Flow Cytometry

• Multicolor analysis for up to 7 parameters.
• 2 air-cooled lasers at 488-nm Blue, 633-nm Red.
• Digital acquisition rates of up to 70,000 events/second.
• Two- and four-way bulk sorting devices for a variety of tube sizes.

• Automated Cell Deposition Unit (ACDU) for sorting to multi-well plates and microscopic slides.

• For non-sterile sorting of bacteria, yeast and algae.
• Direct sort (single-cells or bulk) into PCR tubes for RNA preparation work.
• High-speed cell sorting and single cell sorting into 96 well plate.

• Multicolor analysis for up to 15 parameters
• 4 air-cooled lasers at 355-nm UV, 488-nm Blue, 561-nm Yellow/Green and 633-nm Red
  
• Digital acquisition rates of up to 70,000 events/second
• Two- and four-way bulk sorting devices for a variety of tube sizes

• Automated Cell Deposition Unit (ACDU) for sorting to 96 multi-well plates and microscopic slides.

• Only for sterile sorting of mammalian cells and liposomes.
• Direct sort (single-cells or bulk) into PCR tubes for RNA preparation work.
• High-speed cell sorting and single cell sorting into 96-well plate.

• Multicolor analysis for up to 10 parameters
• 3 air-cooled lasers at 355-nm UV, 488-nm Blue and 633-nm Red
• Digital acquisition rates of up to 70,000 events/second
• HTS option

• Multicolor analysis for up to 18 parameters.
• 5 air-cooled lasers at 355-nm UV, 405-nm Violet, 488-nm Blue, 561-nm Yellow/Green and 633-nm Red.
• Digital acquisition rates of up to 70,000 events/second.

The Symphony A5.2 Full-spectral 50-channel flow-cytometer is equipped with the latest cutting-edge technology in flow-cytometry. It uses a novel technology enabling sample acquisition in both full-spectral and conventional modes. This unique feature is not present in our other flow-cytometers. The advantage of acquisition in full-spectral mode is that users can now distinguish closely similar dyes apart which often remains a problem in our current flow-cytometers. In addition, since spectral spill-over of signals into adjacent channels contributing to noisy resolution is a major issue in our current conventional flow-cytometer, this new full-spectral feature eliminates this problem. Students and researchers can now be accustomed to this new full-spectral technology which is set to become the future in flow-cytometry. Aligning with NTU’s mission to be at the forefront of education and research, this new equipment shall pave the way to new discoveries by removing the hurdles in fluorochrome panel design.

• Simultaneous analysis for up to 50 parameters.
• Full-spectral acquisition capable.
• 5 air-cooled lasers at 355-nm UV, 405-nm Violet, 488-nm Blue, 532-nm Yellow/Green and 628-nm Red.
• Digital acquisition rates of up to 70,000 events/second.
• Attached High-Throughput Sampler