À propos
Toutes les évaluations (324)
- a***o (1507)- Évaluation laissée par l'acheteur.Dernière annéeAchat vérifiéGreat 👍, seller , very fast shipping, Great communication, thank you
- t***q (20394)- Évaluation laissée par l'acheteur.Dernière annéeAchat vérifiéItems arrived exactly as described, thank you.
- e***e (127)- Évaluation laissée par l'acheteur.Dernière annéeAchat vérifiéJust as described and fast shipping. Thanks!
- a***s (229)- Évaluation laissée par l'acheteur.Dernière annéeAchat vérifiéGreat Item! Exactly as promised! Buy from dcsensui with confidence!!
- e***n (469)- Évaluation laissée par l'acheteur.Dernière annéeAchat vérifiéAll as described. Great deal. Would buy from again.
- y***s (103)- Évaluation laissée par l'acheteur.Dernière annéeAchat vérifiéI recommend the seller 100%
Avis (31)
12 févr. 2019
Readily modified for other cameras
Low-profile and simple design. Easily modified to make custom Picatinny mounts.
26 oct. 2022
Solid and well-sealed
The case is well-built and the egg crate foam accommodates all types of rifles. I placed a couple canisters of silica gel desiccant in it to keep the interior dry to prevent any rusting, and the rubber seals around the edge of the case should keep moisture from getting in.
08 mars 2018
Essential to verify lead softness
I got this to verify how -soft- lead is, not how hard. Finding a good source of pure lead to cast bullets for muzzle loaders can be a challenge. But with this tool an unknown sample can easily be checked, even by hand in the field if necessary.
The measurement scale only goes to 0.10", but if the indentation goes to 0.10" or more then the lead is soft enough.
The indentation tool is spring-loaded and applies the correct amount of pressure as long as it's not over-compressed. So it's possible to make a measurement in the field without a press if it's just to verify the softness of an unknown sample. A more precise reading can be done at home if necessary.
One thing to note is that the microscope's optics can be disorienting since the image is reversed.
Apparently in order to minimize costs, there's no corrective prisms in the microscope to get the image oriented properly. If the scope is moved to the right, the image also moves to the right. And if it's moved down, then the image also moves down. Once you understand this strange behavior it's not that hard to get the scope into the proper position.