In the steaming process at noodle factories, the area around the steamer becomes a high-temperature environment, which meant that standard indoor motors were at risk of reduced performance and component degradation due to heat, thus shortening their lifespan.

Furthermore, since the environment will be exposed to moisture due to steam generation and equipment cleaning, waterproofing must also be considered.

Therefore, there was a need to select a motor that possessed both heat resistance to maintain stable driving performance even in high-temperature environments and waterproofing to withstand water exposure.

By employing a heat-Hypoid Motor, the lubrication performance is maintained even in high-temperature environments through the use of heat-resistant grease and heat-resistant oil seals, ensuring stable operation.

Furthermore, by combining a waterproof structure to prevent water ingress with improved corrosion resistance through a stainless steel output shaft and urethane resin coating, reliability is ensured even in environments where steam, cleaning water, and corrosive factors overlap.

Even under the harsh conditions surrounding the steaming process, the risk of failure is minimized, ensuring stable operation and reducing maintenance burden.