Five Axis Double Arm Double Section Robot Injection Moulding Machine

WKG-1000 has an ultra-long stroke range, with an up and down stroke of 1000MM, a front and rear stroke of 920MM, and a horizontal stroke of 1700MM. This means that in the production process of large injection molded products, such as car bumpers, large household appliance shells, etc., the machine can easily cover the entire mold area and perform injection molding operations accurately without frequently adjusting the machine position, greatly improving production efficiency. Compared with traditional injection molding machines, its ultra-long stroke expands the working area by nearly 30%, providing a solid foundation for the production of large and complex products.

The net weight of the machine reaches 280KG. This design not only enhances the stability of the machine, allowing it to maintain precise control during high-speed operation and heavy-load operation, but also effectively reduces the vibration of the machine during operation and extends the service life of the machine. At the same time, the maximum load capacity is 8.-12, which can easily cope with the use requirements of various large molds and complex tooling, ensuring stable operation in a high-intensity production environment, and providing reliable protection for your production tasks.

Adopting advanced control system, precise control of injection molding process can be achieved. From raw material injection, melting, injection to pressure holding and cooling, each link can be operated precisely according to preset parameters to ensure the quality stability and consistency of products. Its control accuracy can reach ±0.1MM, which makes the dimensional tolerance of the produced products extremely small. For the production of precision parts, such as electronic equipment housing, medical device parts, etc., it can effectively reduce the defective rate, improve production efficiency, and meet your pursuit of high-quality injection molding products.

Excellent performance in energy saving, using advanced energy-saving technology and efficient power system. By optimizing the machine's operating procedures and power distribution, compared with traditional injection molding machines, it can reduce energy consumption by more than 20%. In long-term production operations, this will save you a lot of energy costs, improve production efficiency, and make your company more advantageous in the fierce market competition.

Equipped with a user-friendly intelligent operation interface, the operation is simple and intuitive, even novices can quickly get started. At the same time, it has a variety of automation functions, such as automatic feeding, automatic demoulding, automatic detection, etc., which can realize the full automation of the production process, reduce manual intervention, and improve production efficiency and product quality stability. In addition, the machine also supports remote monitoring and data management. You can view the machine's operating status and production data anytime and anywhere through your mobile phone or computer, adjust the production plan in time, and realize intelligent production management.

It is suitable for 250T-300T injection molding machines and has a wide range of compatibility. Whether it is a small injection molding workshop or a large production base, whether it is a large-scale production of a single variety or a flexible production of multiple varieties and small batches, WKG-1000 can be perfectly adapted to provide you with flexible production solutions to meet your diverse production needs.

In terms of design, the WKG-1000 five-axis dual-arm dual-segment robot injection molding machine adopts a unique five-axis dual-arm dual-segment structure. This structure enables the machine to achieve multi-angle and multi-directional operations during operation, improving the flexibility and adaptability of the machine. The double-arm design not only enhances the stability of the machine, but also enables different operation tasks to be performed simultaneously, thus improving production efficiency. The two-stage design enables the machine to more accurately control the injection position and force within the travel range, thus meeting the production requirements of different products. In addition, the overall layout of the machine is reasonable, and the coordination between the various components has been carefully optimized, ensuring stability and low noise during high-speed operation, providing a comfortable working environment for operators, and reflecting the humanized design concept.