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China Suppliers: Production Efficient In-line Shuttle Machine for Automated Assembly Line Operations in Factory Settings
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China Suppliers: Production Efficient In-line Shuttle Machine for Automated Assembly Line Operations in Factory Settings

Advantages:
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High flexibility, making it an ideal choice for various applications.

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Perfectly suited for slender-type plants, ensuring efficient use of space.

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This product is proudly manufactured in China, where our experienced suppliers and factory prioritize quality and innovation. Trust us for your needs in high-performance solutions.

    Features Of Shuttle-Type Machine

    This machine is suitable for producing medium and large-sized products with different processes, large product differentiation and small quantities. In addition, this machine is also able to continuously produce products when its molds are changed, which is small in footprint and highly practical.

    Mechanical Part

    The equipment is designed and manufactured using a modular concept.

    Oven Structure & Safety

    The cylindrical oven structure greatly improves the efficiency of space use and has low heat absorption. The furnace door is specially designed with an anti-deformation structure to further enhance safety during use. Fully verified by CAE testing to ensure uniform temperature distribution inside the oven.

    Real-time Monitoring

    By monitoring the oven temperature in real time, it can not only effectively reduce energy consumption, but also significantly improve production efficiency.

    Heating Chamber

    First, the circulating fan below the heating chamber is responsible for blowing hot air into the oven, while the air suction port at the top allows the remaining hot air to flow back to the heating chamber. This design effectively avoids powder accumulation and reduces the risk of fire. Secondly, the inner wall of the heating chamber is made of stainless steel, which is strong and durable to ensure long-term stable operation. Third, the thermal circulation fan is paired with a dual cooling system to provide strong support for the long-lasting and stable output of the device.

    Rotating Arm & Head

    • Rotating arm and head: The whole body adopts a fully enclosed design and is manufactured using the casting and forging process. After heat treatment, the performance is greatly improved, making it safe and reliable to use.
    • Swivel arm load-bearing capacity: Accurate assessment with the help of mechanical CAE analysis technology.
    • Rotating arm ventilation function: The design ensures uniform thickness and is equipped with an exhaust gas recovery and environmental protection device, which can effectively reduce exhaust gas emissions and optimize the workshop environment.

    Combustion System

    Different kinds of burners are selectable, like Weishaupt (German brand) and Maxon (American brand), which can be heated using natural gas, liquefied petroleum gas, diesel oil, and electricity.

    Control System

    • PLC control: Siemens’s PLC manages data over Ethernet with standardized circuit. Each arm can be set up three stage heating, and each stage can be set up with different heating temperature, time, main and counter shaft speed, and circulation air volume.
    • Cooling function: cooling, delay, water mist, multi-stage setting of air cooling;
    • Storage function: store production parameters of corresponding products; The position of disassembly and assembly station is fixed to improve the efficiency;
    • Disassembly & assembly process: rotating arm is wireless remote-controlled, which is safe and efficient;
    REMARKS

    Be able to continuously produce products when the molds are changed. Selectable raw materials: PE, XPE, PP, PA, PA6, PA12; 100% recyclable.

    Optional Configuration

    • 1. All-around real-time monitoring of the mold temperature
      (1) During the heating and molding period, the dynamic changes of the temperature inside the mold will be transmitted in real-time.
      (2) During the heating and molding process, the material is monitored in real-time throughout the whole process.
      (3) Pay close attention to the melting state of the material and the impact of melting on the material.
      (4) Monitor the temperature of various parts of the mold, including the inside, outside, upper part, and lower part.
      (5) During the heating and molding stage, the temperature inside and outside the mold is monitored in real-time.
      (6) During the cooling process, the temperature is also transmitted in real-time.
    • 2. Secondary charging system (optional configuration)
      (1) Facilitate the production of multi-layer products.
      (2) Be used for the production of products with camouflage colors.
      (3) Enable the realization of the PE foaming process.
    • 3. Automatic positioning system (optional configuration): It can be used for local thickening, is suitable for the production of deep-cavity products, and can flexibly adjust the product thickness.
    • 4. It can also be used for the production of products with camouflage colors. Automatic feeding and weighing system (optional configuration)
    • 5. Safety protection device for the disassembly and assembly station (optional configuration)

    Arm Type

    In line shuttle Machine (3)

    Customer Case

    In line shuttle Machine (4)

    Product Parameter

    Model No Floor size Operating platform Biggest tank made Swivel Arm Mounting Dimensions
    L(m) W(m) H(m)
    3 Arms Shuttle Machine
    3CS-2500 13 9 4.1 2500L
    3CS-3000 15 10 4.6 4500L
    3CS-3500 17 11 5.1 7000L
    3CS-4000 19 12 5.6 10000L
    3CS-4500 21 13 6.1 14000L
    4 Arms Shuttle Machine
    4CS-2500 16.5 9 4.1 2500L
    4CS-3000 19 10 4.6 4500L
    4CS-3500 21.6 11 5.1 7000L
    4CS-4000 24 12 5.6 10000L
    4CS-4500 26.5 13 6.1 14000L

    Frequently Asked Questions

    What are the primary features of the Shuttle-Type Machine?

    The shuttle-type machine is designed for producing medium and large-sized products with different processes, large product differentiation, and small quantities. It allows continuous production during mold changes, features a small footprint, and is highly practical.

    What heating options are available for the combustion system?

    The machine supports selectable burner brands like Weishaupt (German brand) and Maxon (American brand). Heating options include natural gas, liquefied petroleum gas, diesel oil, and electricity.

    How does the PLC control system manage production parameters?

    It uses Siemens's PLC to manage data over Ethernet with standardized circuits. Each arm can be set with three-stage heating, allowing different configurations for temperature, time, main/counter shaft speed, and circulation air volume.

    What are the benefits of the cylindrical oven design?

    The cylindrical oven structure greatly improves space utilization and has low heat absorption. It is fully verified by CAE testing to ensure uniform temperature distribution inside the oven, which reduces energy consumption and improves efficiency.

    What raw materials can be used with this machine?

    Selectable raw materials include PE, XPE, PP, PA, PA6, and PA12, all of which are 100% recyclable.

    What optional configurations can be added for specialized production?

    Optional configurations include all-around real-time mold temperature monitoring, secondary charging systems for multi-layer/camouflage products, automatic positioning systems for local thickening, automatic feeding/weighing systems, and safety protection devices.

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