Description

High-Efficiency Integrated Placement
The NT-P5 boasts a high-efficiency integrated placement head, achieving an optimal production capacity of up to 42,000 CPH. It handles a range of components from tiny 0201 chips to large 40mm x 40mm parts, ensuring flexibility and precision. The magnetic levitation motion module guarantees high-speed and stable placement.

Advanced Recognition and Calibration Systems
Equipped with industrial linear cameras and an automatic calibration system with thermal compensation, the NT-P5 ensures real-time accuracy. The automatic cutting and collecting device for material strips further boosts production efficiency.

Intelligent and Flexible Operations
Supporting MES systems, the NT-P5 enables intelligent management of production, quality, and efficiency. Features include real-time vacuum detection, automatic material center correction, and advanced path optimization using AI algorithms, ensuring maximum equipment utilization.

XY Axis Configured with Linear Motors
The XY Axis Adopts Advanced Dual Linear Motor Configuration in the Industry, Which Features
Less Wear, Higher Precision, and Longer Service Life. The Dual Linear Motor Configuration Enables Higher Production Efficiency While Ensuring Equipment Stability.

High-speed Placement Head
speed Placement Head with Flying Cameras, It Can Handle 0201 Microchips to L12*W12*H6.5MM Regular Components. The Z-axis of the Placement Head Uses High-precision Linear Motors to Ensure Component Placement Accuracy of ±0.035mm, Achieving High efficiency Placement.

High-precision Multifunctional Head
Equipped with the New 0624R High-precision Placement Head, the R-axis is Controlled by a High-precision Servo Motor. It Can Handle Imperial 0201 Microchips to L40*W40*H25mm Large/Irregular Components, Achieving High-precision and Fast Placement.

Linear Scanning Camera
A Newly Designed Light Source Controller, Combined with Imported High-resolution Industrial Cameras, Achieves Higher Precision and Faster Response for High-precision Placement of Various Chips and Irregular Components.

Flying Camera
The New Flying Camera Can Identify and Correct All CHP Components During High-speed Placement. Component Size Recognition Range is Within 12*12mm. It Can Also Recognize Certain Chip Components, Spherical Components, etc., to Achieve More Efficient Production.