Search found 38 matches
- 19.04.2005 18:16
- Forum: Helicon Focus: Micro
- Topic: Fly face
- Replies: 2
- Views: 13113
Fly face
This is a fly face photographed on a compound microscope with a 3X objective and a 2.5X photo-eyepiece. There were about 40 images in the stack.
- 12.04.2005 00:27
- Forum: Helicon Focus: Micro
- Topic: Cyclops (24 image stack combined with Helicon Focus)
- Replies: 6
- Views: 19611
- 12.04.2005 00:16
- Forum: Helicon Focus: Micro
- Topic: Honey bee, face in profile
- Replies: 4
- Views: 17339
- 06.04.2005 09:01
- Forum: Helicon Focus: Micro
- Topic: Cyclops eggs
- Replies: 0
- Views: 11933
Cyclops eggs
These cyclops eggs were photographed using a compound microscope. 16 images were combined using Helicon Focus.
- 06.04.2005 08:58
- Forum: Helicon Focus: Micro
- Topic: Daphnia (5 image stack)
- Replies: 6
- Views: 21793
Daphnia (5 image stack)
This daphnia (water flea) was photographed using a compound microscope. 5 images were combined in Helicon Focus.
- 06.04.2005 08:41
- Forum: Helicon Focus: Support
- Topic: Helicon focus suggestion.
- Replies: 3
- Views: 9478
Helicon focus suggestion.
I am very pleased with the operation of the latest version. It is very well thought out. A few minor things that I would like to see added: 1) It would be nice to be able to right-click the output file (in the lower left) and have a choice to open it in a photo editor such as Photoshop. (Just as can...
- 06.04.2005 08:26
- Forum: Helicon Focus: Micro
- Topic: Cyclops (24 image stack combined with Helicon Focus)
- Replies: 6
- Views: 19611
Cyclops (24 image stack combined with Helicon Focus)
This is a cyclops photographed on a combound microscope. 24 images were combined to get adequate depth-of-field.
Charles Krebs
Charles Krebs
- 06.04.2005 08:22
- Forum: Helicon Focus: Micro
- Topic: Mosquito pupa (32 image stack using Helicon Focus)
- Replies: 4
- Views: 18045
Mosquito pupa (32 image stack using Helicon Focus)
This is a mosquito pupa photographed on a compound microscope with a low power objective. 32 images were combined to get sufficient depth-of-field.
Charles Krebs