Spectrometers
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Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & Equipment
Coherent THz Source： Tera-Master – Spectra Quest Lab. Inc.
Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & EquipmentCoherent THz Source： Tera-Master – Spectra Quest Lab. Inc.
This system utilizes UTC-PD as a Terahertz mixer, and λ-Master 1040 as a mixing light source.
UTC-PD (Uni-Travelling Carrier Photo Diode) developed by NTT-EL enables high-efficiency generation of THz wave.
ASE free tunable diode laser, developed by SQL realizes low-noise THz wave and wide and rapid tuning with a high resolution.SKU: n/a -
Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & Equipment
High Performance Tunable Laser λ-Master – Spectra Quest Lab. Inc.
Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & EquipmentHigh Performance Tunable Laser λ-Master – Spectra Quest Lab. Inc.
“1mm Band ASE-Free Tunable Diode Laser”
Our wavelength tunable lasers use our proprietary transposed Littman-type external resonator structure to completely separate the ASE from the output optical axis without sacrificing optical output intensity, achieving both high output intensity and high spectral purity (ASE-free). In addition, the Littman configuration, which is a geometrically and mathematically ideal configuration, is partially deformed to compensate for the dispersion of the LD chip and optics to achieve mode hop-free tuning over a wide wavelength bandwidth even in the 1um band, where chip dispersion becomes apparent, let alone in the communication band. To fully use the performance of the external cavity, a stepper motor type pressure contact slider with backlash-free and ultra-precise motion is used as the wavelength tuning actuator to achieve wavelength sweep performance that contributes to precision spectroscopic measurement. Other features include an analog wavelength sweep function using PZT, an auto-focus function for fiber couplings that takes advantage of high output power, and a data acquisition function synchronized to wavelength tuning, all of which can be fully utilized by the spectroscopic measurement software to meet the high demands of laboratory users. The software is available in executable file format, and LabVIEW source code is also distributed.
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Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & Equipment
High Scan Rate Tunable Laser : λ-Rapid – Spectra Quest Lab. Inc.
Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & EquipmentHigh Scan Rate Tunable Laser : λ-Rapid – Spectra Quest Lab. Inc.
Low cost
・Wavelength Coverage : 880 – 1680 nm
・Mode-Hop-Free Tuning : ~ 100 nm
・50 mW (PM-Fiber)
・Line Width : ~ 100 kH
・Minimum Resolution : 1 pm
・Maximum Scan Rate : 600 nm/sSKU: n/a -
Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & Equipment
UV-VIS Spectrophotometer UV-1900i – SHIMADZU CORPORATION
Optical Instruments, Spectrometers, Test Instruments, Testing Instrument & EquipmentUV-VIS Spectrophotometer UV-1900i – SHIMADZU CORPORATION
The Double-beam UV-Vis spectrophotometer offers excellent performance, data compliance, and intuitive operability
The UV-1900i boasts a high resolution of 1 nm, the lowest level of stray light and noise in its class, as well as an ultra-fast scan function allowing for data acquisition at 29,000 nm/min. It also features a multi-language interface that is easy to use while providing a diversity of measurement modes such as photometric, spectrum, quantitation, kinetics, time-course, and bio-methods. The UV-1900i is capable of high-accuracy quantitative analysis, detection of low-concentration components, and can perform analysis compliant with Pharmacopeia (JP, USP, and EP). The standard LabSolutions UV-Vis control software provides labor-saving measurements and allows for efficient analysis and integrated data management.
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Are you looking for a Spectrometers product?
When selecting Spectrometers for your company’s needs, there are several important points to consider during the comparison and evaluation process.
1. Quality and Performance
Evaluate the quality and performance of Spectrometers. Look for high-resolution systems with accurate and precise measurements. Consider factors such as wavelength range, resolution, and sensitivity to ensure the instrument meets your analytical requirements.
2. Technology and Innovation
Assess the technology employed in the Spectrometers. Consider features such as advanced detectors, data processing capabilities, and integration with other technologies. Innovative spectrometer technologies may offer improved speed, accuracy, and ease of use.
3. Compliance with Standards
Ensure that the Spectrometers comply with relevant industry standards. This is critical for applications where adherence to specific measurement standards is necessary. Check if the instrument meets international and local regulatory requirements.
4. Calibration and Accuracy
Check the calibration process and the accuracy of the spectrometer. A reliable calibration process is essential for accurate and consistent results. Evaluate the instrument’s ability to maintain accuracy over time and under different operating conditions.
5. Software and Data Handling
Evaluate the software provided with the Spectrometers. User-friendly and robust software can enhance the usability of the instrument. Consider features such as data analysis tools, compatibility with other software, and the ease of transferring and managing data.
6. Maintenance Requirements
Assess the maintenance requirements of the Spectrometers. Consider factors such as the frequency of maintenance, ease of cleaning, and availability of replacement parts. Low maintenance requirements contribute to the instrument’s longevity and reliability.