MX2 Laser Alignment Instrument MX2-L360 Red Light
The MX2 360° laser alignment tool improves optical-path assembly efficiency. High brightness, low divergence and good collimation provide a 360° divergent reference line for auxiliary measurements and optical alignment. Its original structure and functions have been submitted for a national invention patent, application number 202010734498X.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Laser Scale Range | 0-40mm |
| Laser Wavelength | Red light / Green light optional |
| Laser Power [±2%] | 20mW ±2% |
| Specifications | Red light |
| Power [±2%] | 20mW ±2% |
Key Features
Datasheet
Supplier Information
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MX2 Laser Alignment Instrument
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Main Body Scale Range: 0-200mm Laser Scale Range: 0-40mm Combined Measurement Scale Range: 0-240mm
The MX2 360° laser alignment tool improves optical-path assembly efficiency. High brightness, low divergence and good collimation provide a 360° divergent reference line for auxiliary measurements and optical alignment. Its original structure and functions have been submitted for a national invention patent, application number 202010734498X.
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MX2 Laser Alignment Instrument MX2-L360 Green Light
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Laser Scale Range: 0-40mm Laser Wavelength: Red light / Green light optional Laser Power [±2%]: 20mW ±2%
The MX2 360° laser alignment tool improves optical-path assembly efficiency. High brightness, low divergence and good collimation provide a 360° divergent reference line for auxiliary measurements and optical alignment. Its original structure and functions have been submitted for a national invention patent, application number 202010734498X.
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MX2 Laser Alignment Instrument MX2-HR
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Dedicated Height-Gauge Scale Range: 0-240mm Scale: 0-240mm Graduation: 1mm
The MX2 360° laser alignment tool improves optical-path assembly efficiency. High brightness, low divergence and good collimation provide a 360° divergent reference line for auxiliary measurements and optical alignment. Its original structure and functions have been submitted for a national invention patent, application number 202010734498X.
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