Stampwell - V-Shape 300

Stampwell Stamps - For perfect positioning of samples under the microscope

Product Description

• Number of pins: 42
• Depth of the well: 1 mm
• Well bottom diameter: 300µm - Shape: circular 
• Well upper side: 1mm*0.5mm - Shape: rectangular
  
  

The Stampwell Family

Stampwell stamps imprint arrays of wells in hydrogels. Choose among different shapes of wells already available or imagine your own shape (My shape).

Shapes of wells to choose freely and best fit your own experiments:
- V Shape: 7*6 pins in V-shape - Diam. 26mm - Exists in 2 different sizes: 300 or 500µm
- U Shape: 9*9 pins in U-shape - Diam. 0.682 mm
- Rectangular: 7*5 rectangular - Diam. 26mm
- Embryo 2: 6*3 pins - Length of the wells: 3.90 mm, Largest width of the wells: 0.88 mm
- Larvae 1: 5 pins each in large, middle and small
- Larvae 2: 5 pins each in large and small

Applications

• V-shape and U-shape Stampwell for imaging of the grown spheroids and organoids
• Rectangular, Embryo and Larvae Stampwell for imaging of Zebrafish or Medaka embryos

Whatever your sample, Stampwell is highly helpful if you have huge amounts of 3D samples to image. It avoids spending too much time to locate your sample in the dish. It prevents them from slipping from one well to another when you move your dish from the incubator to the microscope. And it allows to image and observe how your biological samples grow over several weeks.

Features

• Compatible with most 35 mm dishes and 6-well plates
• Reusable - Use your stamp dozens of times
• The sample just lays on the bottom of the well and can freely grow within it
• Your samples are kept at the bottom of the wells, even when the dish is upside down
• Constraint-free but stable and parallelized immobilization of the samples for automatized multi-position image acquisition is provided

How it works

Supporting Data

Fig. 1. V-shape: hiPSCs cyst in alginate capsule. Bar: 500 um.
Image credit: (c) Gaёlle Rechner & Maxime Feyeux, Bordeaux - 2019

Fig. 2. V-shape: Imprinted wells. Filled with a single cell-loaded alginat capsule: Corresponding labels imaged with a stereomicroscope and stitched. Gel pad is made of 2% agarose. Bar: 2 mm
Image credit: (c) Gaёlle Rechner, Bordeaux - 2019