Supplier: Edmund Optics Inc.
Description: 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 output.Note: If fiber-coupling is required with the selectable wavelength unit stock #58-453, please
- Laser Type: Ion Lasers
- Wavelength Range: 488 nm
- Features: Polarized Output
- Laser Power: 50 milliwatts
Supplier: Modu-Laser, LLC.
Description: Blue and yellow light output
- Laser Type: Ion Lasers
- Laser Output: Continuous Wave
- Laser Wavelength: Blue, Yellow
- Wavelength Range: 488 to 568 nm
Laser Protective Eyewear - Excimer, Argon Alignment, HeNe Alignment, 6706, Buddy Holly Spectacle -- KBH-6706Supplier: KENTEK Corporation
Description: Laser Protective Eyewear for Excimer, Argon Alignment and HeNe Alignment applications. OD 5+ @ 190-400nm OD 1.5+ @ 405-488nm OD 1.8+ @ 633-635nm OD 1.3+ @ 647nm VLT 38% 400-488 RB1 633-635 RB1 647 RB1. Green poly curved lens. The KBH (Buddy Holly™) is a large spectacle with a Rx adapter
- Primary Wavelength: 7.48E-6 to 1.57E-5 inch
- Transmission (V.L., %): 38
- Laser Technology: Argon, Excimer, HeNe
- Type: Spectacles
Supplier: Grainger Industrial Supply
Description: Laser Safety Glasses, Laser Type Argon Alignment, GPT LOTG Frame Design, Visible Luminous Transmission 70 Percent, Optical Density @ Wavelength 2-3 @ 488-515nm, Polymer Lens Material, Filter Number 154, Uncoated Lens Coating, Amber Lens Color, Standards ANSI Z87.1, ANSI Z136.1
- Type: Glasses
- Application: Laser Protection
Description: No Description Provided
- Incidence: 45º Incidence
- Diameter/Width: 1.5 inch
- Thickness: 0.1575 inch
- Wavelength Range: 488 nm
Supplier: CVI Laser Optics
Description: • General purpose visible laser mirror • R > 99% for all angles up to 45° • Mirror mounts are available
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, higher beam quality products for ever decreasing costs. Typical wavelengths are based on the long history of using Argon ion and Argon Krypton lasers for which the dyes and filters have matured. These large gas lasers are now being displaced by smaller and more cost effective DPSS and diode laser
More Information on: 488nm Argon Laser Top
Clathrin-independent internalization of the human histamine H1-receptor in CHO-K1 cells
The GFP was excited using a 488 nm argon laser and detected with a 505 nm long-pass filter.
MFZ 9–18 was visualized using a 488 nm argon laser for excitation and a 505–530 nm bandpass filter for recordingoffluorescence.B,LiveHEK293cellsstablyexpressingDATpreincubatedwith10nM MFZ9–18and5nM JHC1–64for 20minatRT.TheleftpanelshowsfluorescenceintheϾ585nmchannel,themiddlepanelshowsfluorescenceinthe505–530nm channel,andtherightpanelshowsoverlayofthetwochannels.
Mammalian Cell Viability
To detect the GFP fluorescent fusion protein and TMRM, use the excitation wavelength of a 488 nm Argon laser and 543 nm HeNe laser, respectively.
Calcium Signaling Protocols
Set up an eGFP excitation protocol, utilizing the 488 nm argon laser to excite eGFP and a long-pass filter (BA 505IF) to col- lect emissions above 505 nm.
Dictyostelium discoideum Protocols
YG-beads are excited by the 488 nm argon laser of the flow cytom- eter and detected in the FL1 (green) channel.
Molecular and Cell Biology Methods for Fungi
The distinct cell suspensions are analyzed on a FACSCalibur flow cytometer equipped with 3 PMTs, with standard filters (FL1: BP 530/30 nm; FL2: BP 585/42 nm; FL3: LP 650 nm), a 15 mW 488 nm Argon Laser , and a cell Quest Pro...
equipped with a high-power, dual-wavelength (365 nm and 488 nm ) argon laser and ultraviolet source.
Estimation of intracellular pH in argon laser scanning confocal microscopes with a laser line of 488 nm
carboxyfluorescein ) can also be employed in a classical confocal laser scanning microscopes using 488 nm argon laser excitation line.
Images were initially collected using 488 nm Argon laser at two percent power with band pass filter (BP) 500 nm to 550 nm (FAM only and Mix samples) and 543 nm HeNe laser at seventy-five percent power with BP filter 565...
Laser power of the 488 nm argon laser line is set to 20%�?�? and the transmission of the AOBS to 20% during the monitoring.
Flow cytometer (FCM) with 488 nm Argon laser (benchtop FACSCalibur, Becton Dickinson, Inc.; Franklin Lakes, NJ; http://www.bd.com/).
For example, although Cy3 as donor and Cy5 as acceptor form a suit- able fluorochrome pair, the Cy2 donor/Cy3 acceptor pair is often more convenient, as it permits use of the widely available 488 nm argon laser line.
In vivo monitoring of nanosphere onsite delivery using fiber optic microprobe
The central fiber carried the light from the 488 nm Argon laser to the tissue while the surrounding fibers collected the emitted fluorescence to the detector.
In vivo measurement of the carotenoid level using portable
resonance Raman spectroscopy
Igor V. Ermakov has reported resonance Raman technology for measuring carotenoid in tissue, in which 488nm Argon laser is .