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A modern mix of surfaces and colours accentuates the beauty of this technical construction where sleek stainless steel meets warm, vivid acetate. The tailored click-in connection creates a subtle trademark in the shape of a small metal square in the acetate. All tinted lenses provide total defence from UV rays and maximum glare protection.
From the classic and reduced to more avant-garde designs, the supremely light and flexible metal frames are all meticulously handcrafted from stainless steel sheets less than 0.5 millimetres thick. The openly displayed hinge is a hallmark of Mykita design. Lenses offer total defence from UVA and UVB rays as well as maximum glare protection.
From the classic and reduced to more avant-garde designs, the supremely light and flexible metal frames are all meticulously handcrafted from stainless steel sheets less than 0.5 millimetres thick. The openly displayed hinge is a hallmark of Mykita design. Lenses offer total defence from UVA and UVB rays as well as maximum glare protection.
From the classic and reduced to more avant-garde designs, the supremely light and flexible metal frames are all meticulously handcrafted from stainless steel sheets less than 0.5 millimetres thick. The openly displayed hinge is a hallmark of Mykita design. Lenses offer total defence from UVA and UVB rays as well as maximum glare protection.
From the classic and reduced to more avant-garde designs, the supremely light and flexible metal frames are all meticulously handcrafted from stainless steel sheets less than 0.5 millimetres thick. The openly displayed hinge is a hallmark of Mykita design. Lenses offer total defence from UVA and UVB rays as well as maximum glare protection.
From the classic and reduced to more avant-garde designs, the supremely light and flexible metal frames are all meticulously handcrafted from stainless steel sheets less than 0.5 millimetres thick. The openly displayed hinge is a hallmark of Mykita design. Lenses offer total defence from UVA and UVB rays as well as maximum glare protection.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.
Bridging the gap between fashion and sports, MYLON is made using a 3D printing technique called Selective Laser Sintering. The frames are exceptionally light, durable and adaptable. Made of a novel mix of stainless steel and matt laser sintered MYLON, the HYBRID line delivers an ultra modern and refined aesthetic.