Samyang 8mm T3.8 VDSLR Canon (Hood Detachable) [F1322401101]

369,00 

Samyang 8mm T3.8 VDSLR UMC Fish-eye CS II- Canon EF

Ο 8mm T3.8 VDSLR UMC Fish-eye CS II της Samyang είναι ένας fish-eye φακός χειροκίνητης εστίασης που έχει σχεδιαστεί για αισθητήρες APS-C.

Samyang 8mm T3.8 VDSLR Sony E-mount (Hood Detachable) [F1322406101]

419,00 
Ειδικός για βιντεο – Samyang 8mm T3.8 UMC Fish-eye CS II is a sophisticated wide-angle fisheye lens designed for digital

Samyang 8mm T3.1 VDSLR Fuji X [F1420310101]

419,00 
The Samyang 8mm T3.1 Video UMC Fisheye II Lens with Fuji X mount is a compact, manualfocus fisheye lens with

Samyang 8mm T3.1 VDSLR Sony E [F1420306101]

419,00 
The Samyang 8mm T3.1 Video UMC Fisheye II Lens with Sony E mount is a compact, manualfocus fisheye lens with bright

Samyang 10mm T3.1 VDSLR Canon [F1322501101]

550,00 
An ultra wide angle, prime lens, the Samyang 10mm T3.1 ED AS NCS CS has been designed to work with MFT or APS-C cameras. VDSLR Samyang lenses are fitted with racks compatible with the Follow Focus system.

Samyang 10mm T3.1 VDSLR Sony E [F1322506101]

579,00 
Prime Lenses used for shooting video on DSLRs benefit from a specific set of features,which the Samyang 10mm T3.1 VDSLR

Samyang 10mm T3.1 VDSLR Fuji X [F1322510101]

579,00 
Prime Lenses used for shooting video on DSLRs benefit from a specific set of features,which the Samyang 10mm T3.1 VDSLR

Samyang 12mm T3.1 Fish eye VDSLR Canon [F1312101101]

619,00 
  • Μοντούρα Φακού: Nikon F
  • Φορμά Μηχανής: Full Frame
  • Εστιακή Απόσταση: 12mm
  • Μέγιστο T-Stop: T3.1

Samyang 12mm T2.2 Cine Sony E [F1420506101]

479,00 
Samyang 12mm T2.2 VDSLR NCS CS is the cine lens version of the 12mm f2.8 featuring thesame excellent optics, but

Samyang 12mm T2.2 Cine Fuji X [F1420510101]

479,00 
Samyang 12mm T2.2 VDSLR NCS CS is the cine lens version of the 12mm f2.8 featuring thesame excellent optics, but

Samyang 16mm T2.2 VDSLR Sony E mount [F1322706101]

549,00 
The Samyang 16mm T2.2 Cine Lens for Sony E mount is a wide-angle lens optimized for digitalcinematography. The lens produces an