Three Axes Servo Driven Single Mechanical Arm Take Out for Injection Molding Manipulator Robots

The primary function of the Three Axes Servo Driven Single Mechanical Arm is to efficiently take out products from molds during the injection molding process, enhancing productivity and accuracy.

This manipulator robot is ideal for various industries, including plastic and metal forming, manufacturing assembly lines, and any applications requiring robotic assistance in industrial processes.

The production capacity of the Three Axes Servo Driven Single Mechanical Arm is 5S, which ensures swift and efficient operation.

The mechanical arm utilizes an HC System control system, which is designed for easy operation and precise control.

The robot has a minimal floorspace requirement of 17752 m², making it suitable for various setup configurations.

The mechanical arm weighs 200 kg, which contributes to its stability and robust performance.

The product is equipped with high-quality servo motors from Japan Sankyo/Inovance, known for their reliability and performance.

The Three Axes Servo Driven Single Mechanical Arm requires a power supply of 500 W and operates on AC 220V Single Phase.

Yes, the Three Axes Servo Driven Single Mechanical Arm comes with a 12-month warranty, ensuring durability and reliability.

The robotic arm enhances efficiency by enabling precise three-axis movements for quick and accurate extraction of products from molds, thereby reducing cycle times.

Yes, the compact design and user-friendly control system of the Three Axes Servo Driven Single Mechanical Arm make it easy to integrate into existing production lines.

Key features include efficient three axes movement, robust servo motors, compact design, user-friendly operation, and durable construction with a warranty.

While a basic understanding of robotic systems is helpful, the user-friendly control system is designed to minimize the need for extensive training.

The robot is designed to handle various spur products typically found in injection molding processes, including plastic and metal components.

Regular maintenance includes checking the servo motors, control system, and ensuring that all components are clean and functioning properly to maintain optimal performance.