WebTexas Red™ Filter Cube Set - Olympus. Olympus Filter Cube #86-833 with Pre-Mounted Fluorescence Filters. Stock #67-008-OLY. - +. $1,160.00. Qty 1-9. $1,160.00. Qty 10+. … Web660nm Red Lasers. 660nm red lasers provides intense and reliable red laser beam, getting featured advantages of compact and high duration structure, reduced dimension, high beam stability, quite competitive price and long serving lifetime. Available with 5mW to 200mW, 660nm serious red lasers gets multiple types of dot, line, cross, parallel ...
PE-Texas Red/PE-Texas Red FluoroFinder
WebTexas Red fluoresces at about 615 nm, and the peak of its absorption spectrum is at 589 nm. The powder is dark purple. Solutions can be excited by a dye laser tuned to 595-605 nm, or less efficiently a krypton laser at 567 nm. The absorption extinction coefficient at 596 nm is about 85,000 M−1cm−1. 2. WebTexas Red fluoresces at approximately 615 nm, and its absorption spectrum peaks at 589 nm. The powder is dark purple. The solution can be excited by a dye laser tuned to 595-605 nm or a less efficient excited laser at 567 nm. The absorption extinction coefficient at 596 nm is approximately 85,000 M-1 cm-1. bmta tuten
Texas Red-DHPE *CAS 187099-99-6* - AAT Bio
WebFor visualization of FITC, an Ar/Kr 488/568 laser is used with 515-to 540-nm bandpass emission, and for visualization of Texas Red the same laser is used with a 590-nm longpass emission filter. The slices are imaged with a Zeiss Plan-Apochromat ×63/1.25 NA oil immersion objective. Switching of illumination is computerized, and dual images are ... WebTexas Red Emission Wavelength (nm): 604 - 644 Dichroic Cut-On Wavelength (nm): 593.00 Excitation Filter: #67-033 Emission Filter: #67-035 Dichroic Filter: #67-083 Wavelength Range (nm): 542 - 644 Compatible Microscope Brand: Olympus Regulatory Compliance RoHS: Not Compliant Certificate of Conformance: View WebRed laser diodes are often used for laser pointers. Various gas lasers can emit red light. In particular, helium–neon lasers are suitable for smaller powers at 632.8 nm, whereas krypton lasers can generate high powers at 647.1 nm. Lasers based on praseodymium-doped (and sometimes ytterbium-codoped) ZBLAN fibers can emit around 635 nm. bmsi mississippi