Hig high Sensitivity Digital Optical Power Meters with Standard Detector
Power Ranges: 50 nW-50 mW (PM120/120V), 500 nW-500 mW (PM121), or 35 nW-35 mW (PM122)
Wavelength Range: 200-1100 nm (PM120V), 400-1100 nm (PM120 & PM121), or 700-1800 nm (PM122)
Optional Fiber Adapters: S120-FC, S120-SMA, S120-SC
Integrated IR Viewing Target (Absorption Bands: 400-640 nm & 800-1700 nm) for Easy Alignment of the PM122 Sensor Head
NIST-Traceable Data Stored in Sensor Head
Large 9.5 mm Aperture
The PM120 Series comes with our standard Si or Ge sensors. An attached IR viewing target enables easy alignment of the sensor head. These sensor heads can be equipped with FC, SMA or SC fiber adapters. For details
High high Sensitivity Digital Optical Power Meters with Slim Detector
Power Range: 5nW - 5mW (500nW - 500mW with the Slideable ND filter)
Wavelength Range: 400 - 1100nm (PM130) or 700 - 1800nm (PM132)
Large 9.5mm Aperture
Slim Measurement Head for Easy Measurements in Tight Spots
NIST Traceable Data Stored in Sensor Head
8-32 and M4 Threads for Post Mounting
The PM130 Series with the slim sensor (Si or Ge) is ideal for measurements in dense setups with space constraints. The slideable ND filter allows the user to easily change the power measurement range to 500mW. Additionally, two threaded holes allow easy mounting of the sensor to any of our standard posts.
High Sensitivity Digital Optical Power Meters with Integrating Sphere Detector
Power Range: 1µW - 1W
Wavelength Range: 400 - 1100nm (PM140) or 800-1700nm (PM144)
FC Fiber Adapter Included, Other Adapters Available as Accessories: S140-SC & S140-SMA
NIST traceable Data Stored in Sensor Head
The PM140 Series comes with an integrating sphere including a Si or InGaAs detector. This series is ideal for optical power measurements of divergent beams such as at the output of optical fibers. Easily replaceable adapters enable free space measurements as well as the use of FC, SMA or SC fiber connectors.
Spectral Radar Microscope
Spectral Radar Microscope
The Spectral Radar Microscope (SRM) extends the field of application to 3D examination of volume samples. these may be positioned (aided by a camera) with the laterally adjustable rotating table of the microscope. Together with the software shipped with microscope it is possible to measure cross sectional images as well as 3D volumes and surface topographies. The data sets are saved fo urther processing with 3D redering softwar
application system with familiar microscope functionality
Particularly for in vitro samples and technical objects, but also for small animal models
Sample may be rotated and shifted laterally with a 2-axis translation stage (displacement 25x25 mm)
Coarse and fine adjustment in Z-axis
Image size of the OCT measurement approx. 2.5x2.5 mm
(standard configuration)
Two fast (<100us) galvanometric beam deflectors for X and Y axes
Axial resolution and measuring speed depends on base unit used
High-grade NIR microscope objective lens (NA 0.08)
Laterally resolution approx. 8um
Focussing of the objective to compensate for differenz diffraction indexes in the sample
Application software to generare 2D cross sectional images, 3D volume measurements and surface topographies
Seamless cooperation with public domain software packet to render volume measurements
Independent of the fibre length due to common path interferometer design
Integrated CCD camera for visual inspection of the sample
Handheld Probe
Scanning Width
6.0mm
Transversal Resolution
9.2µm
The handheld was designed for the use in dermatology. The result was a probe that can also be used for many other applications in medicine and industry. It is small, handy and easy to use
abs offers a set of different tips for the probe to make it useable for different applications. The slit tip is the preferred tip for dermatology. It allows investigations of virtually all parts of the human skin. The open tip is usually used when a certain area of the sample shouldn't be touched by the probe.
The handheld is equipped with a ring light. A CCD camera integrated into the device allows the parallel visual inspection of the sample.
Spectral Radar OCT Imaging System - Callisto Series
The Callisto is a Fourier domain OCT system enabling measurements with espacially high sensitivity and excellent signal to noise ratio. An image sensor is used for this with an extremely high fully well capacitity of 8 million electrons. To fully utilise the potential of the image sensor the scan rate has been reduced to 1400 A-Scans per second. The measuring system can easily connected to any computer by USB 2.0 interface. With a small footprint and an attractive price this system is particularly suited for research and development where high sensitivity has been given priority over high speed imaging.
High sensitivity of 115dB
Signal to noise ratio 75dB
512 measure points per A-Scan
Measuring speed 1400 A-Scans per second (2.5 fps @ 500 Scans per B-Scan)
840nm medium wave length, 1.5mW power
3.6um axial resolution
3.4mm measurement range
USB 2.0 interface
IP54 protection rating
Interfaces to all THL and Thorlabs application systems
Case dimensions: 420 x 320 x 110mm
Optical Frequency Synthesizer FC1500
Optical Frequency Synthesizer FC8004
The optical clockwork measures optical frequencies with unprecedented accuracy and stability. Wide applications in metrology and precision spectroscopy.
The optical clockwork measures optical frequencies with unprecedented accuracy and stability. Wide applications in metrology and precision spectroscopy.
Femtosecond Fiber Laser C-Fiber
Femtosecond Fiber Laser C-Fiber 780
Your ideal choice for demanding applications in the ultrafast world of science and industry. Center wavelength of emission 1560nm.
C-Fiber 780 provides femtosecond laser pulses in an economic, easy-to-use laser system. Center wavelength of emission 780nm.
Made for industry, the OEM Fiber Laser T-Light is our most compact femtosecond fiber laser.
Synchronize your pulsed laser sources with highest accuracy.
Asynchronous Optical Sampling (ASOPS)
Octavius
Femtosecond Phase Stabilization Units XPS800 and APS800
This ultra fast laser offers an octave spanning spectrum at a repetition rate of 1 GHz.
The ultimate control for your shortest pulses.
Avalanche Detectors APD210/310
PIN Photo Detectors FPD310/510
Our high sensitivity detector units feature a well-balanced combination of gain, bandwidth and low noise. Photoreceiver and RF-amplifier all in one compact module.
Our high sensitivity detector units feature a well-balanced combination of gain, bandwidth and low noise. Photoreceiver and RF-amplifier all in one compact module.
SpectroSens components
SpectroSens detection systems comprise the microchips and readout units. There are a number of choices to suit biological detection or process refractive index measurement, either on-line or off-line.
For biological detection, the microchip is housed in a disposable plastic package that simply plugs directly into the readout unit. To enable these chips to detect biological particles, antibodies are attached to the surface of the detector chip. When viruses, bacteria or proteins binds to the antibodies, the refractive index changes and their presence is accurately measured and identified.
Disposable biological detection chip package For refractive index measurement in a process line, the microchip is packaged in a standard pipe fitting. Multiple detector heads can be connected via optical fibre to a single remote readout unit. As the microchips and cables are purely optical, this makes them ideal for use in flammable environments or where there is electromagnetic interference.
Microchip packaged in standard pipe fitting for on-line measurement
The readout unit comprises all the electronics necessary in a standard rack mount or bench-top case. Hand-held units will be available shortly.
Bench-top readout unit
Spectral Radar OCT System
Swept Source OCT Systems
OCT Components
Laser Image Gallery
Optical Tables, Breadboards, and Supports
Rigid Construction
Optomechanics
Lab Safety
Lab Accessories
Translation Stages
Rotation Stages
Nanopositioning Stages
Actuators / Adjusters
Motion Control Electronics
Optics
Polarization Optics
Optical Systems
Optical Isolators
OFR
Bare Fibers / Cables
Fiber Collimation
Fiber Termination
Components
Test & Measurement
Lasers
Tunable Lasers
Laser Diodes and Drivers
Light Sources
Mounts / Collimation Tools
Optical Detectors
Optical Power Meters
Lab Instruments
Polarimetry
PMD/PDL Measurements
OPTİKAL POWER METRELER
GAO3026
Fiber
Optic Instrument: Mini Fiber Optical Power Meter(GAO3026)
GAO3020
Fiber
Optic Instrument: Fiber Optical Power Meter(GAO3020)
GAO3023
Fiber
Optic Instrument: Fiber Optical Power Meter(GAO3023)
GAO3025
Fiber
Optic Instrument: Fiber Optical Power Meter(GAO3025)
GAOXG3010
Fiber
Optic Instrument: Fiber Optical Power Meter(GAOXG3010)
GAO800
Fiber
Optic Instrument: GAO800 Optical Power Meter
GAO801
Fiber
Optic Instrument: GAO801 Optical Power Multi Meter
GAO-4C
Fiber
Optic Instrument:Series Optical Power Meter GAO-4C
TP01 Fibre Optic Power Meter
The Yamasaki TP01 Fibre Optic Power Meter is the latest self-developed multi-functional fibre optic power meter designed for the installation, construction and maintenance of fibre optic networks. Yamasaki’s TP01 Fibre Optic Power Meter features a rugged outer housing, optional backlight, auto shut off function, wide measurement range, accurate test, self-calibration and universal connector.
TP31 PON Fibre Optic Power Meter
TP31 PON Fibre Optic Power Meter
The Yamasaki TP31 PON Fibre Optic Power Meter is the latest selfdeveloped multi-functional fibre optic power meter designed specifically for the FTTH / FTTx installation and testing environment,
Simultaneously measuring 1310/1490/1550nm wavelengths and displaying the results in real-time on an ultra-bright LCD display. This rugged hand held unit includes removable rubberised boot, bright backlight, auto shut off function, wide measurement range, accurate test, self-calibration, universal SC connector and is backed by Yamasaki’s one year warranty. Recommended for use with the Yamasaki TL01 Fibre Optic Light Source.
OPM5 Optical Power Meter
OPM5 Optical Power Meter
OPM5 Optical Power Meter with Wave ID, Set Reference, and Data Storage.
The OPM5 optical power meter measures optical power in Premises, Telco, or Broadband fiber optic networks. When used with an LED or Laser light source, the OPM5 also measures insertion loss of multimode or single-mode cables.The OPM5 offers Wave ID, multiple test Tone detection, and stores optical references for each calibrated wavelength and up to 500 records per wavelength of power or insertion loss measurements.
OPM4 Optical Power Meter
OPM4 Optical Power Meter
OPM4 Optical Power Meter with Wave ID and Set Reference
The OPM4 optical power meter measures optical power in Premises, Telco, or Broadband fiber optic networks. When used with an LED or Laser light source, the OPM4 also measures insertion loss of multimode or single-mode cables.
The OPM4 offers Wave ID, multiple test Tone detection, and stores optical references for each calibrated wavelength.
OPM1 Optical Power Meter
OPM1 Optical Power Meter
OPM1 - Measures Optical Power in dBm
This portable optical power meter may be used to measure optical power in Premises, Telco, or Broadband fiber optic networks.
Yamasaki M200 Optical Microscope
Features
•Has Oblique and Coaxial views of the connector ferrule
•200x magnification
•Precision all glass optics
•Durable metal construction with comfortable rubber grip
•White LED Illumination, rated at 100,000 hours
•Universal 2.5mm adaptor for SC and ST connectors
•User interchangeable adaptors for different connector types
•Timed switch illuminates without holding the button
Yamasaki M400 Optical Microscope
Features
•400x magnification
•Precision all glass optics
•Durable metal construction with comfortable rubber grip
•White LED Illumination, rated at 100,000 hours
•Universal 2.5mm adaptor for SC and ST connectors
•User interchangeable adaptors for different connector types
•Timed switch illuminates for 2 minutes without holding the button
Infra Red safety filter.
OTDR's and Fault Locators M200 Quad Band OTDR M200 Quad Band OTDR Key Specifications:
• Dynamic range > 26 dB (Singlemode)
• Up to 16,000 data points
• Dynamic range > 22 dB (Multimode)
• Sample spacing to 0.25m
• Event Dead Zone (typ.): 1.5m
• Attenuation Dead Zone (typ.): 9m
• Weight < 0.9 kg
• VFL ‘red laser’ (650nm)
Features
• Handheld, 0.8 kg (1.7 lb)
• Multiple-wavelength single-mode OTDR
• 1.5 m (typ.) event dead zone
• 26 dB dynamic range
• Integrated OPM, OLS, and VFL (650 nm)
• Tool-free, switchable adapters for OTDR & OPM ports (FC, SC, ST, LC, E2000 are available)
• Bellcore (GR-196) .SOR file format
• Rechargeable (> 12 hr) LiIon battery or AC power
• 3.5-inch, indoor/outdoor LCD
• Windows® compatible software to view, print, and archive test record
• Mini USB Port (connect to PC with cable)
Features and Applications
• Rugged, hand held, lightweight
• Designed for field use
• 1550 or 1625 nm singlemode OTDR
• Locates reflective and non-reflective breaks
• Built-in 650 nm Visual Fault Locator (VFL) with universal adapter
• Switchable OTDR port adapter
• Cursor and zoom controls to measure event loss, reflectance, and location
• Automatic, semi-automatic, and manual setup modes
• Launch level connection quality indicator
• Large LCD with Backlight
• Free Windows® compatible software to view, print, and archive test records
• Rechargeable NiMH battery pack, AC adapter, or optional AA alkaline
• Wide temperature range: -10 to + 50°C
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ÜRÜNLERİMİZ
OPM5 Optical Power Meter
M200 Quad Band OTDR
OFL-250 Singlemode Handheld OTDR
OFL 200 Singlemode OTDR
ÜRÜNLERİMİZ
