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1 - 12 of 332 Products for 'collimator' Page 1 of 28 |

collimator

COHR HighLightFL1000P DS 0617.pdf

COHR HighLightFL1000P DS 0617.pdf

…Datasheet SPECIFICATIONS PRELIMINARY Technical Data HighLight FL1000P Pulsed Yb:YAG Fiber Laser Nominal Power (W) 1000 Laser Beam Quality (BPP) at Collimator <24 mm x mrad for 400 m round fiber core; <35 mm x mrad for 400 m square fiber core Pulse Frequency Range (kHz) Standard: 10 to 30 (others on…

COHR HighLightFL10000 DS 0617.pdf

COHR HighLightFL10000 DS 0617.pdf

…Data HighLight FL10000 (Multi Mode FFS) Yb:YAG Fiber Laser Nominal Power (W) 10,000 Power Range (%) 10 to 100 Laser Beam Quality (BPP) at Collimator >4.5 mm x mrad BPP 6 mm x mrad for 150 m fiber (other fiber diameter on request) Power Stability (%) ±2 Pulse Frequency Range CW to 5 kHz Wavelength…

Book.book

Book.book

…compliance · Heat sink (optional) Laser Head The CUBE laser system is a direct-emitting semiconductor laser. The output beam of the diode is collimated by a high-aperture lens. Additionally, the beam is formed by a prism pair to achieve a round beam in the far field. A thermoelectric cooler is…

Book.book

Book.book

…will blur the final image. Gently slide the head across the face of the assembly. 5. Using a 3/32 allen key, loosen the locking screw on the side of the laser head to turn the collimator using the focusing tool. Standard key Set-screw Laser aperture Dovetail mechanism Focus lock mechanism

Book.book

Book.book

…will blur the final image. Gently slide the head across the face of the assembly. 5. Using a 3/32 allen key, loosen the locking screw on the side of the laser head to turn the collimator using the focusing tool. Standard key Set-screw Laser aperture Dovetail mechanism Focus lock mechanism

Book.book

Book.book

…will blur the final image. Gently slide the head across the face of the assembly. 5. Using a 3/32 allen key, loosen the locking screw on the side of the laser head to turn the collimator using the focusing tool. Standard key Set-screw Laser aperture Dovetail mechanism Focus lock mechanism

COHR HighLightFL3000C DS 0617.pdf

COHR HighLightFL3000C DS 0617.pdf

…Data HighLight FL3000C (Multi Mode) High Power Yb:YAG Fiber Laser Nominal Power (W) 3000 Power Range (%) 10 to 100 Laser Beam Quality (BPP) at Collimator 3 mm x mrad BPP 4 mm x mrad for 100 µm fiber (optional 1.5 mm x mrad BPP 2.5 mm x mrad for 50 µm fiber) Power Stability (%) ±2 Pulse Frequency…

COHR HighLightFL1000P DS 0617.pdf

COHR HighLightFL1000P DS 0617.pdf

…Datasheet SPECIFICATIONS PRELIMINARY Technical Data HighLight FL1000P Pulsed Yb:YAG Fiber Laser Nominal Power (W) 1000 Laser Beam Quality (BPP) at Collimator <24 mm x mrad for 400 m round fiber core; <35 mm x mrad for 400 m square fiber core Pulse Frequency Range (kHz) Standard: 10 to 30 (others on…

COHR HighLightFL3000C DS 0617.pdf

COHR HighLightFL3000C DS 0617.pdf

…Data HighLight FL3000C (Multi Mode) High Power Yb:YAG Fiber Laser Nominal Power (W) 3000 Power Range (%) 10 to 100 Laser Beam Quality (BPP) at Collimator 3 mm x mrad BPP 4 mm x mrad for 100 µm fiber (optional 1.5 mm x mrad BPP 2.5 mm x mrad for 50 µm fiber) Power Stability (%) ±2 Pulse Frequency…

Coherent Magnum II Laser Operator's Manual

Coherent Magnum II Laser Operator's Manual

…working distance, follow these instructions: 1. Loosen the locking screw. This will release the pressure on the focusing optics, allowing the collimator to be moved. 2. Turn the focus adjustment screw clockwise or counterclockwise to obtain the desired focus at your working distance. 3. Re-tighten…

Coherent Magnum II Laser Operator's Manual

Coherent Magnum II Laser Operator's Manual

…working distance, follow these instructions: 1. Loosen the locking screw. This will release the pressure on the focusing optics, allowing the collimator to be moved. 2. Turn the focus adjustment screw clockwise or counterclockwise to obtain the desired focus at your working distance. 3. Re-tighten…

Coherent Magnum II Laser Operator's Manual

Coherent Magnum II Laser Operator's Manual

…working distance, follow these instructions: 1. Loosen the locking screw. This will release the pressure on the focusing optics, allowing the collimator to be moved. 2. Turn the focus adjustment screw clockwise or counterclockwise to obtain the desired focus at your working distance. 3. Re-tighten…

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