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Three-Axis Bullhead Injection Molding Robot Arm WKG-1500 - China Suppliers for Factory Automation Solutions

The WKG-1500 three-axis Bullhead injection molding robot is expertly designed for medium and large injection molding machines, making it a premier choice among injection molding factories in China and globally. With a robust load capacity of 15-20kg and an impressive ultra-long stroke measuring 1500mm vertically, 1300mm horizontally from front to back, and 2300mm horizontally, this robot enhances production efficiency while significantly reducing labor costs. Its compatibility with 600T-800T injection molding machines positions it as a versatile solution for various applications. Weighing only 470kg, the lightweight and modular structure of the WKG-1500 ensures straightforward installation and reliable operation, while also accommodating rapid customization and expansion. As a top choice among suppliers, this robot is setting a standard in the industry, helping factories optimize their processes and output

    Product Parameters
    Model A C D E G H I K M
    WKG-1500 1900 720 2000 2300 3450 360 1300 270 820
    Model Applicable injection molding machine(TON) Up and down travel (MM) Front and rear travel (MM) Horizontal travel (MM) Machine net weight (KG) Max load (KG)
    WKG-1500 600T-800T 1500 1300 2300 470 15–20
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    Product Video
    Product Competitive Advantages
    1
    The Secret of Efficient Operation
    WKG-1500 uses high-torque servo motors and precision planetary reducers to ensure that the robot arm remains stable during high-speed operation. The control system has a built-in adaptive algorithm that can dynamically adjust the speed according to the weight of the workpiece and the motion trajectory to reduce shaking and energy consumption. The ultra-long coverage range of 1500mm up and down stroke, 1300mm front and rear stroke, and 2300mm horizontal stroke enables the robot to easily adapt to the working area of a large injection molding machine, shortening the single cycle time to 8-12 seconds, and improving production efficiency by more than 30%.
    2
    The Source of Strong Load Capacity
    The main body of the robot arm is made of aviation-grade high-strength aluminum alloy, combined with the bullhead mechanical structure design, which evenly distributes the load pressure to the base to ensure that it can still maintain high-precision operation under a load of 15-20kg. The key connection parts use German imported bearings and carbon fiber reinforced materials to further improve torsional strength and durability. This dual optimization of materials and structures enables WKG-1500 to perform excellently when carrying heavy workpieces, while extending its service life to more than 10 years.
    3
    Highly Adaptable Underlying Logic
    The adaptability of WKG-1500 stems from its modular design and open interface protocol. The stroke parameters of the robot arm (such as 1500mm up and down, 2300mm horizontally) have been accurately calculated to cover the mainstream working area of 600T-800T injection molding machines, and support non-standard customization to meet the needs of special equipment. The control system is compatible with mainstream injection molding machine brands (such as Haitian, Donghua, Engel, etc.), and seamless docking is achieved through PLC programming. This high flexibility enables the robot to be quickly deployed in different factory environments and reduce integration costs.
    4
    Breakthrough in Lightweight Design
    Despite the load capacity of up to 20kg, the net weight of WKG-1500 is only 470kg, thanks to its lightweight design concept. The main body of the robot arm adopts a honeycomb aluminum alloy frame, combined with CNC precision machining technology, which reduces material redundancy while ensuring structural strength. The modular design further optimizes the transportation and installation process, and a single person can complete the assembly of most components, saving space and labor costs.
    5
    Intelligence and Low Maintenance Cost
    WKG-1500 is equipped with a self-developed intelligent control system that supports touch screen operation and remote diagnosis. The system has a built-in fault prediction algorithm that can warn of potential problems in advance and reduce sudden downtime. The lubrication-free design and the quick replacement mechanism of key components reduce maintenance costs by more than 40%, ensuring the long-term stable operation of the robot.
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    Why Choose Us
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    Frequently Asked Questions
    Q
    What injection molding machine tonnage is the WKG-1500 compatible with?
    The WKG-1500 is designed to work with 600T–800T injection molding machines. It also supports non-standard customization to accommodate special equipment requirements outside this range.
    Q
    What is the maximum load capacity of the WKG-1500 robot arm?
    The WKG-1500 supports a maximum load of 15–20 kg. Despite this capacity, the machine's net weight is only 470 kg, thanks to its honeycomb aluminum alloy frame and CNC precision machining.
    Q
    What are the travel dimensions of the WKG-1500?
    The WKG-1500 features a 1500mm up-and-down stroke, a 1300mm front-and-rear stroke, and a 2300mm horizontal stroke, providing comprehensive coverage for large injection molding machine work areas.
    Q
    Is the WKG-1500 compatible with major injection molding machine brands?
    Yes. The WKG-1500 control system is compatible with mainstream injection molding machine brands including Haitian, Donghua, and Engel. Seamless integration is achieved through PLC programming, allowing quick deployment across different factory environments.
    Q
    How does the WKG-1500 reduce maintenance costs?
    The WKG-1500 features a lubrication-free design and a quick-replacement mechanism for key components, reducing maintenance costs by more than 40%. Its built-in fault prediction algorithm also provides advance warnings of potential issues, minimizing unexpected downtime.
    Q
    How fast is the WKG-1500 in a production cycle?
    The WKG-1500 shortens the single cycle time to 8–12 seconds, improving overall production efficiency by more than 30% compared to conventional solutions. This is achieved through high-torque servo motors, precision planetary reducers, and an adaptive speed-control algorithm.

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