DKK 2.630,00
Not in stock, delivery 1-2 weeks
Stampwell stamps imprint arrays of wells in hydrogels in just one time. Nothing more to do than load your samples into the wells and image. 4 different stamnps according to positioning and size of the fish.
Embryo 2:
• Shape of the wells : A drop/Zebrafish embryo
• Material : PU
• Depth of the wells : 0.5 mm
• Dimensions of the wells: 0.88 (largest width) x 3.90 mm
• Number of pins: 18
Key features:
1. Save time: no need to manually position your samples individually. Fish embryos/larvae will self-position in the wells.
2. Boost your assay reproducibility: once loaded in the wells, your samples are perfectly positioned, aligned and located on a similar focal plane.
3. Open system: direct access to embryos/larvae for adding external compounds (i.e. drug screening).
4. User-friendly and economic, easy to handle and usable dozens of times
4. Compatible with a wide variety of hydrogels
5. Easy to keep track of samples located with their alpha-numerical register mark
A technology designed by Gaëlle Recher
Powered by the Mount(n) technology (UniverSlide) published in Scientific Reports
GRE-MOU-U
A stamp to inprint micro-wells and mount 3D biological samples for
parallelized microscopy experiments.
Suitable for organoid culture & imaging.
Mold an array of 81x U-bottom microwells.
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-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-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
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
