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The main features of Global SMT GSM2 include high flexibility and high-speed placement operations, as well as the ability to handle multiple components at the same time. Its core component, FlexJet Head, uses a number of advanced technologies designed to improve production capacity and precision. FlexJet Head design features include:
Synchronous material picking: 7 linear spindles are spaced 20 mm apart to achieve simultaneous material picking.
High-speed Z-axis: Improve acceleration and reduce pick-and-place time.
Overhead camera (OTHC): Reduce photo recognition processing time.
Powerful rotation angle, Z-axis and pneumatic system: Reduce mechanical placement errors.
In addition, the GSM2 placement machine also has two arm placement heads that can alternately mount two PCBs at the same time, significantly improving work efficiency. These features make GSM2 an excellent performer in SMT (surface mount technology) production and suitable for production environments with high requirements for output and precision.
The principle of the Global SMT GSM2 mainly includes its working principle and key technical features.
Working Principle
The working principle of the Global SMT GSM2 can be divided into the following main steps:
Feeding system: The SMT machine supplies electronic components to the device through the feeding system. The feeding system usually includes a feeder for storing and transferring electronic components.
Taking and identifying: The vacuum suction nozzle on the SMT head takes the component at the picking position. At the same time, the camera on the SMT head takes a picture of the component to identify the type and direction of the component.
Turret rotation: The SMT head rotates the sucked component through the turret and moves it to the SMT position (180 degrees from the picking position).
Position adjustment: During the rotation of the turret, the SMT machine adjusts the position and direction of the component to ensure that the component is accurately placed at the target position on the circuit board.
