Test Instruments
Showing all 6 results
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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 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, Other Optics Instruments, Test Instruments, Testing Instrument & Equipment
KS-502-AA PLC alignment system – KUGE Co.Ltd.
Optical Instruments, Other Optics Instruments, Test Instruments, Testing Instrument & EquipmentKS-502-AA PLC alignment system – KUGE Co.Ltd.
Because of the rigidity adopted SUS-made stage, make for a stable alignment disturbances such as temperature and vibration.
Motion made by our control program “Cockpit” performed by aligning high.
“Cockpit” Because you can customize for your own use, the type of optical device, it is possible to construct an environment for optimum alignment conditions and quality of various optical devices.SKU: n/a -
Optical Instruments, Other Optics Instruments, Test Instruments, Testing Instrument & Equipment
KS-502-AM PLC auto aligner – KUGE Co.Ltd.
Optical Instruments, Other Optics Instruments, Test Instruments, Testing Instrument & EquipmentKS-502-AM PLC auto aligner – KUGE Co.Ltd.
Because of the rigidity adopted SUS-made stage, make for a stable alignment disturbances such as temperature and vibration.
Motion made by our control program “Cockpit” performed by aligning high.
“Cockpit” Because you can customize for your own use, the type of optical device, it is possible to construct an environment for optimum alignment conditions and quality of various optical devices.SKU: n/a -
Optical Instruments, Other Optics Instruments, Test Instruments, Testing Instrument & Equipment
KS-502-M PLC evaluation alignment system – KUGE Co.Ltd.
Optical Instruments, Other Optics Instruments, Test Instruments, Testing Instrument & EquipmentKS-502-M PLC evaluation alignment system – KUGE Co.Ltd.
The measurement of the waveguide alignment device. The fast and stable alignment of the strip waveguide measurements.
Because of the rigidity adopted SUS-made stage, make for a stable alignment disturbances such as temperature and vibration.
Motion made by our control program “Cockpit” performed by aligning high.
“Cockpit” Because you can customize for your own use, the type of optical device, it is possible to construct an environment for optimum alignment conditions and quality of various optical devices.SKU: n/a -
Optical Instruments, Other Optics Instruments, Test Instruments, Testing Instrument & Equipment
Michelson interferometer – Shinyo Seiki Manufacturing Co.
Optical Instruments, Other Optics Instruments, Test Instruments, Testing Instrument & EquipmentMichelson interferometer – Shinyo Seiki Manufacturing Co.
It is the most basic product among the various interferometers that have been devised.
The application of this technology is the basic technology of our company. It has a very wide range of applications, including micro-measurement, measurement of optical wavelength and wavelength ratio, measurement of refractive index and dispersion ratio, surface roughness, and thin films.
SKU: n/a
Are you looking for a Test Instruments product?
When selecting Test Instruments for your company’s needs, there are several important points to consider during the comparison and evaluation process.
1. Accuracy and Precision:
Evaluate the accuracy and precision of Test Instruments. Consider how well the instruments can provide reliable and consistent measurements under various conditions.
2. Cost and Value:
Compare the costs associated with different Test Instruments. Consider not only the initial purchase price but also ongoing operational costs and the overall value the instruments provide for your specific testing needs.
3. Technology Used:
Determine the technology employed in the test instruments. Whether it’s based on electronic, optical, or other methods, choose the technology that best suits your testing requirements.
4. Measurement Range:
Specify the required measurement range for the test instruments. Ensure that the chosen instruments can cover the full range of values relevant to your testing applications.
5. Response Time:
Assess the response time of the instruments. Depending on your testing needs, a fast response time might be crucial for real-time monitoring and control.
6. Calibration and Maintenance:
Examine the ease of calibration and maintenance. Regular calibration is essential for accurate results, and instruments with straightforward maintenance procedures often have longer lifespans.
7. Safety Features:
Check for safety features incorporated into the instruments, especially if they will be used in potentially hazardous conditions. Safety features could include automatic shutoffs or alarms for abnormal conditions.
8. Data Handling and Connectivity:
Evaluate the data handling capabilities and connectivity options of the instruments. The ability to log and transmit data can be crucial for analysis and integration with other systems.