Model K1

Integrated Pressure Cooker with Unibody Construction

The unibody electric pressure cooker features a one-piece outer structure that enhances overall stability during operation. It prepares rice, soup, porridge, curry, and stews in one cycle, while maintaining steady pressure throughout the process. The 6–8L capacity supports larger portions, and the integrated body helps maintain structural consistency during repeated use.

Unibody Structure for Improved Stability

• One-piece outer body reduces structural joints
• 6–8L inner pot supports batch meal preparation
• Supports rice, soup, porridge, stew, and curry cooking modes
• Even heat distribution supports consistent cooking results
• Built-in safety system controls pressure and temperature

The integrated structure minimizes connection points, which helps maintain stability during operation. Each component works within a unified body, which supports controlled performance across different cooking conditions. As a result, the cooker maintains consistent output during repeated use.

Sealed Structure for Stable Pressure Retention

The unibody design supports tighter sealing during cooking, which helps maintain stable internal pressure. This structure reduces pressure fluctuation and supports controlled cooking conditions. At the same time, stable pressure helps retain moisture, which supports consistent texture across different dishes.

Reinforced Inner Pot for Repeated Use

The inner pot uses durable materials that maintain surface stability during repeated use. The coating resists wear and reduces food sticking during cooking. In addition, the smooth surface supports quick cleaning, which helps maintain stable performance over time.

Safety System for Integrated Operation

The unibody electric pressure cooker includes pressure release protection and temperature monitoring systems. These systems maintain stable operation during cooking cycles. At the same time, the system responds to internal changes, which supports controlled cooking conditions and reduces fluctuations.