| Optical | |
| Power Output 1 | Up to 150 W |
| Peak Wavelength Range | 635 - 2000 nm |
| Bandwidth (FWHM) | 1 - 3 nm @ < 1000 nm and 10 - 15 nm @ 1400 - 2000 nm |
| Output Port | SMA 905 |
| Beam Divergence | 0.12 - 0.4 NA Nominal |
| Fiber Requirement | 50 - 2000 μm core |
| Aiming Beam (optional) | 650 ± 10 nm @ > 1 mW (or 532 nm @ > 1 mW) |
| Electrical | |
| Input Power | 3 - 10 A @ 110 VAC, typical |
| Control | Front panel current control and display 0 - max Font panel digital timer (6 operating modes, 10 ms - 9999 hrs) (optional) TTL or Analog ports for laser output and aiming beam (optional) |
| Mechanical | |
| Physical Dimensions | 17" x 15" x 5" |
| Cooling | Thermal electric cooler with internal fan |
| Weight | 20 lbs. |
| Environmental | |
| Ambient Temperature | 5 - 30°C |
| Humidity | 5 - 95%, non-condensing |
| Accessory (optional) | Collimator readily threaded onto SMA 905 connector (Beam diameter 6.2 mm @ 1/e2, f = 11.0 mm @ NA = 0.25) |
| 1. For clean, defect-free fiber and full rated output at SMA receptacle. | |
| Available options: Visible aiming light, fiber (various diameters, numerical apertures and lengths) and lens cell attachments. | |
[spaceholder = Selective soldering/de-soldering]
[spaceholder = Heat treating]
[spaceholder = Quick curing of epoxy]
[spaceholder = Transformation hardening]
[spaceholder = Plastic welding]
[spaceholder = Contact cutting, ablation]
[spaceholder = Coagulation necrosis]
[spaceholder = Tissue welding/fusion]
[spaceholder = Laser hyperthermia photodynamic studies]
High Power Rack Mount Fiber Delivering Laser System
The BWF3 Series is a rack mount turnkey fiber-coupled laser system providing up to 150 Watt of continuous power. Combined with a high-brightness fiber-coupled laser diode, thermoelectric cooler, power supply and control electronics the BWF3 comes in one complete package.
The system operates from standard wall plug line power. The unique design of BWF3 includes features as visible (red or green) aiming beam, multifunction relay controller for versatile laser operations, and a remote port for external modulation and control purpose.
Optional features include lens assemblies that can be attached to the end of fiber with an SMA 905 connector. By use of the lens projection assembly, spots as small as 0.3 mm in diameter can be achieved at designed distance providing the user with an intense, non-contact heat source. In addition, optional control interfaces via TTL or analog ports are available for laser and aiming power.
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