We do not have a video outlining 384 wash step generation, but the procedure is very similar to the 96 wash step. Only ELx405 Select, Select CW, and HT units are capable of washing 384 well plates with the 96 format manifolds, so please be sure to check your washer model. When creating the wash protocol, simply specify the plate type as 384. You will need to specify the wash format after selecting number of wash cycles, with options for Plate Format (each cycle is performed on the entire plate before proceeding) or Sector Format (each cycle is completed in a quadrant before moving on to the next quadrant). We recommend double-checking the dispense and aspirate alignments using the adjust utility to confirm the pin positions. Most 384 well plates will run with the default 0,0 positions for X and Y, but non-standard plates will require an offset. The adjust utility will only need to be used for the first quadrant wells, as the washer will calculate the other quadrant locations automatically.
Is there a video or step-by-step for how to create a washing step for a 384-well plate, where the head stamp is still a 96-head?
We do not have a video outlining 384 wash step generation, but the procedure is very similar to the 96 wash step. Only ELx405 Select, Select CW, and HT units are capable of washing 384 well plates with the 96 format manifolds, so please be sure to check your washer model. When creating the wash protocol, simply specify the plate type as 384. You will need to specify the wash format after selecting number of wash cycles, with options for Plate Format (each cycle is performed on the entire plate before proceeding) or Sector Format (each cycle is completed in a quadrant before moving on to the next quadrant). We recommend double-checking the dispense and aspirate alignments using the adjust utility to confirm the pin positions. Most 384 well plates will run with the default 0,0 positions for X and Y, but non-standard plates will require an offset. The adjust utility will only need to be used for the first quadrant wells, as the washer will calculate the other quadrant locations automatically.
Hi , Thank you for your perfect explain , please help me about ( 0200 ) Error in ELX405 🌲⚘
Reach out to us at service@dcmbio.com for specific service questions. We would love to help you.
This error was about step motor , thank you 🖐🌷