See the spatial distribution
Inspect two-dimensional intensity maps, three-dimensional beam profiles and transverse intensity sections to assess spot shape and alignment.
High-power series
CN0310NIR-W1000-FA10Y Beam Profiler
CN0310NIR-W1000-FA10Y high-power series beam profiler. Spectral range: 1030-1080 nm, Other wavelength bands customizable. Beam-spot range: 32 μm-5 mm@1/e²(TEM00). Check power, attenuation and interface conditions for the selected configuration.
- Spectral range
- 1030-1080 nm, Other wavelength bands customizable
- Spot range
- 32 μm-5 mm@1/e²(TEM00)
- Data interface
- USB3.0
Compare the details
Technical specifications
Compare the listed configurations and match the specifications to your setup.
20 specification rows.
Model specifications
20 entries| Parameter | Specification |
|---|---|
| Model | CN0310NIR-W1000-FA10Y |
| Spectral Range | 1030-1080 nm, Other wavelength bands customizable |
| Spot detection range | 32 μm-5 mm@1/e²(TEM00) |
| Light entrance direction | Vertical |
| Minimum power | 10 mW@50 μm |
| Maximum power | 1000 W water-cooled continuous operation |
| Damage Threshold | Max power density at inlet window ≤20 kW/cm² |
| attenuation | Conventional wavelength band: OD1/OD2/OD3/OD4.5 |
| Work mode | Electric adjustment |
| Adjustment Range | Stroke: ±15 mm, repeat accuracy: ±0.005 mm |
| Parfocal Distance | 175 mm, focal equivalent position: product bottom surface |
| Max. receiving angle | ±1.5° @ Central Incidence ±0.1 mm |
| Data Interface | USB3.0 |
| Trigger | TTL signal supported, high level pulse width >50μs |
| Software Configuration | 1.Lasescope NX supports beam parameter analysis and statistics complying with ISO 11146 and ISO 13694 standards. It features real-time display and storage of single-beam and multi-beam spot data, as well as TCP port communication and control functions. 2.Lasescope M2 realizes fully automatic measurement of beam quality factor (M²) in accordance with ISO 11146. |
| Environment | Temperature < 15-25 °C, relative humidity < 60% |
| Software | Software: Windows 10/11 (64-bit), pre-installed MS Office or WPS Hardware: ≥8 GB RAM, CPU ≥2.5 GHz, ≥4 cores (i5 or equivalent recommended), optimal resolution 1920×1080 |
| Cooling mode | Water cooling: flow rate at 10 L/min, water temperature range20-25°C, Cooled quantity of 0.5-1 KW , head from 10-25 m |
| Size | 180*130*175 mm(Length × Width × Height) |
| Weight | <5 Kg |
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Configuration notes and measurement conditions
- Power handling is conditional on the specified wavelength, incident spot size, cooling and detection time. A peak model number is not a continuous operating rating for every beam.
- Read total power, power density and pulse-energy-density limits with the stated attenuation, wavelength, beam size, cooling and detection time.
Mechanical drawings
From image to measurement
Beam analysis and software
Illustrative software output. Results, analysis functions and acquisition rates depend on the selected hardware, software and beam conditions.
Follow beam characteristics
Analyse beam diameter, ellipticity and position. Suitable configurations support multi-spot monitoring, image stitching and pointing-stability analysis; acquisition and processing rates are model dependent.
Choose the measurement configuration
Check exposure, shutter and external-trigger support for your timing requirements. The 1000 W system specifies beam analysis and optional automatic M² workflows; these capabilities require the stated software and hardware configuration.
Specify the complete measurement
01
Match the wavelength
Choose the exact detection band and the attenuation or window configuration. A family range combines different models; it does not make every instrument broadband.
02
Resolve the spot
Compare the minimum detectable spot with the maximum usable beam size. Sensor pixel size, optical magnification and quoted measurement resolution describe different quantities. Gaussian TEM00 limits may be smaller than the sensor aperture.
03
Check power and exposure
Read total power, irradiance and pulse-energy-density limits together. Include pulse duration, repetition rate, beam diameter, cooling and the permitted measurement time. Attenuation conditions belong to the quoted limit.
04
Plan acquisition and alignment
Match USB or GigE, trigger support, software requirements and beam-entry geometry. Divergence needs measurements at known axial positions; automated M² analysis requires the appropriate scan hardware and software configuration.
Technical FAQ
Configuration questions for CN0310NIR-W1000-FA10Y
Does the largest model power rating apply to every laser?
No. The rating depends on wavelength, beam diameter, attenuation, cooling and operating time. For example, the 500 W configurations distinguish 200 W, 300 W and 500 W operation by focused-spot size and measurement time. The 1000 W model specifies continuous operation with water cooling.
Is the sensor aperture the maximum Gaussian beam diameter?
Not always. Several models give a smaller TEM00 or 1/e² beam limit than the geometric sensor range. Read the model footnotes and central-incidence conditions alongside the main table.
Can a single camera image measure divergence or M²?
A single profile gives the transverse distribution at one plane. Divergence and M² require measurements along the propagation axis, suitable optics and a defined analysis method. Confirm the translation, attenuation and software configuration for that workflow.
Which computer and interface are required?
Most listed models specify Windows 10 or 11, 64-bit, with MS Office or WPS, at least 8 GB RAM and a processor of at least 2.5 GHz with four or more cores. USB3.0, GigE, 10GigE and trigger availability vary by model; use its exact specification.
Technical documents
Keep the optical, electrical, mechanical and operating specifications together for your configuration.
DatasheetMatch the profiler to your laser
Include wavelength, beam size, CW or pulsed operation, pulse energy, repetition rate, power, exposure time, cooling and the measurements you need.