DKK 2.630,00
Not in stock, delivery 1-2 weeks
Stampwell U provides a reproducible, cheap and fast method for 3D cell culture.
These 3D-printed stamps are designed to easily create U-bottom wells in agarose. Simply load your cell suspension and watch cells aggregate into arrays of individual 3D cell structures. Turn any petri dish into a low-adherent multiwell plate in no time!
Stampwell U for 3D cell aggregation
• Color: White
• Shape of the wells: U bottom
• Material : RESINE POYURETHANE PX226
• Depth of the wells: 0.517 mm
• Diameter of the wells: 0.682 mm
• Weight: 4.6 g
Key features:
1. Fast: mold your wells in less than an hour and get 81x 3D cell aggregates from a single cell suspension
2. Reusable: no more throwing away hundreds of expensive low-attachment plates
3. Cost-saving: Stampwell is reusable. Use one stamp for infinite quantities of U-bottom micro-wells
4. Simple:no need for sophisticated equipment or expertise, only standard agarose and a petri dish
Stampwell has been originally developed by Gaelle Recher
Published in Scientific Reports
GRE-MOU-V300
A stamp to inprint micro-wells and mount 3D biological samples for
parallelized microscopy experiments. Suitable for organoid culture & imaging.
42 wells per stamp, well bottom diameter: 300μm
Package size: 1 unit
DKK 2.630,00
GRE-MOU-V500
A stamp to inprint micro-wells and mount 3D biological samples for
parallelized microscopy experiments. Suitable for organoid culture & imaging.
42 wells per stamp, well bottom diameter: 500μm
Package size: 1 unit
DKK 2.630,00
GRE-MOU-REC
A stamp to inprint micro-wells and mount 3D biological samples for parallelized microscopy experiments.
Creates arrays of microwells in hydrogels to immobilize and image fish larvae.
35 rectangular wells.
Package size: 1 unit
DKK 2.630,00
GRE-MOU-EMB2
A stamp to inprint micro-wells and mount 3D biological samples for parallelized microscopy experiments.
Creates arrays of microwells in hydrogels to immobilize and image fish larvae lying on the side.
18 Zebrafish larvae shaped wells.
Package size: 1 unit
DKK 2.630,00
GRE-MOU-Lar10
A stamp to inprint micro-wells and mount 3D biological samples for parallelized microscopy experiments.
Creates arrays of microwells in hydrogels to immobilize and image fish larvae from 3 to 14dpf.
15 Zebrafish larvae shaped wells in 3 different sizes.
Package size: 1 unit
DKK 2.630,00
GRE-MOU-Lar1
A stamp to inprint micro-wells and mount 3D biological samples for parallelized microscopy experiments.
Create arrays of microwells in hydrogels to immobilize and image fish larvae from 15 to 20dpf14dpf.
10 triangular wells in 2 different sizes.
Package size: 1 unit
DKK 2.630,00
