Boost injection moulding productivity with Redstone Full Servo Traverse Beam Robot. Efficient automation & quality control. Available at BES Sales Australia.
The Redstone Full Servo Traverse Beam Robot is designed to streamline part handling, reduce cycle times, and improve consistency in high-volume production. This innovative automation solution, ideal for Australian manufacturers, integrates seamlessly with injection moulding systems to boost operational efficiency and product quality.
A Quick Overview of the Injection Moulding Process
Injection moulding is a manufacturing process used to produce parts by injecting molten material, typically plastic, metal, or rubber, into a mould cavity. Once injected, the material cools and solidifies within the mould, taking on its shape and forming the finished product.
This particular manufacturing process is widely used due to its efficiency in producing large quantities of identical parts with high precision, making it ideal for manufacturing automotive, electronics, consumer goods, and medical devices.
Utilising Redstone Full Servo Traverse Beam Robot
To ensure your injection moulding machines can carry out their tasks optimally, you must equip them with a Redstone Full Servo Traverse Beam Robot.
The Redstone Full Servo Traverse Beam Robot is a high-performance robotic system designed primarily for horizontal plastic injection moulding machines with a tonnage range of 50 to 800.
These robots feature 3-axis and 5-axis AC servo drives, providing precise and efficient control. The product arm robot is specifically designed for removing products and runners from the mould. The vertical arm structures can then be single-stage or telescopic, while the runner arm can be added to facilitate the removal of runners.
Redstone Full Servo Traverse Beam Robot Qualities
Some notable qualities of the Redstone Full Servo Traverse Beam Robot are as follows.
• Primary Structure: It is comprised of a crosswise and vertical arm, both made of high-rigidity linear slide rails and aluminium alloy structure beams. This combination ensures that the robot can achieve fast speeds, minimise vibrations, have a long service life, and facilitate easy interchangeability of parts.
• Special Belt Bypass Mechanism: This particular mechanism prevents tooth jumping during high-speed operation while maintaining an excellent mute effect. It enables traverse and vertical axis movement.
• Swivel Structure: This Alfa offering has been designed to coordinate with moving or fixed platen, enabling take-out. The fixed swivel angle is set at 90 degrees.
Optional Features of Redstone Traverse Beam Robot
Some optional features of the Redstone Full Servo Traverse Beam Robot include:
• Air Pressure Scissors: These scissors can be installed to facilitate the cutting of runners.
• Photoelectric Sensor: A sensor can be placed at the conveyor to ensure that finished products are not damaged during transit.
• Tricolour Light: This light can be installed to easily monitor the robot’s operating status from a distance, which is convenient for workshop management. It can also distinguish between the robot’s operating states, such as auto, manual, or failure.
• Quick EOAT changing: This feature simplifies the process of replacing the End of Arm Tool (EOAT) and significantly reduces the time required for this task.
This robot is highly valued in the industry for its balance of precision, efficiency, and adaptability. Its servo-driven system combined with the flexibility of the traverse beam design makes it an ideal choice for manufacturers looking to streamline their injection moulding processes. Order the Redstone Full Servo Traverse Beam Robot at BES Sales Australia.
