DMSO Liquid To Liquid Transfers With Hydrophobic Pins

 
   
Pin Type Diameter Shape 96 Format (nL) 384 Format (nL)
FP9H   0.229 mm     Solid   4 - 10 3 - 8
FP8H   0.350 mm     Solid   9 - 24 6 - 17
FP1H   0.457 mm     Solid   15 - 39 9 - 27
FP1S6H   0.457 mm     6nl slot   23 - 49 14 - 32
FP1S10H   0.457 mm     10nl slot   29 - 53 20 - 38
FP1S20H   0.457 mm     20nl slot   35 - 59 26 - 43
FP1S30H   0.457 mm     30nl slot   47 - 69 35 - 53
FP1S40H   0.457 mm     40nl slot   54 - 75 41 - 58
FP1S50H   0.457 mm     50nl slot   69 - 90 57 - 73
FP3H   0.787 mm     Solid   67 - 134 27 - 76
FP4H   0.910 mm     Solid   95 - 189 32 - 102
FP3S100H   0.787 mm     100nl slot   170 - 227 108 - 164
FP3S200H   0.787 mm     200nl slot   266 - 320 190 - 239
FP3S500H   0.787 mm     500nl slot   520 - 542 416 - 456
FP4S1000H   0.910 mm     1000nl slot   932 - 1000 741 - 805
FP4S2000H   0.910 mm     2000nl slot   1571 - 1638 1351 - 1423
 
 


*# delivery volume range is determined by speed of withdrawal from source liquid.
 slow speed  = 0.78 cm/sec = low volume delivery range
 fast speed  =  5.70 cm/sec = high volume delivery range
 Follow this link to assay method
 

*Speed of withdrawal determines volume transferred. The faster the withdrawal speed the larger the volume transferred.  Withdrawal speed range is from 1.5 mm/sec to 30mm/sec.

 

*The volume of liquid in the source well also makes a significant difference in the volume transferred and there is a difference between sold and slotted pins.  The volume used for the 96 well data was 200 ul and the volume used for the 384 well data was 75 ul.  If you use more or less volume in your wells it will affect the volume transferred.  See this link for more information or See this link for more data.

 
         

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