Plate Map Designer

Design plate maps for 96-well and 384-well plates. Click to assign conditions, apply templates for standard curves and serial dilutions, export to CSV. Data never leaves your browser.

General LabVisual DesignerClient-Side
Tool details, related tools, and citation

Conditions

1
2
3
4
5
6
7
8
9
10
11
12
A
B
C
D
E
F
G
H

Plate Summary

Total Wells
96
Assigned
0
Empty
96
  • Design plate layouts for ELISA, qPCR, cell-based assays, and drug screens
  • Plan standard curves with duplicate/triplicate wells
  • Create serial dilution layouts across rows or columns
  • Export plate maps for import into plate reader software or LIMS
  • Document experimental plate layouts for lab notebooks

Don't use for

  • Plate reader data analysis — use the ELISA Curve Fitter or Kinetic Assay Analyzer
  • 1536-well or higher density plates — not yet supported

Plate Layout Best Practices

A well-designed plate layout minimizes systematic bias and maximizes statistical power:

Edge effects: Avoid placing critical samples in edge wells (row A, row H, column 1, column 12) where evaporation is highest. Use these for blanks or controls. • Randomization: Randomize sample positions to avoid position-dependent bias. Avoid placing all controls in one corner. • Replicates: Use at least triplicates for quantitative assays. Distribute replicates across different plate regions. • Standards: Place standards in duplicate or triplicate, spanning the expected concentration range. Include blank wells.

Frequently Asked Questions