1. Superior setting effect: Under vacuum conditions, heat penetrates evenly and adheres to every detail of the shoe material. The resulting shoes have plump, crisp shapes that are durable and resistant to deformation, while also achieving automatic wrinkle removal on the upper, significantly enhancing appearance quality.
2. High-precision temperature control: Temperature fluctuations are controlled within ±0.5°C, effectively protecting various shoe materials such as leather and mesh, greatly reducing the risk of material damage.
3. Strong intelligence and adaptability: The machines can quickly adapt to different materials and shoe styles, and are equipped with functions like fault early warning and energy consumption monitoring, reducing labor dependence and maintenance costs.
4. Higher production efficiency，1000-5000pairs per day.

Traditional heat setting machines operate primarily on open hot-air circulation heating. Shoes are conveyed via a belt and set by high-temperature hot air. Their advantages include low equipment cost, simple operation, and low requirements for workshop space and labor, making them suitable for small workshops or small-batch orders. However, they also have obvious drawbacks: low temperature control accuracy, with temperature deviations exceeding ±10°C, which easily causes uneven heating of shoe materials, leading to problems such as partial deformation and discoloration. The setting effect depends on the penetration efficiency of hot air, making it difficult to fully shape complex shoe areas like edges and collars. Additionally, they have high energy consumption, resulting in unnecessary waste when operating continuously for long periods.