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The Blaser is unique because the scope mounts on the barrel instead of the receiver. A Scope/barrel assembly can be removed and replaced with no change in zero. [1] In 2009, Blaser and Carl Zeiss AG began offering a scope that switches on a red dot when the R93/R8 are cocked ("Zeiss Illumination Control/iC"). The iC system is based on the Zeiss ...
The G-41(m) and G-41(w) semi-automatic rifles had ZF40 scopes added in small quantities for test and evaluation in the field. MP-43, MP-44 , FG-42 automatic select fire weapons had the ZF41/1 fitted for test only, these were not produced past prototype stage, the ZF4 scope was then used on these weapons instead.
First workshop of Carl Zeiss in the center of Jena, c. 1847 Carl Zeiss Jena (1910) One of the Stasi's cameras with the special SO-3.5.1 (5/17mm) lens developed by Carl Zeiss, a so-called "needle eye lens", for shooting through keyholes or holes down to 1 mm in diameter 2 historical lenses of Carl Zeiss, Nr. 145077 and Nr. 145078, Tessar 1:4,5 F=5,5cm DRP 142294 (produced before 1910) Carl ...
The few scopes sold to a limited number of law enforcement agencies and even fewer civilians were marked "10x Sniper" and carried a "T" prefix on the serial numbers. Servicing of these scope were taken over by U.S. Optics who also produced their own version and used the nomenclatures MST-100 for the 7.62 scope and MST-150 for the .50 BMG Scopes.
The Semiconductor Manufacturing Technology business group was established by ZEISS in 1994. Carl Zeiss SMT GmbH and its subsidiaries Carl Zeiss Laser Optics GmbH and Carl Zeiss SMS GmbH followed in 2001. The construction of the Semiconductor Manufacturing Technology plant of ZEISS in Oberkochen started the same year, and was completed in 2006. [7]
Zeiss inner rail, [1] generally simply referred to as Zeiss rail, is a ringless scope sight mounting system introduced by Zeiss in 1990 as an alternative to traditional ring mounts. [2] A patent was granted in 1992, and the patent expired in 2008.
The second Helios-44 served as a standard lens for Zenit-3 SLR cameras in 1960-62. It already had a threaded mount for M39 optics and a classic layout of controls. It is often called White Helios. The third Helios-44 completely repeats the previous one, but the number of aperture blades was changed - they were reduced to 9.
Jupiter-3 50 mm f /1.5 lens. The Jupiter-3 lens is derived from Zeiss Sonnar optical design. It has seven elements in three groups. [1] This lens is the fastest Jupiter lens, having a maximum aperture of f/1.5.