This machine is specifically designed for the production of silicone dinner plates and various other rubber products, making it ideal for businesses in the food service industry and custom rubber product development.
The heating power options for the machine are 11.3KW, 13.1KW, and 18.6KW, allowing flexibility depending on the production requirements.
The maximum clamping force of the Silicone Dinner Plates Automatic Rubber Molding Machine is available in three options: 200 tons, 250 tons, and 300 tons.
The machine operates on a voltage of either 220V or 380V, making it suitable for different electrical setups.
The total weight of the Silicone Dinner Plates Automatic Rubber Molding Machine is 100,000 KG.
The machine comes with a 1-year warranty, ensuring you receive support for any manufacturing defects or issues.
Yes, the machine features a lift-up mold design for easy access and operation, making it user-friendly for operators.
This machine is ideal for industries requiring precision rubber molding, particularly in food service and custom rubber product development.
Yes, a comprehensive machinery test report is provided with the machine to ensure quality and performance standards.
The machine is designed for a long service life, ensuring reliable performance for your production needs.
Absolutely! The Silicone Dinner Plates Automatic Rubber Molding Machine is great for custom rubber product development, allowing for versatility in production.
The stroke capacity of the machine is available in three options: 200mm, 300mm, and 300mm, catering to different molding requirements.
The main motor power options for this machine are 5.5KW, 5.5KW, and 7.5KW, providing sufficient power for effective production.
Training details vary by supplier, but many manufacturers offer training sessions or manuals to help operators understand how to use the machine effectively.
Regular maintenance includes cleaning, checking for wear and tear, ensuring proper lubrication, and following the manufacturer's guidelines for upkeep to ensure optimal performance.
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