K&F CONCEPT 2-in-1 cleaning stick 24mm full frame 5pcs + 20ml liquid, can clean the sensor and view

The K&F Concept Full Frame Cleaning Kit is a 2-in-1 solution for 24mm full-frame CMOS/CCD sensors and viewfinders, including 5 dual-function microfiber swabs, 20ml streak-free cleaning fluid, and vacuum-sealed packaging for dust-free use. Ideal for mirrorless/DSLR cameras, it ensures safe, precise cleaning of lenses, screens, and optics without scratches or residue.

The K&F Concept Full Frame Cleaning Kit offers a comprehensive, professional-grade maintenance solution for digital mirrorless and DSLR cameras, featuring 5 dual-purpose swabs with 24mm ultra-thin microfiber heads designed for full-frame CMOS/CCD sensors (e.g., 36 × 24 mm effective area) and viewfinders, enabling one-pass cleaning of both components without tool swaps. Each swab tip utilizes flexible, lint-free superfiber (200g/m² density, 0.1 denier fibers) pre-saturated or compatible with the included 20ml cleaning fluid, providing gentle yet effective removal of dust, fingerprints, and oils while preventing streaks or micro-abrasions (surface pressure <0.2 N/cm²). The fluid, dispensed via a precision squeeze bottle (0.1 ml per drop control), is a non-alcoholic, pH-neutral formula (pH 7.0) safe for coated optics, filters, and lenses, evaporating residue-free in <30 seconds. Versatile beyond sensors, the kit cleans smartphone screens, tablets, eyeglasses, and optical edges with 99.9% particle capture efficiency. Compact packaging (total kit <150 g) fits in camera bags, making it essential for photographers ensuring peak image quality in field or studio conditions.

Key Features

• Dual-function swabs: Clean full-frame sensors and viewfinders in one tool
• 20ml squeeze-bottle fluid: Even dispensing, streak-free, safe for coated optics
• Dust-free production: Vacuum-sealed in ISO Class 5 environment for hygiene
• 24mm microfiber heads: Lint-free, flexible, non-scratch for precise full-frame fit
• Versatile application: Suitable for lenses, screens, filters, and mobile devices