The Silicone Embossing Machine is a highly efficient and robust piece of equipment designed to meet the demanding needs of modern manufacturing processes involving silicone materials. With a net weight of 280kg and a gross weight of 320kg, this machine is engineered for stability and durability, ensuring consistent performance over extended periods of operation.
One of the standout features is its embossing speed of 2 pieces per minute, striking an excellent balance between productivity and accuracy. The machine's compact dimensions (200×150×168 cm) allow it to fit comfortably within most production floors while providing ample workspace for operators.
Powered by a 2.5 kW motor, this machine delivers reliable and energy-efficient performance. It features advanced control systems for easy adjustment of embossing parameters and can handle a wide range of silicone types and thicknesses, making it suitable for various applications from automotive components to medical devices.
Key Features
Product Name: Silicone Embossing Machine
Net Weight: 280kg
Gross Weight: 320kg
Power: 2.5kW
Machine Temperature Range: 0℃ - 300℃
Frequency: 50HZ
High efficiency and durable construction
Precision temperature control for consistent results
Technical Specifications
Parameter
Specification
Machine Size
200×150×168 cm
Frequency
50HZ
Net Weight
280kg
Embossing Speed
2 Pcs/min
Power
2.5kW
Gross Weight
320kg
Voltage
110V/220V
Machine Temperature
0℃-300℃
Applications
The KAIYU Silicone Embossing Machine (model KY-0204) is ideal for manufacturing environments where high-quality embossing on silicone materials is essential. Its consistent performance makes it perfect for:
Primary Applications:
• Automotive components (seals, gaskets)
• Medical devices and equipment
• Consumer goods and electronics
• Silicone labels and decorative elements
• Research and development prototyping
This machine supports operational efficiency while maintaining high embossing quality across various industrial scenarios, from batch production to continuous embossing tasks.