K19MW

The Atasan K19MW hinge has been developed specifically for microwave oven door applications requiring controlled motion, compact integration, and reliable performance. Designed to accommodate a wide range of door configurations, the hinge supports stable door movement while maintaining compatibility with modern microwave oven platforms.

Its compact architecture and balanced spring system make it suitable for applications where space efficiency and consistent operation are important design considerations.

The K19MW utilizes a spring-assisted balancing mechanism designed to support controlled door movement throughout the operating range.

Its geometry is developed to manage door loads effectively, contributing to predictable opening and closing characteristics while supporting stable intermediate door positions.

The hinge is designed to support a broad range of microwave oven door constructions.

Its operating characteristics accommodate door weights between 2.5 and 12 kg and support applications with a center of gravity distance of up to 230 mm from the pivot point.

This flexibility enables manufacturers to utilize a common hinge platform across multiple appliance models.

Manufactured from precision-formed steel components, the K19MW is designed for appliance environments requiring reliable mechanical performance.

Suitable for operating temperatures of up to 115°C, the hinge is developed to maintain stable operating characteristics under repeated thermal exposure.

The K19MW has been evaluated through structured life cycle testing programs designed to assess mechanical behavior under repeated use conditions.

Testing references include up to 100,000 opening and closing cycles, providing an engineering benchmark for durability evaluation and product validation.

The hinge is designed to support efficient integration into microwave oven production environments.

Its compact construction and optimized mounting geometry contribute to straightforward assembly and compatibility with high-volume manufacturing processes.