How it works
- 01
Specify conditions, replicates, fixed control wells, source volumes, dead volumes, and the destination plate format.
- 02
Upload the file privately; unsupported inputs are refused with no charge.
- 03
Receive the balanced random layout, plate diagrams, and the transfers file.
PlateWeave package contents
Plate diagrams as SVG files and a generic transfers file in whole nanolitres, with source volume accounting so nothing is over-drawn.
Supported scope
- Non-clinical research use only.
- Fixed control wells stay where you place them; dead volumes are respected so sources are not over-drawn.
- 96-well or 384-well destinations.
- No assay design, no efficacy or dilution inference, and no robot program output.
Download synthetic result Download example input
PlateWeave example snapshot, generated 2026-09-09: 9 files in the downloadable ZIP. Source: the linked synthetic input and its checked export. This demonstrates supported file processing; it is not customer or commercial evidence.
Your workspace
Start with a file. Try the synthetic example, or use your own supported input.
Step 01
Prepare your input
or upload your file
16 MiB maximum · plates, sources, conditions, controls, seed
No input selected.
Input overview
Advanced: inspect or edit JSON
The preview uses the values shown here.
Submitting an input does not take a payment.
Step 02
Review your result
Result scope and limitations
Downloadable package$299
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Private by default. Job access is kept in this tab. Unpaid jobs expire 24 hours after submission; paid downloads expire 7 days after payment. Delete the private job at any time. The package may contain source data; payment records can remain after deletion.
Before you begin
Is this for clinical samples?
No. It is for non-clinical research layouts only.
Will it drive my liquid handler?
No. It outputs a generic transfers file in whole nanolitres, not a robot-specific program.
Which plate sizes are supported?
96-well and 384-well destinations.
Other workspaces
Each workspace takes one declared file format and returns one package. They do not share inputs and none of them reads another one’s result.