Superior Reliability & Performance

• Lasers and Laser-based Systems
• Laser Measurement and Control
• Precision Optics
• Related Accessories

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1.    ModeMasterPC UserManual 0217-802-00RevCC Best match in this PDF  |  All matches in this PDF …. Transverse pinhole profile of the beam scanned at the current azimuth axis (45° to X and Y axes)--see Figure 3-10 (p. 3-27). E. M2 of beam whose profile is being displayed. The pinhole scan line is at 45° to the direction of the X and Y knife-edge scans--refer to Figure 3-10 (p. 3-27)) When the… Related Searches: danger laser sign free | beam divergence | beam waist | modemaster manual

2.  Coherent Inc. Modular lense and detector allowing measure changes. ModeMaster PC Scan Head Modular Components Components for Other Wavelength and Divergence Ranges Superior Reliability & Performance * Lasers and Laser-based Systems * Laser Measurement and Control * Precision Optics * Related Accessories The body design of the ModeMaster PC scanning head has modular… Related Searches: modemaster | pyroelectric detector | mode-master

3.    Best Practices Whitepaper Best match in this PDF  |  All matches in this PDF …galvanometer scanning systems is speed. However, as the aperture of a scan lens increases, the size of the scan mirrors gets bigger, and mirror mass increases with the cube of aperture. Heavier mirrors can't be moved as fast as lighter mirrors. Furthermore, it's difficult to design and fabricate a scan lens… Related Searches: acousto-optic modulator | avia 266 355 532 nm dpss lasers | telecentric | f-theta

4.  Coherent Inc. ModeMaster PC M Squared M2 Beam Propagation Analyzer …33-1843-000 ModeMaster PC System UV, Low-Divergence ModeMaster PC Scan Head, Mount, Control / Interface Console and Software for UV, Low-Divergence beams Buy 33-2106-000 ModeMaster PC System, UV, High-Divergence ModeMaster PC Scan Head, Mount, Control / Interface Console and Software for UV, High-Divergence… Related Searches: modemaster | m2 measurement | m2 | m2 beam propagation analyzer

5.  Book.book  (PAGE 70 OF 214) … 3 - 11 J. Current Relative Power - The current relative power reading is the result of the user-entered power and the current Scan Head detector output. K. Properties Panel Tool Tips - This pane will display a description of the currently-selected Properties Panel …

6.  Book.book  (PAGE 202 OF 214) …indicator is on. Scan Head is not detected. The Measurement wheel may not be turning. Scan Head may not be properly connected to the controller. Verify that the wheel is rotating by looking through the Scan Head input lens. Verify that the 37-Pin Scan Head connector is…

7.  Best_Practices_Whitepaper.pdf  (PAGE 4 OF 6) …than it is to move most lenses or work pieces, so the primary benefit of galvanometer scanning systems is speed. However, as the aperture of a scan lens increases, the size of the scan mirrors gets bigger, and mirror mass increases with the cube of aperture. Heavier mirrors… Related Searches: telecentric

8.  Best_Practices_Whitepaper.pdf  (PAGE 4 OF 6) …than it is to move most lenses or work pieces, so the primary benefit of galvanometer scanning systems is speed. However, as the aperture of a scan lens increases, the size of the scan mirrors gets bigger, and mirror mass increases with the cube of aperture. Heavier mirrors… Related Searches: f-theta | telecentric

9.  Book.book  (PAGE 30 OF 214) …the small dot symbol within the small circle symbol (adjusts the scan head so the input beam is parallel with the scan head optical axis) and the dot and circle both to the center of the alignment target (adjusts scan head so the input beam is on its optical axis). 5. The micrometer…

10.  Book.book  (PAGE 203 OF 214) …obtain proper alignment with Near-Ir laser source. Scan Head alignment is not adequate. Utilize the Scan Head Flip Mirror and an IR viewing card to obtain adequate alignment. Place IR card close to laser source and adjust Scan Head alignment to reflect the beam on the card. Review…

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