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BeamMap2

Updated:2024-05-24

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  • Brand: DataRay
  • Model: BeamMap2
  • Product description: DataRay’s BeamMap2 represents a radically different approach to real-time beam profiling. It extends the Beam'R2’s measurement capabilities by allowing for measurements at multiple locations along the
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product details

BeamMap2 Description:

Product Manual Datasheet Drawing

DataRay’s BeamMap2 represents a radically different approach to real-time beam profiling. It extends the Beam'R2’s measurement capabilities by allowing for measurements at multiple locations along the beam’s travel. This real-time scanning slit system uses XY slit pairs in multiple Z planes on a rotating puck to simultaneously measure four beam profiles at four different Z locations. The BeamMap2’s unique design is most advantageous for real-time measurement of focus position, M², beam divergence, and pointing.

Key Features

Multiple detector options covering 190 to 2500 nm

190 to 1150 nm, Silicon detector

650 to 1800 nm, InGaAs detector

1800 to 2300/2500 nm, InGaAs (extended) detector

ISO compliant beam diameter measurements

Port-powered USB 2.0

Auto-gain function

Optional stage accessory for ISO 11146- compliant M² measurements

True2D™ slits

Resolution to 0.1 µm

5 Hz update rate (adjustable 2 to 10 Hz)

Profile CW/Quasi-CW beams

Beam diameters 5 µm to 4 mm

Multiple z-plane scanning

XYZ profiles, plus θ-Φ

Focus position and diameter

Real-time M², pointing, and divergence measurements

Identify focus with ±1 µm repeatability (beam dependent)

Example Applications

Very small laser beam profiling

Optical assembly and instrument alignment

OEM integration

Lens focal length testing

Real-time diagnosis of focusing and alignment errors

Real-time setting of multiple assemblies to the same focus

M² measurement with available M2DU stage

True2D™ Slits

0.4 µm thick metallic multilayer films on a sapphire substrate

Mutliple advantages over air slits

Avoid tunnel effect

Air slits are typically deeper than they are wide, and can buckle under high irradiance

Specification

Wavelength Si detector: 190 to 1150 nm
InGaAs detector: 650 to 1800 nm
Si + InGaAs detectors: 190 to 1800 nm
Si + InGaAs (extended) detectors: 190 to 2300 or 2500 nm
Scanned Beam Diameters Si detector: 5 µm to 4 mm
InGaAs detector: 10 µm to 3 mm
InGaAs (extended) detector: 10 µm to 2 mm
Plane Spacing 100 µm: -100, 0, +100, +400 µm
250 µm: -250, 0, +250, +1000 µm
500 µm: -500, 0, +500, +2000 µm
750 µm: -750, 0, +750, +3000 µm
Beam Waist Diameter Measurement Second moment (4s) diameter to ISO 11146; Fitted Gaussian & TopHat
1/e² (13.5%) width
User selectable % of peak
Beam Waist Position Measurement ± 20 µm best in X, Y, and Z — contact DataRay for recommendation
Measured Sources CW, Quasi-CW beams
Resolution Accuracy 0.1 µm or 0.05% of scan range
± < 2% ± = 0.5 µm
M² Measurement 1 to > 20, ± 5%
Divergence/Collimation, Pointing 1 mrad best — contact DataRay for recommendation
Maximum Power & Irradiance 1 W Total & 0.5 mW/µm²
Gain Range 1‚000:1 Switched; 4‚096:1 ADC range
Displayed Graphics X-Y Position & Profiles‚ Zoom x1 to x16
Update Rate ~5 Hz, adustable 2 to 10 Hz
Pass/Fail Display On-screen selectable Pass/Fail colors. Ideal for QA & Production.
Averaging User selectable running average (1 to 8 samples)
Statistics Min.‚ Max.‚ Mean‚ Standard Deviation
Log data over extended periods
XY Profile & Centroid Beam Wander display and logging
Minimum Requirements Windows 10 64-bit
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