KYOCERA FK-075 BK knife FK-075 BK - Paring Knife (3.0" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamon
KYOCERA FK-075 WH knife FK-075 WH - Paring Knife (3.0" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamon
KYOCERA FK-110 BK knife FK-110 BK - Utility Knife (4.5" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamo
KYOCERA FK-110 WH knife FK-110 WH - Utility Knife (4.5" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamo
KYOCERA FK-130 WH knife FK-130 WH - Slicing Knife (5.0" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamo
KYOCERA FK-140 BK knife FK-140 BK - Santoku Knife (5.5" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamo
KYOCERA FK-140 WH knife FK-140 WH - Santoku Knife (5.5" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamo
KYOCERA FK-160 BK knife FK-160 BK - Chef’s Knife (6.5" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamon
KYOCERA FK-160 WH knife FK-160 WH - Chef’s Knife (6.5" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precision by diamon
KYOCERA FK-180 BK knife FK-180 BK - Professional Chef’s Knife (7.0" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precis
KYOCERA FK-180 WH knife FK-180 WH - Professional Chef’s Knife (7.0" Blade)
The strength and density of ceramic materials allow the blade to be ground with microscopic precis
KYOCERA FK-130-BK knife Slicing Knife, 12.7 cm (5.0 ") (13 cm) Blade, Black
Ergonomic Type Knives\nThe strength and density of ceramic materials allow the blade to be ground