SMT 90-Degree PCB Automatic Corner Conveyor

Basic Parameters:

Parameter Item, Specifications

Conveying Method: Dual-rail synchronous conveying

Turning Angle: 90° precise turning

Applicable Board Width: 50-350mm (customizable)

Conveying Speed: 0-12m/min adjustable

Transmission Method: Belt/Chain optional, low-noise operation

Control Method: Touch screen + PLC intelligent control

Power Supply: AC220V 50Hz

Equipment Dimensions: 800×800×1200mm (customizable)

Body Material: Cold-rolled steel with electrostatic spraying, corrosion-resistant and non-deformable

Equipment Features:
Dual-rail synchronous design, directly doubling efficiency
Supports simultaneous turning and conveying of PCB boards on two rails, perfectly adapting to high-speed SMT production lines. A single station can achieve double the throughput, completely solving the bottleneck problem of single-rail equipment.

90° Flexible Turning, Zero Damage and No Jamming
Utilizing a flexible guide structure and precision transmission components, the turning process is smooth and impact-free, eliminating the risk of PCB board scratches, drop, and jamming. It adapts to various board widths and requires no frequent adjustments.

Modular Design, No Adjustment Required, Ready to Use Immediately
Standard SMT equipment universal interface allows direct connection to pick-and-place machines, reflow soldering machines, AOI, and other front-end and back-end equipment. Installation requires no complex modifications; simply power on and it's ready for production, saving time and costs associated with production line layout.

Low Failure Rate Design, Suitable for 24-Hour Production
Equipped with durable industrial-grade transmission components, it operates with low noise and is easy to maintain. Suitable for continuous 24-hour operation in workshops, significantly reducing downtime maintenance costs.

Compact Body, Flexible Solution to Production Line Layout Challenges
The compact body design easily addresses workshop space constraints, enabling 90° turning layouts on the production line without large-scale workshop modifications, maximizing factory space utilization.

Applicable scenarios:

Widely used in the PCB board transfer of SMT production lines, compatible with front and rear connections of equipment such as pick and place machines, reflow soldering machines, and AOI machines, solving the problem of production line layout space constraints and realizing flexible production line arrangement.