laser ablation and micromachining. ■ Drilling and metal microparticle processing ■ Cutting ■ Patterning (semiconductors, PC boards) ■ Surface microstructures ■ Ablation ■ Micromachining ■ Solar power panels Applications (UV) ■ Cutting of OLEDs ■ Structural processing of sapphire ■ Micromachining of ceramics

• others

A compact design that is robust and hermetically sealed, making it suitable for various industrial material processing. ● Wavelength: 1064nm, harmonic options (532/355nm) ● Output: 10–40W@1064nm, 8–25W@532nm, 5–15W@355nm ● Maximum pulse energy: 130μJ@100kHz, 50μJ@800kHz ● Pulse repetition: 100kHz–2MHz ● Pulse width: <10–15ps@1064nm ● Excellent focusing characteristics: M2 <1.3 ● Compact and sealed robust package design ● Fully removable and closely connected structure ● Burst mode compatible ● Equipped with process shutter Applications ■ Cutting and drilling of brittle and transparent materials ■ Micromachining ■ Thin film processing ■ Patterning

• others

Equipped with the second harmonic wave (515nm) option (HG-FLINT) and capable of automatic switching. It can be widely used in time-resolved spectroscopy, nonlinear optics, and microstructure processing, among other applications.

• others

The high-efficiency cavity design dramatically reduces the size. It is also easy to assemble and optimized for mass production, making it ideal for industrial applications as well as scientific applications. In industrial applications that require ultra-fast pulses with beam stability, the built-in pulse picker allows for control of output and energy, enabling stable beam quality and output stability unaffected by environmental conditions. By adding a flexible and highly adaptable BiBurst function, new high-tech manufacturing industries (such as home appliances, IC chip manufacturing, stent cutting, surface functionalization, next-generation display factories, quantum computers, etc.) can be provided with new solutions for micromachining applications. Scalability in material processing: High-precision microfabrication is possible for various applications such as drilling and cutting of metals, ceramics, sapphire, and glass, material ablation for mass spectrometry, internal processing for IC chip manufacturing, and processing of multilayer structured materials. The I-OPA is an industrial-grade optical parametric amplifier that can be directly attached to CARBIDE. It allows for flexible wavelength tuning and is used for spectroscopic analysis and microspectroscopy, making it ideal for multiphoton microscopy.

• others

The reflective SLM that employs liquid crystal on silicon (LCoS) technology features a unique design for pure phase applications. Additionally, thanks to the analog drive technology that delivers direct analog data at a consistently new rate, it is possible to achieve stable phase stability with minimal ripple. It can be used for various applications, including spectral tuning, and supports wavelengths from 488 nm to 1650 nm. The SLM-1K is designed for high-speed response, utilizing the latest PCIe high-speed digital controller, allowing for a response time of <1.1 ms (<1 kHz) with phase ripple <0.2%. This represents a response speed that is up to 1/8 shorter compared to using an HDMI controller.

• others

The LightWire FFS series is an optimal femtosecond fiber laser for seed light sources (CPA) for standard femtosecond YAG laser amplifiers. With fiber included, no alignment adjustments are necessary. The CHI model can achieve pulse durations as short as 300 fs after compression, and it can produce chirped pulses with a wide spectral width of up to 12 nm (FFS200CHI). Additionally, it provides high-quality beams with a beam quality of M² < 1.1. The LightWire FPS series is a monolithic polarization-maintaining picosecond fiber laser. It offers turnkey operation, and with fiber included, no alignment adjustments are necessary. The wavelength-tunable seed light can overlap with the amplifier spectrum, making it highly cost-effective. Direct fiber output is obtained from an integrated controller, eliminating waste, and the turnkey easy operation along with the monolithic all-fiber design ensures maintenance-free use. It is optimal as a seed light source (CPA) for standard YAG laser amplifiers, with a spectral bandwidth close to the transform limit.

• others

The sealed structure all-in-one laser head operates with a standard low-voltage DC power supply and incorporates optical components, drive circuits, and temperature control functions within a single housing. The high level of integration of optical and electronic devices, along with semi-automated production, enables even complex harmonic generation lasers to achieve excellent cost performance. Characterized by ultra-low noise and high beam quality, it is applicable in a wide range of fields, from basic optical applications such as measurement, lighting, and alignment, to chemistry and biophotonics applications like Raman spectroscopy and fluorescence imaging, as well as from device integration to physical experiments. With a renewed and more robust body structure, the directionality and positional accuracy of the beam divergence angle have been enhanced, and the cooling capacity has also improved. Additionally, it adopts a UART (Universal Asynchronous Receiver/Transmitter) interface, allowing control from USB or UART, making it easier to use.

• others

The WaveScan laser spectrometer features a compact design. Its grating rotation method enables high scan rates with a simple single-element photodiode, providing low-cost measurements in the visible and near-infrared wavelength range. It is possible to easily measure the spectra of CW lasers and mode-locked lasers with a high wavelength resolution of less than 0.2 nm (depending on the measurement wavelength range). For measurements longer than 1.1 μm, it is more affordable compared to CCD-based spectrometers while still allowing for high wavelength resolution measurements. Additionally, the WaveScan-USB can be easily operated, controlled, and data can be saved from a PC (Windows).

• Weighing scale

With advanced features and user-friendly design, it supports OEM inline measurement for a wide range of applications in various research fields and industries. ● Compact size ● CMOS control (2K-2048 pixels / 4K-4096 pixels) ● High sensitivity CMOS image sensor enables high sensitivity and high wavelength resolution measurements ● The latest optical bench (NEXOS Bench F=75mm) minimizes stray light ● High temperature and wavelength stability ● Flexibility in measurements (slit size can be changed) ● Smooth integration with equipment and systems ● Excellent reproducibility and high individual quality stability ● Can be connected to a PC via USB for easy control from the PC ● Charging from the PC is also possible

• others

Achieves maintenance-free operation over a long period through diode excitation. The lifespan of the excitation diode exceeds 1 billion shots, ensuring long life. Freed from the noise of flash lamp discharge, it operates quietly, providing a serene working environment. The high-brightness pulse of the NL230 is ideal for ablation processing, remote sensing, and OPO excitation. It can achieve up to 190mJ @ 1064nm, with a maximum pulse repetition rate of 100Hz.

• Other Smart Grid

The AvaSpec fiber entrance type spectrometer adopts an original design with minimal stray light using a Czerny-Turner type optical bench (AvaBench), and has further developed an extremely low stray light (ULS) optical bench (AvaBench75ULS). Additionally, it achieves high sensitivity measurements in the UV range (200-450nm) and NIR range (950-1160nm) thanks to a back-illuminated CCD linear array detector with good UV quantum efficiency. Furthermore, by standardizing the latest electronics (AS7010) (USB3.0/ETH) - EVO series (5Gbps high-speed communication, 1Gbps ETH direct transmission, multi-memory storage, external trigger function), high-speed measurements are made possible. This series, which achieves such high performance, is called AvaSpec-SensLine, and the AvaSpec-HERO is a representative central spectrometer of that series.

• others

● Pulse interval measurement is possible at a maximum of 200 kHz (M6): Real-time measurement of pulse energy from high repetition rate lasers with 12-bit accuracy. ● Can capture up to 4 million pulses and store 40 seconds of data at 100 kHz. ● Able to track the number of lost pulses and pulses below the energy threshold. ● Wide energy range; pJ to mJ. ● High data transfer speed and fast measurement (USB 2.0). ● Comes with LabView software that has many diagnostic functions. ● Measurement is also possible using an oscilloscope by utilizing the Analog Module (APM).

• others

● Compatible with thermopile type, pyroelectric type, photodetector type, and all power and energy detectors ● Low-cost monitor that can directly connect and control noise levels from 2 fJ and above to a measurement PC ● Achieves accurate measurement of low output (pW) and low energy (fJ) that was previously difficult by adopting a unique noise control algorithm ● Measurement display, data acquisition, and analysis can be performed in real-time (minimum, maximum, average, standard deviation, RMS stability) ● Equipped with an external trigger function, allowing synchronization with pulse lasers and digital choppers ● Ultra-compact size monitor ● Serial code command

• others

The circulator laser element is a high-brightness visible light semiconductor laser element that incorporates micro lenses, and it is housed in a tightly sealed package, providing a high-quality and reliable diffraction-limited round beam. This is a modularized version that incorporates the circulator laser element, making it ultra-compact and easy to use.

• others

The interferometer, pump & probe measurement optical system, and optical components of the correlator can be moved, positioned, and scanned at high speed. The scanning unit, designed with low mass and low friction, supports not only high precision and high-speed scanning but also a wide delay range. The scanning unit can be driven by the included controller or an external signal source. With the built-in position sensor, position information can be accurately obtained as an electrical signal. Changed to USB type only (2012).

• others

NT340 Series Features ● Integrated nanosecond OPO with excitation laser (355nm excitation) ● Tuning range: 192–4400nm ● Maximum pulse energy: 60mJ (VIS), 10mJ (UV), 15mJ (MIR) ● Pulse width: 3–5ns ● Pulse repetition: 10Hz, 20Hz ● Line width: < 5cm⁻¹ (narrowband model: < 3cm⁻¹) ● Fiber output, excitation laser beam (355nm) and dedicated output port (532nm) ● Easy replacement of flash lamp

• others

Harmoni XX is a wavelength conversion modular system capable of generating high harmonics from femtosecond and picosecond lasers and amplifiers with high efficiency. By incorporating a stepper motor, it enables high-precision wavelength adjustment, allowing for faster and easier wavelength switching, and has undergone repeated upgrades to support a broader wavelength range, making it currently the most versatile in the market. By instantly switching optics, it can be used for a wide range of pulse widths from femtoseconds to picoseconds, and is designed to efficiently convert various laser powers, including Ti:sapphire lasers. Additionally, it can accommodate both frequency-variable fs/ps lasers and frequency-fixed fs/ps lasers. The optional quick conversion optics set is designed to flexibly switch the wavelength range and pulse width between fs and ps for different types of lasers. When the laser wavelength is changed, it automatically adjusts the harmonic crystal to the optimal phase matching angle, consistently generating harmonics with the highest conversion efficiency.

• others

It is possible to easily switch between output wavelengths of 515nm, 343nm, and 258nm, and simultaneous output of all three wavelengths is also possible. Used in the company's high-power femtosecond laser, PHAROS.

• others

Conoptics, Inc. was established in 1981 as an independent company from the modulator division of Coherent, manufacturing laser peripheral equipment focused on EO modulator systems, beam deflection systems, and more, widely used in research labs, laser disc manufacturers, national research facilities, and universities. Additionally, Conoptics is a pioneering company that has developed optics and accessories for system integration in multiphoton microscopy. They provide optimal laser peripheral equipment for various applications effective in research and development.

• others

Easily and quickly access various functions, and display various measurements of laser power/energy in real-time. You can expect unprecedented performance with minimal time and effort. Features: ● Compatible with all types of detectors (1μW to 30kW) (1μJ to 20kJ) ● 112.9x84.7mm LCD display (640x480 pixels) ● Full touch panel interface ● Direct data storage from USB key

• others

Avantes' light sources, optical fibers, and accessories form various measurement systems when combined with fiber-coupled spectrometers. Measurement configurations include: color measurement, UV/VIS absorption and transmission measurement, luminescence measurement, film thickness measurement, and Raman spectroscopy. The AvaLight-HAL-S-MINI is a tungsten-halogens light source that provides the best light source in the visible to near-infrared range. Features: - Long-life design with no drift or lamp degradation - Wavelength range: 360-2500nm - Fiber output to the outside - Ideal for color measurement The AvaLight-DH-S is a powerful and versatile deuterium-halogens light source that covers a wide range from ultraviolet to near-infrared. Features: - A powerful light source combining deuterium and halogen - Long-life design with no drift or lamp degradation - Wavelength range: 190-2500nm - Vacuum ultraviolet option The AvaLight-DHc is a deuterium-halogens light source that provides a stable light source in the ultraviolet to near-infrared range. Features: - Long-life design with no drift or lamp degradation - Wavelength range: 200-2500nm - Compact and low-cost - Ideal for absorption measurement (UV/VIS/NIR)

• others

The picoEmerald from the German company APE automatically overlaps extremely short pulse trains both temporally and spatially, providing three outputs: 1064 nm laser output, OPO signal, and OPO idler. It ensures reliable pulse synchronization and allows for hands-free operation with fully automated control. It delivers high-quality picosecond pulses, making it ideal for CARS and microscopic spectroscopy. In addition to CARS and SRS, it is also perfect for applications in stimulated Raman microscopic spectroscopy, multiphoton fluorescence, and multimodal imaging, including second harmonic generation. It offers wavelength tunability from 700 to 1950 nm, and even with changes, the two-color light pulses completely overlap both temporally and spatially.

• others

It is a measurement device for measuring femtosecond and picosecond laser pulses under a microscope, and it can be measured even under the objective lens. The pulse width before the introduction of the microscope can also be easily measured by switching the optical axis.

• others

The optical parametric oscillator (OPO), Levante, and Levante-Emerald use the second harmonic of a mode-locked Nd:YVO4 laser as an excitation light source, making them optimal light sources for obtaining high-output, narrow-linewidth femtosecond and picosecond pulses in the visible to near-infrared range. They can continuously tune wavelengths in the near-infrared range (680-2300nm), making them ideal light sources for experiments requiring multi-wavelength excitation, such as CARS microscopy (532nm excitation). The control software has been renewed to enable fully automated control, and wavelength tuning has become easy.

• others

Features ★ The scan range 50 ps model achieves unprecedented time resolution of 50 attoseconds. ★ The electronics are built into the main unit, allowing for SCPI remote control via TCP/IP. ● TPA measurement wavelength: 250 – 3200 nm ● PD, PMT measurement wavelength: 200 – 3200 nm, or 3 – 12 μm ● Measurement pulse width: 5 fs – 15 ps or 10 fs – 40 ps or 20 fs – 500 ps (SM2000) ● Capable of low repetition frequency measurements via trigger input. ● Phase information measurement FROG option can be added. ● High precision, high dynamic range, low noise: With a design based on a newly developed system-on-chip at 18 bits, it enables low latency and smooth measurements, allowing for faster and more accurate measurements of high-resolution attoseconds. ● Intuitive GUI and integrated software with comprehensive data analysis ● Automatic testing and remote control

• others

The LPC can automatically control and stabilize the power of CW or mode-locked lasers accurately and easily. It can be used as a beam attenuator, a stabilizer, and also as a power meter. The laser power controller (LPC) manufactured by BEOC can automatically control the laser beam output via PC and stabilize it to 0.025%. Key specifications: It can reduce noise from CW or mode-locked lasers with wavelengths from 425 to 1700 nm down to 5 kHz and stabilize beam output to 0.025%. It can handle a maximum input of 4W. It comes standard with USB and has an optional GPIB.

• others

The integrated latest prism compressor achieves a pulse width of <30fs, making it ideal for time-resolved spectroscopy. Models are available with built-in second harmonic (515nm) or third harmonic (343nm) generators that are compact and have high repetition rates. ORPHEUS-N is a PC-controlled non-collinear OPA. It uses PHAROS as the excitation light source, allowing for high repetition rate excitation, with options for second harmonic (515nm) or third harmonic (343nm) excitation models depending on the application. ■ High repetition rate: up to 1MHz ■ Pulse width: shortest below 30fs ■ Wavelength range: 650–950nm (2H), 490–900nm (3H) (30μJ@1030nm during excitation)

• others

The LX-SPIDER is a device that uses the SPIDER method for phase and intensity measurement of ultra-fast lasers, enabling single-shot measurements and real-time phase measurement and analysis. It is ultra-compact, easy to align, and equipped with an automatic calibration function. Features: ● Wavelength range: 750~900nm ● Pulse width: Optical set 1... 16~150fs Optical set 2... 70~300fs ● Measures spectral phase, intensity, and temporal intensity of Ti:Sa lasers to check performance ● Single-shot measurement ● Real-time analysis ● Equipped with automatic calibration function, no adjustment required upon delivery

• others

It has high output stability over a wide wavelength range and can generate ultra-short pulses with high beam quality. With the wavelength conversion option, wavelength tuning is possible via PC control from ultraviolet light to mid-infrared light, achieving a high repetition rate of up to 2 MHz. Additionally, the fundamental wave and the second harmonic of the excitation light source can be emitted from the main unit. The ORPHEUS-NEO is the latest model that is easy to use. The ORPHEUS is the basic model. The ORPHEUS-HP is a type with a maximum excitation output of 80W. The ORPHEUS-HE is a type with a maximum excitation energy of 2mJ. The ORPHEUS-ONE is a high-energy type in the mid-infrared range. The ORPHEUS-F is a near-infrared short pulse type. The ORPHEUS-MIR is a mid-infrared broadband type. The ORPHEUS-N is a non-collinear type. The ORPHEUS-Twins is a dual-wavelength independently variable type. The ORPHEUS-PS is a narrowband collinear type.

• others

The optical parametric amplifier (OPA) TOPAS for continuous wavelength tunable ultrafast lasers has become a global bestseller for research and industrial use due to its highest conversion efficiency, wide wavelength tuning range, and ease of use.

• others

Excellent beam quality, stability of emission direction, and low running costs make it ideal for microfabrication and micromachining. Equipped with pulse width and output variable functions, as well as pulse-on-demand capabilities, it allows for easy changes to laser irradiation conditions, making it perfect for application development and equipment integration. Additionally, leveraging high pulse repetition frequency and high average output contributes to improved S/N and significant reductions in measurement time, benefiting the fields of physics and research and development. By combining PHAROS (high average output of 20W @ 1MHz) with ORPHEUS (OPA) and wavelength extension units, it enables wavelength variability up to 16μm, making it suitable for spectral analysis and more. Furthermore, high output and high energy types (20W, 4mJ/pulse @ 3kHz) and ultra-short pulse width types (>100fs) have been added, making it ideal for various processing, application development, and equipment integration. A high-output ultra-short pulse (femtosecond) laser has achieved significant miniaturization and low power consumption through direct excitation of laser diodes. It features pulse width and output variable functions, as well as pulse-on-demand capabilities, allowing for easy changes to laser irradiation conditions.

• others

The AvaSphere-IRRAD for light measurement is available in inner diameters of 30, 50, and 80 mm, and features an SMA port for the spectrometer positioned at a 90° angle on the side. It is convenient for measuring light sources such as lasers, LEDs, and halogen lamps, and an adapter is used to support LED measurements. The AvaSphere-REFL for reflection measurement has a side port and also features an SMA port for light sources tilted at an 8° angle from the top, accommodating a variety of applications such as color measurement and fluorescence spectroscopy. An option is available for models coated with absorbent materials. *Reflection measurement halogen light source built-in type (inner diameter 50 mm) *AvaSphere-50-LS-HAL-12V ● A compact integrating sphere with a built-in 5W halogen light source specially designed for reflection measurement, capable of illuminating 160 times more light than the standard type. (360-2500nm, inner diameter 50mm, sample port inner diameter 10mm) ● Effective for measuring dark or weak reflective materials and in the near-infrared range. ● Ideal for mineralogy, etc. * There are also large-diameter (102/152/203mm) integrating spheres available for measuring high-output LED light sources.

• others

Acousto-optic (AO) intensity modulators (AOM), deflectors (AOD), and optical frequency shifters that utilize various types of crystals have good diffraction efficiency and can be widely used for both scientific and industrial applications. In addition to a single-channel driver for AOMs, there are also 2-channel AOM drivers and OEM models available. There are also XY 2-axis deflectors (DTD) and Q-switches.

• others

A compact and user-friendly spectrometer system that allows for easy measurement of thin film thickness on a tabletop. The appeal of the spectrometer lies in its versatility; by changing the fiber, it can be used for laser measurements and various other applications. Measurements are taken using the interference pattern of white light reflected from the sample, and the software utilizes a database to measure the n and k values. Configuration: ● Spectrometer: AvaSpec-ULS2048CL-EVO ● Light source: AvaLight-DHc ● Software: AvaSoft-thinfilm ● Fiber: FCR-7UV200-M ● Accessory: Thinfilm Stage These components can be controlled from a PC to measure film thickness with a resolution of 1 nm, ranging from 10 nm to 50 μm.

• others

Gentec-EO's power/energy meters from Canada offer high precision and are compatible with all types of lasers. They feature a uniform spectral response from UV to IR. There are ultra-thin, low power, high power, and simple probes available. Models that are compatible with vacuum ultraviolet are also available, allowing selection based on the type and output of the laser. Additionally, there is a diverse lineup including OEM types, machine-integrated types, and handheld simple types. Monitors can be selected according to application, with options such as large-screen LCD types, PC-controlled display types, and dual-channel support. They have also started handling wideband probes and terahertz radiometers. Laser beam profilers are also available.

• others

A unique stud is joined to the sample, and a tensile test is conducted by applying a load under computer control. The load at the time of fracture is displayed, and the unit area calculated from the adhesive area of the stud can be shown. The use of a stud with a uniquely developed epoxy adhesive (adhesive strength of approximately 700 kg/cm²) is optimal. ● Thin film adhesion tests ● Strength tests for adhesives, adhesion, and welding 1. Material stress/strain 2. Bending strength of rigid materials 3. Coating pull-off strength 4. Shear strength of fixed dies, etc. 5. Peel strength of flexible substrates 6. Peel strength of rigid substrates

• others

The AvaSpec StarLine is a versatile and high-performance spectrometer developed and provided by Avantes for general spectral application measurements over many years. It supports various applications, including the most common spectral applications such as reflectance and transmittance measurements, luminescence measurements, and color measurements, as well as high-speed models for process control. The AvaSpec-ULS2048/4096CL-EVO is a next-generation evolved spectrometer that employs a CMOS detector type with the latest CMOS technology. The revolutionary next-generation ultra-high performance is achieved through the newly developed electronics board (AS-7010). The EVO series enables ultra-fast USB 3.0 communication and high-speed transmission via Gigabit Ethernet, as well as multi-memory storage, with minimal stray light and measurements at high wavelength resolution. The latest CMOS image sensor achieves sensitivity and wavelength resolution equivalent to CCD sensors with low noise, without blooming or smear phenomena, thanks to advanced signal processing, and it is cost-effective, making it expected to meet future demands for the next generation.

• others

The PRONTO-250 is a compact yet powerful handheld laser power meter that can easily measure up to 250W. It can instantly measure from 0.5W to 250W via a touch panel, and its high damage threshold for the light receiving part makes it the strongest absorber (volume absorption type) on the market, enabling measurements up to 250W. Additionally, it is equipped with data logging functionality, making it very convenient for use not only in laboratories but also in the field, even in tight spaces, suitable for both scientific and industrial applications.

• others

Signal transporters can be considered optimal equipment for applications such as data acquisition in plasma physics experiments, signal conversion and control for high-pressure equipment, high-quality video conversion, Faraday shielding, and providing noise-free accurate signals in anti-EMI environments. 【Features】 ○ Flexible conversion between optical signals from fiber and electrical signals with a single pair ○ Converts analog signals digitized by the transmitter (T) into optical signals for transmission via optical fiber, then received by the receiver (R) and reproduced as electrical signals ○ Available in digital input type and analog input type ○ Channel capacity <50Mb/s ○ Analog input can be selected from 1V and 5V ○ Digital signals can be converted from DC to 48Mbs ○ Converts TTL signals to up to 16 digital channels using single-mode optical fiber ○ Converts analog signals with 12-bit accuracy up to 100Ms/S ○ LVTTL, CMOS/TTL digital input

• others

The IR Viewer can visualize laser light in the near-infrared range in monochrome images and is a lightweight handheld type. ABRIS-M Features ● High resolution: 60 LP/mm ● Wavelength range: 350–2000nm, 350–1700nm, 350–1300nm ● Continuous use for 35 hours possible ● Battery (35 hours) (external power DC3V, 30mA also possible) ● Handheld type: 400g (can also be fixed with the included post) ● Comes with an IR cut filter The Contour IR-CCD is a CCD camera-type near-infrared viewer that uses a high-sensitivity, low-noise CCD camera in a compact design. It is cost-effective and can be used for a wide range of applications such as observation, inspection, registration, and recording in the near-infrared range. The Contour IR Digital CMOS camera is the latest digital CMOS camera-type near-infrared viewer, utilizing the latest CMOS technology to achieve high sensitivity and low noise in a lightweight, compact design. It is cost-effective and can be used for a wide range of applications such as observation, inspection, registration, and recording in the near-infrared range.

• others