488nm Argon Laser

Description: Single-line wavelengths include 458, 488, or 514 nm with output power ranging from 5 to 75 mW and multi-line output power of up to 40 mW. Symmetric design and axial airflow in the cylindrical argon ion laser heads provide the best mechanical package to ensure optimum beam

• Laser Power: 4 to 75 milliwatts
• Lasing Medium: Argon
• Wavelength Range: 458 to 514 nm

Description: function can be achieved via a built-in interface port.The Argon-Ion Multi-Line laser with wavelength selectable output features a filter wheel assembly allowing the user to select 1 of 3 popular Argon Lines (457nm, 488nm, 514nm) or multi-line

• Beam Divergence: 0.9500 millirad
• CDRH Classification: Class IIIb
• Features: Polarized Output
• Laser Power: 50 milliwatts

Description: function can be achieved via a built-in interface port.The Argon-Ion Multi-Line laser with wavelength selectable output features a filter wheel assembly allowing the user to select 1 of 3 popular Argon Lines (457nm, 488nm, 514nm) or multi-line

• Beam Divergence: 0.9500 millirad
• CDRH Classification: Class IIIb
• Features: Polarized Output
• Laser Power: 9 to 150 milliwatts

Description: function can be achieved via a built-in interface port.The Argon-Ion Multi-Line laser with wavelength selectable output features a filter wheel assembly allowing the user to select 1 of 3 popular Argon Lines (457nm, 488nm, 514nm) or multi-line

• Beam Divergence: 0.9500 millirad
• CDRH Classification: Class IIIb
• Features: Polarized Output
• Laser Power: 8 to 150 milliwatts

Description: Low Loss Dielectric Coatings >98% Reflectance All Common Argon-Ion Laser Wavelengths TECHSPEC® High Energy Argon-Ion Laser Mirrors are available for each of the most common Argon-Ion laser wavelengths. Each mirror is designed for a 45° angle of

• Diameter/Width: 12.5 mm
• Incidence: 45º Incidence
• Mirror Materials: Fused Silica
• Surface Flatness: λ/10

Description: . This extra stability can be critical for applications requiring diffraction limited performance. The DM.5 coating is designed for use with Argon-Ion lasers and has a center wavelength of 488 & 514.5 nm. The coating achieves greater than 99% reflectance, from 0–45° angle

• Diameter/Width: 25.4 mm
• Incidence: 0º Incidence, 45º Incidence
• Mirror Coatings: Dielectric, Other Mirror Coating
• Mirror Materials: Other Mirror Material

Description: most applications. The DM.5 coating is designed for use with Argon-Ion lasers and has a center wavelength of 488 & 514.5 nm. The coating achieves greater than 99% reflectance, from 0–45° angle of incidence, for any polarization. This multilayer dielectric coating is

• Diameter/Width: 25.4 mm
• Incidence: 0º Incidence, 45º Incidence
• Mirror Coatings: Dielectric, Other Mirror Coating
• Mirror Materials: Other Mirror Material

Description: for most applications. The DM.5 coating is designed for use with Argon-Ion lasers and has a center wavelength of 488 & 514.5 nm. The coating achieves greater than 99% reflectance, from 0–45° angle of incidence, for any polarization. This multilayer dielectric coating is

• Diameter/Width: 19.05 mm
• Incidence: 0º Incidence, 45º Incidence
• Mirror Coatings: Dielectric, Other Mirror Coating
• Mirror Materials: Other Mirror Material

Description: most applications. The DM.5 coating is designed for use with Argon-Ion lasers and has a center wavelength of 488 & 514.5 nm. The coating achieves greater than 99% reflectance, from 0–45° angle of incidence, for any polarization. This multilayer dielectric coating is

• Diameter/Width: 12.7 mm
• Incidence: 0º Incidence, 45º Incidence
• Mirror Coatings: Dielectric, Other Mirror Coating
• Mirror Materials: Other Mirror Material

Description: doubled water cooled argon lasers, or fourth harmonic Nd:YAG lasers... at a fraction of the cost 248nm (NeCu): 50mW*, 250 mW* (Quasi CW) 224nm (HeAg): 10mW*, 50mW* (Quasi CW) Narrow line width <3 GHz Instant warm-up (<10 µs)

• Laser Power: 10 to 250 milliwatts
• Laser Type: Other
• Laser Wavelength: Ultraviolet
• Wavelength Range: 224 to 248 nm

Description: The Lumentum Xcyte series lasers offer the advantages of diode-pumped solid-state lasers in quasi-CW 355nm air-cooled format. The Xcyte series lasers provide near diffraction-limited beam profile, excellent stability, long lifetime and low amplitude noise in a compact,

• Beam Area: 0.9000 mm²
• CDRH Classification: Class IIIb
• Laser Output: Continuous Wave, Pulsed
• Laser Power: 20 to 150 milliwatts

Description: Power Factor Corrected power supply

• Beam Area: 0.6500 mm²
• Beam Divergence: 0.9500 millirad
• CDRH Classification: Class IIIb
• Features: Internal Power Supply, Polarized Output

Description: Low noise, CE versions available

• Beam Area: 0.6500 mm²
• Beam Divergence: 0.9500 millirad
• CDRH Classification: Class IIIb
• Features: Internal Power Supply, Polarized Output

Description: Power Factor Corrected power supply

• Beam Area: 0.6500 mm²
• Beam Divergence: 0.9500 millirad
• CDRH Classification: Class IIIb
• Features: Internal Power Supply, Polarized Output

Description: Low noise, CE versions available

• Beam Area: 0.6500 mm²
• Beam Divergence: 0.9500 millirad
• CDRH Classification: Class IIIb
• Features: Internal Power Supply, Polarized Output

Description: and amplifiers. The absorption band of Ti:Sapphire centers at ~ 490 nm so it may be conveniently pumped by various laser sources such as argon ion lasers or frequency doubled Nd:YAG, Nd:YLF, Nd:YVO4 lasers at ~530nm. Laser designers are using

• Damage Threshold: 750000 W/cm²
• Features: AR-Coated
• Material: Other / Specialty Material
• Optical Application: Ultraviolet

Description: applications. Medical laser systems, lidars, laser spectroscopy, direct femtosecond pulse generation by Kerr-type mode-locking - there are few of existing and potential applications. The absorption band of Ti:Sapphire centered at 490 nm makes it suitable for variety of

• Material: Other / Specialty Material