Dissection Pins
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Dissection Pins, #3, 10pk
These stainless steel dissection pins are well-suited for a variety of applications. The pins are sized #3 and have a small head. They are very useful for pinning large, thick specimens. The pins come in a small plastic tube containing 10 pins.
| Specifications | |
|---|---|
|
Size |
#3 |
|
Length |
~38 mm |
|
Diameter |
~0.5 mm |
|
Material |
Stainless Steel |
Dissection Pins, 0.1mm dia, 100 pk
These stainless steel dissection pins are well-suited for a variety of applications. The 0.1 mm diameter headless pins are very thin and light. They work best for holding delicate tissues lightly in place. The pins come in a small plastic tube containing approximately 100 pins.
| Specifications | |
|---|---|
|
Diameter |
0.1 mm |
|
Length |
~13-14 mm |
Dissection Pins, 0.2mm dia, 100 pk
These stainless steel dissection pins are well-suited for a variety of applications. The 0.2 mm diameter headless pins are more robust than 0.1 mm pins, but are still relatively thin and light. They work very well for holding tissues and other specimens firmly in place. The pins come in a small plastic tube containing approximately 100 pins.
| Specifications | |
|---|---|
|
Diameter |
0.2 mm |
|
Length |
~11-12 mm |
|
Material |
Stainless Steel |
| Specifications | |
|---|---|
|
0.1mm Pin |
11-12mm long |
|
0.2mm Pin |
13-14mm long |
|
#3 Pin |
38mm |
Stainless Steel Dissection Pins – Value Pack
These stainless steel dissection pins are well-suited for a variety of applications:
The 0.1 mm diameter headless pins are very thin and light, best for holding delicate tissues lightly in place.
The 0.2 mm diameter headless pins are slightly thicker, and work very well for holding tissues and other specimens firmly in place.
The #3 pins have a small head and are very useful for pinning large, thick specimens.
Publications & Articles
Read more about how our intravital microscopy system has leverage the research work of many scientists around the globe.
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This study uses longitudinal intravital confocal microscopy in a live PDAC mouse model
Article Highlight: Intravital Imaging of Cardiac Tissue Utilizing Tissue-Stabilized Heart Window Chamber in Live Animal Model
Article Highlight: Intravital Imaging of Cardiac Tissue Utilizing Tissue-Stabilized Heart Window Chamber in
Intravital Microscopy- Real-time Tracking of Osteoclast Activity for Bone Disease Studies
Intravital Microscopy- Real-time Tracking of Osteoclast Activity for Bone Disease Studies View Paper
