Pre-Order with 20% Down Payment

Pre-Order : $799.99

Total Price : $3,999.95

By purchasing you are securing your spot on Capture Integrations list for pre-orders of the FUJINON GF30mm F5.6 Tilt / Swing Lens and agreeing to pay the remainder of the full price upon order fulfillment. Pre-Orders are eligible for store credit refunds only

FUJINON GF30mmF5.6 T/S LENS FEATURES:

• Control Your Perspective Bring a version of reality into view with FUJINON GF30mmF5.6 T/S lens, a native mount, tilt-shift lens for FUJIFILM GFX System cameras, that features a 30mm wide-angle focal length and F5.6 aperture. The perfect lens to straighten skyscrapers in cityscapes by tilting the lens by ±8.5° to correct for parallax or by adjusting the shift by ±15mm and lens rotation by ±90° to control which landscape details will stay in focus.

• Data is in the Details FUJINON GF30mm5.6 T/S lens digitally communicates with Fujifilm’s GFX System cameras to take note of lens adjustments and save it to the file’s metadata, so that it can be conveniently used in post-production when precise data is needed in work with Lens Cast Calibration (LCC) tools. This ensures that final images stay true to their initial vision.

• Keep Focused and Centered The tripod collar on FUJINON GF30mmF5.6 T/S lens was engineered to permit the lens to retain its optical axis with tripod use (sold separately), so that images are not thrown off center once the GFX System camera has been set and images are being made. This ensures that GF30mmF5.6 T/S remains precisely where it is meant to be, minimizing the likelihood that images will need to be drastically edited in post-production if they are stitched or composited together.

• Creativity at Your Fingertips Precision is hard to achieve, but FUJINON GF30mmF5.6 T/S lens gets there thanks to its rotating, tilt-shift control. Designed with the utmost accuracy, precision adjustments up to ±90° can be combined with parallel or perpendicular tilt and shift adjustments to ensure a high degree of flexibility in creating an image.