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With SMC’s use of topology optimization, which is the methodology of finding the most efficient design for an object on a mathematical and mechanical basis, in the design process, more compact, lightweight products can be realized compared with existing products, resulting in a large reduction in the amount of CO2 emissions during production. In addition, these products can also contribute to energy-saving and CO2 reduction during usage.
Examples of CO2 emission-reduction:
Cableless
Compact and lightweight
Power-saving circuit
Communication cables are not required, which provides advantages as reduced wiring labor, space-saving and minimized disconnection risk.
Discover our cableless product:
EX600-W Series CO2 emissions: up to 46 % reduction
With SMC’s use of topology optimization in the design process, more space-saving, lightweight products can be realized with the same bore size and stroke as existing products
Large reduction in the amount of CO2 emissions during production
Discover some of our compact and lightweight products:
JCQ Series CO2 emissions: 32 % reduction
JMGP Series CO2 emissions: 39 % reduction
JCM Series CO2 emissions: 31 % reduction
JMB Series CO2 emissions: 28 % reduction
JSY Series CO2 emissions: 5 % reduction
AF-A Series CO2 emissions: 1 % reduction
KQ2 Series CO2 emissions: 6 % reduction
JCQ Series CO2 emissions: 30 % reduction
JCM Series CO2 emissions: 54 % reduction
JMB Series CO2 emissions: 50 % reduction
SY – NEW Series CO2 emissions: 46 % reduction
Power consumption can be reduced by approx. 75 % by reducing the wattage required to hold the valve in an energized state.
Discover some of our products with power-saving circuit:
JSY Series
SY – NEW Series
SY Series
VP Series
