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|---|---|
SN-4000CS
SNOWBALL
8477.4010.00
Model No. | Oven Size(mm) | Machine Dimensions(mm) | Total Power (kw) | Biggest tank made | ||
L | W | H | ||||
SN-4000CS | Ø4000 | 17000 | 9000 | 5400 | 47.8 | 10000L |
Machinery type: | Shuttle rotational moulding machine |
Heating supply: | Natural gas,liquefied gas,diesel oil |
Temperature control: | DTE Control±2℃ |
Burner system: | Riello RS100 |
Cooling mode: | Fan cooling or water cooling |
Control mode: | Touch screen+PLC(Siemens brand) |
Electric brand: | Schneider,Omron |
Delivery time: | About 60 days after receive the deposit |
Arm quantity | two arms(straight arm/L offset arm) |
Heating rate: | 3 miniutes from room temperature to 280 degree in oven |
The Efficient Shuttle Rotational Molding Machine for Plastic Production is a high-performance machine designed for large-scale plastic manufacturing. Equipped with a 4000 mm oven size and a heating system powered by natural gas, liquefied gas, or diesel oil, it delivers quick and uniform heating with a 3-minute heating rate from room temperature to 280°C. The machine is designed to handle tanks as large as 10,000L, making it ideal for producing oversized plastic parts efficiently.
This machine features advanced temperature control (DTE Control ±2℃), a reliable Riello RS100 burner system, and cooling options such as fan cooling or water cooling to ensure optimal molding results. The PLC control system with a Siemens touch screen interface allows for precise operation, while the inclusion of Schneider and Omron electrical components ensures top-notch reliability.
Flexibility in Operation: The Efficient Shuttle Rotational Molding Machine for Plastic Production is suitable for producing large plastic products, yet maintains high efficiency even for smaller ones.
Simple Equipment: Designed for easy maintenance and operation, minimizing downtime.
Wide Application: Widely used in various industries globally, including automotive, household appliances, and industrial equipment.
Rapid Heating: The machine can heat from room temperature to 280°C in just 3 minutes, optimizing production speed.
Strong Arms: The machine features specially designed alloy arms with high load-bearing capacity, ensuring durability and stability.
Efficient Drive System: Fully gear-driven transmission for enhanced efficiency and smooth operation.
Automatic Operation: The system is fully automated, allowing for seamless production with minimal manual intervention.
Energy-Efficient: Equipped with a heavy-duty oven that reduces energy consumption while ensuring high heating efficiency.
Easy Loading and Unloading: Simple and convenient mold loading and unloading process, saving time and effort.
Advanced Heating Technology: Specialized deep cavity heating technology for producing complex, detailed products.
Remote Control: The machine is equipped with internet-based remote control functionality for troubleshooting and monitoring in case of issues.
Premium Brand Components: Key components include Siemens PLC, Riello burners, Schneider and Omron electrical systems, and NSK bearings, ensuring reliability and performance.
User-Friendly Interface: Large computer screen for clear monitoring, equipped with a weight system, custom motors, and high-temperature resistant seals for better overall performance.
Loading: The plastic powder material is loaded into the mold. Once filled, the mold is securely closed and sealed to ensure no leakage during the molding process.
Heating: The sealed mold is transferred to the heating chamber, where it slowly rotates on its axis. This rotation ensures that the heat is evenly distributed, allowing the plastic to melt and coat the inside surface of the mold uniformly. The Efficient Shuttle Rotational Molding Machine ensures precise temperature control for consistent results.
Cooling: After the pre-set heating time, the mold is moved out of the oven and into the cooling station. Here, cool air or water is circulated around the mold to rapidly solidify the plastic material. This step is crucial for achieving the desired product shape and properties.
Unloading: Once the plastic has cooled and solidified, the mold is opened, and the finished product is removed. The shuttle system then returns the empty mold to the loading station to begin the next cycle.
Model No. | Oven Size(mm) | Machine Dimensions(mm) | Total Power (kw) | Biggest tank made | ||
L | W | H | ||||
SN-4000CS | Ø4000 | 17000 | 9000 | 5400 | 47.8 | 10000L |
Machinery type: | Shuttle rotational moulding machine |
Heating supply: | Natural gas,liquefied gas,diesel oil |
Temperature control: | DTE Control±2℃ |
Burner system: | Riello RS100 |
Cooling mode: | Fan cooling or water cooling |
Control mode: | Touch screen+PLC(Siemens brand) |
Electric brand: | Schneider,Omron |
Delivery time: | About 60 days after receive the deposit |
Arm quantity | two arms(straight arm/L offset arm) |
Heating rate: | 3 miniutes from room temperature to 280 degree in oven |
The Efficient Shuttle Rotational Molding Machine for Plastic Production is a high-performance machine designed for large-scale plastic manufacturing. Equipped with a 4000 mm oven size and a heating system powered by natural gas, liquefied gas, or diesel oil, it delivers quick and uniform heating with a 3-minute heating rate from room temperature to 280°C. The machine is designed to handle tanks as large as 10,000L, making it ideal for producing oversized plastic parts efficiently.
This machine features advanced temperature control (DTE Control ±2℃), a reliable Riello RS100 burner system, and cooling options such as fan cooling or water cooling to ensure optimal molding results. The PLC control system with a Siemens touch screen interface allows for precise operation, while the inclusion of Schneider and Omron electrical components ensures top-notch reliability.
Flexibility in Operation: The Efficient Shuttle Rotational Molding Machine for Plastic Production is suitable for producing large plastic products, yet maintains high efficiency even for smaller ones.
Simple Equipment: Designed for easy maintenance and operation, minimizing downtime.
Wide Application: Widely used in various industries globally, including automotive, household appliances, and industrial equipment.
Rapid Heating: The machine can heat from room temperature to 280°C in just 3 minutes, optimizing production speed.
Strong Arms: The machine features specially designed alloy arms with high load-bearing capacity, ensuring durability and stability.
Efficient Drive System: Fully gear-driven transmission for enhanced efficiency and smooth operation.
Automatic Operation: The system is fully automated, allowing for seamless production with minimal manual intervention.
Energy-Efficient: Equipped with a heavy-duty oven that reduces energy consumption while ensuring high heating efficiency.
Easy Loading and Unloading: Simple and convenient mold loading and unloading process, saving time and effort.
Advanced Heating Technology: Specialized deep cavity heating technology for producing complex, detailed products.
Remote Control: The machine is equipped with internet-based remote control functionality for troubleshooting and monitoring in case of issues.
Premium Brand Components: Key components include Siemens PLC, Riello burners, Schneider and Omron electrical systems, and NSK bearings, ensuring reliability and performance.
User-Friendly Interface: Large computer screen for clear monitoring, equipped with a weight system, custom motors, and high-temperature resistant seals for better overall performance.
Loading: The plastic powder material is loaded into the mold. Once filled, the mold is securely closed and sealed to ensure no leakage during the molding process.
Heating: The sealed mold is transferred to the heating chamber, where it slowly rotates on its axis. This rotation ensures that the heat is evenly distributed, allowing the plastic to melt and coat the inside surface of the mold uniformly. The Efficient Shuttle Rotational Molding Machine ensures precise temperature control for consistent results.
Cooling: After the pre-set heating time, the mold is moved out of the oven and into the cooling station. Here, cool air or water is circulated around the mold to rapidly solidify the plastic material. This step is crucial for achieving the desired product shape and properties.
Unloading: Once the plastic has cooled and solidified, the mold is opened, and the finished product is removed. The shuttle system then returns the empty mold to the loading station to begin the next cycle.
