manukaich

Manukai stands for Manu_facturing and Kai_zen, a Japanese methodology of continuous improvement, that translates to “change for better.” In ancient Greek, _Kai_ros means “the opportune moment.” We are a Spin-Off from ETH Zürich, aiming to bridge the gap between metal part design and machining. Our t

Manukai stands for Manu_facturing and Kai_zen, a Japanese methodology of continuous improvement, that translates to “change for better.” In ancient Greek, _Kai_ros means “the opportune moment.” We are a Spin-Off from ETH Zürich, aiming to bridge the gap between metal part design and machining. Our t

Manukai stands for Manu_facturing and Kai_zen, a Japanese methodology of continuous improvement, that translates to “change for better.” In ancient Greek, _Kai_ros means “the opportune moment.” We are a Spin-Off from ETH Zürich, aiming to bridge the gap between metal part design and machining. Our t

Manukai stands for Manu_facturing and Kai_zen, a Japanese methodology of continuous improvement, that translates to “change for better.” In ancient Greek, _Kai_ros means “the opportune moment.” We are a Spin-Off from ETH Zürich, aiming to bridge the gap between metal part design and machining. Our t

Manukai stands for Manu_facturing and Kai_zen, a Japanese methodology of continuous improvement, that translates to “change for better.” In ancient Greek, _Kai_ros means “the opportune moment.” We are a Spin-Off from ETH Zürich, aiming to bridge the gap between metal part design and machining. Our t

Manukai stands for Manu_facturing and Kai_zen, a Japanese methodology of continuous improvement, that translates to “change for better.” In ancient Greek, _Kai_ros means “the opportune moment.” We are a Spin-Off from ETH Zürich, aiming to bridge the gap between metal part design and machining. Our t

Manukai stands for Manu_facturing and Kai_zen, a Japanese methodology of continuous improvement, that translates to “change for better.” In ancient Greek, _Kai_ros means “the opportune moment.” We are a Spin-Off from ETH Zürich, aiming to bridge the gap between metal part design and machining. Our t