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LASER RADIATION
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fiber-coupled life science HeNe machine vision red & IR diodes laser accessories
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green diodes
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Class IV High Power Fiber-Coupled Laser Systems
Fiber Length: 0.5m
Fiber Connector: SMA
Numerical Aperture: 0.22
Input Voltage: 100 - 240VAC
Modulation: DC - 20KHz, TTL
Operating Temperature: +5°C to +30°C
Humidity: 5 - 95%, non-condensing
Cooling Method: TE Cooled with Forced Air
DImensions (L x W x H): 119.4 x 248.9 x 320.0mm
Weight: 3kg
• Class IV High Power Compact, Turnkey Designs
• Visible and Infrared Wavelengths
• TEC and Forced Air Cooling
Class IV High Power Fiber-Coupled Laser Systems are complete, stand-alone systems that incorporate a high
brightness glass fiber coupled to a laser diode. Each system includes an embedded thermoelectric cooler,
heatsink, fan, power supply, and component electronics, in addition to an external TTL modulation port (BNC
connector). Class IV High power systems can provide up to 5W of continuous output power from 445nm to
1064nm. Fiber-Coupled Laser Systems are ideal for a range of life sciences and industrial applications including
fluorescence, heat treating, and plastic welding. For applications requiring an intense, non-contact heat source,
an optional AR coated aspheric collimating lens assembly can be attached to the end of the fiber using an SMA
905 connector and project intense spots as small as 0.33mm in diameter. Note: Stated maximum output power
is at fiber tip face. All units are sealed in a box and the diode-fiber interface are not accessible. The fiber pigtail
at the laser interface is not removable.
Class IV High Power Fiber-Coupled Laser Systems
Wavelength Wavelength
Tolerance Bandwidth Output
Power
CDRH Laser
Class
Fiber
Diameter Stock No. Price
445nm ±5nm <5nm 1.5W IV 400μm #33-042 £7,645.75
665nm ±5nm <5nm 1.5W IV 400μm #33-041 £7,645.75
785nm ±5nm <5nm 1W IV 400μm #33-040 £6,795.75
810nm ±5nm <5nm 3W IV 400μm #33-039 £5,945.75
980nm ±5nm <5nm 5W IV 400μm #33-038 £5,945.75
1064nm ±5nm <5nm 2W IV 400μm #33-037 £6,795.75
Fiber-Coupled Laser Systems
See page 76 for
Fiber Optic Collimators
Fiber Length: 0.5m
Fiber Connector: SMA
Numerical Aperture: 0.22
Input Voltage: 100 - 240VAC
Modulation: DC - 20KHz, TTL
(532nm on/off only)
Operating Temperature: +10°C to +30°C
Humidity: 5 - 95%, non-condensing
Cooling Method: TE Cooled with Forced Air
Dimensions (L x W x H): 76.2 x 152.4 x 254.0mm
Weight: 1.13kg
• Power Delivery By High Brightness Fiber
• Visible and Infrared Wavelengths
• Stand-Alone System
These systems provide up to 450mW of continuous power and combine a high brightness glass fiber coupled
to a laser diode with a thermoelectric cooler, heatsink, fan, power supply and component electronics all in one
package. Their unique design includes an external TTL modulation port (BNC connector). LCD display shows
output as current values (mA). Fiber Pigtail at laser interface is not removable. Note: Stated maximum output
power is at fiber tip face. All units are sealed in box. User cannot access diode or diode-fiber interface. Fiber
uses non-epoxy high power connector with the industry standard termination for high power lasers, SMA.
Intense spots as small as 0.3mm dia. can be projected. Uses actively aligned AR coated aspheric optics.
Fiber-Coupled Laser Systems
Wavelength Wavelength
Tolerance Bandwidth Output
Power
CDRH Laser
Class
Fiber
Diameter Stock No. Price
405nm ±5nm <3nm 0 - 100mW IIIb 100μm #33-047 £4,670.75
445nm ±5nm <3nm 0 - 450mW IIIb 100μm #33-043 £4,585.75
532nm ±5nm <3nm 0 - 250mW IIIb 400μm #33-048 £7,135.75
635nm ±5nm <5nm 0 - 100mW IIIb 100μm #55-879 £4,245.75
650nm ±5nm <3nm 0 - 150mW IIIb 100μm #55-369 £4,122.50
670nm ±5nm <3nm 0 - 300mW IIIb 100μm #55-370 £4,122.50
690nm ±5nm <3nm 0 - 300mW IIIb 100μm #83-085 £4,632.50
785nm ±5nm <3nm 0 - 450mW IIIb 100μm #55-371 £3,017.50
808nm ±5nm <3nm 0 - 450mW IIIb 100μm #55-372 £2,932.50
915nm ±5nm <3nm 0 - 450mW IIIb 100μm #83-089 £3,357.50
940nm ±5nm <3nm 0 - 450mW IIIb 100μm #83-090 £3,357.50
975nm ±5nm <3nm 0 - 450mW IIIb 100μm #55-373 £3,102.50
1064nm ±5nm <3nm 0 - 450mW IIIb 100μm #62-698 £3,952.50
1550nm ±10nm <10nm 0 - 250mW IIIb 100μm #55-375 £3,952.50
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