UltroNiu Patent Granted for High-Frequency PCB Lamination Automatic Analysis Device

During the PCB lamination process, the lamination program is critical for ensuring the actual material temperature curve meets specific curing requirements. These parameters include heating rate, pressure transfer point, total pressure, curing temperature, and curing time. Currently, production often relies on a single fixed program for each material type. To guarantee all materials of that type meet specifications, high-demand lamination programs are typically employed. In high-frequency PCB lamination inspection, automatic analysis devices are essential. However, existing devices lack pressure protection and dust removal functions, compromising analysis quality and user convenience. To solve these issues, UltroNiu has developed and patented an advanced High-Frequency PCB Lamination Automatic Analysis Device.

UltroNiu Technical Solution

1. Automated Pressure Sensing & Control: The device extends a cylinder to drive a horizontal plate downward. This plate, via a fixed rod, moves the detector into contact with the object under test. Upon contact, the integrated pressure sensor transmits data to the central processing unit (CPU), enabling precise data acquisition and pressure monitoring.
2. Integrated Dust Removal System: The CPU can signal the control unit to retract the cylinder, preventing damage to sensitive samples. A dedicated dust collection system, comprising a pipeline connector, vacuum pipe, and horn pipe connected to a fan's input, actively sucks dust from around the detection platform into a collection bag, ensuring a clean analysis environment.
3. High-Frequency Signal Analysis: Utilizes specialized high-frequency signal analysis technology to accurately identify, analyze, and verify the complex signals inherent in PCB lamination structures.
4. High-Efficiency Data Processing: Leverages powerful data processing capabilities to handle vast amounts of lamination data, performing real-time analysis and feedback to guarantee the accuracy and timeliness of results.

UltroNiu Innovative Advantages

• High Level of Automation: Achieves fully automated operation from data collection and processing to result output, significantly enhancing analysis efficiency and reducing manual intervention.
• High Precision: Incorporates high-precision testing probes and advanced measurement technology to ensure the utmost accuracy and reliability of analysis results.
• Intelligent Algorithmic Analysis: Through dedicated algorithm research, the device enables intelligent analysis of High-Frequency PCB (e.g., PTFE) lamination data, improving both analytical accuracy and operational efficiency.
• Comprehensive Functional Design: Directly solves the shortcomings of existing devices by integrating crucial pressure protection and dust removal functions, improving analysis quality and user-friendliness.
• Enhanced Mechanical Stability: Implements anti-slip pads, auxiliary telescopic rods, and a system of springs, guide wheels, and connecting rods to improve the stability of the moving horizontal plate, ensuring consistent and reliable operation.

Key Issues Resolved by UltroNiu

• Ensures effective integration of various functional modules (mechanical, sensor, computational) for seamless协同 (collaborative) operation.
• Solves the limitation of existing technologies that cannot function effectively in complex or dusty industrial environments.
• Addresses the inability of conventional methods to perform comprehensive analysis on PCB laminations with complex high-frequency signal characteristics.
• Enables multi-dimensional analysis of high-frequency PCB laminations, ensuring thorough and accurate quality assessment.
• Utilizes efficient data processing algorithms to enable fast and accurate analysis of high-frequency signal data from the lamination process.
• Provides high operational stability for reliable, long-term use across different environmental conditions.