Glorysoft: Comprehensive PCB Smart Manufacturing Solutions for Intelligent Factories

iDEP Smart Data Engine Platform – AI Smart Applications, Big Data

iEQ Smart Equipment – Data Collection/Protocol Conversion

ADCwell© Defect Automated Detection and Classification System – Deep Neural Network Algorithm

APCwell© – (Advanced Process Control) Advanced Process Control

APSwell© (Advanced Planning System) Advanced Planning and Scheduling

MESwell©(Manufacture Execution System) Production Execution System

EAPwell© (Equipment Automation Platform) Equipment Automation System

QMSwell©(Quality Management System) Quality Management System

WMSwell©(Warehouse Management System) Warehouse Management System

PMSwell©(Power Production Management System) Equipment Preventive Management System

YMSwell© (Yield Management System) Yield Management System

Line Control© -BC(Block Control System) Equipment Automation Control System

Intelligent Factory Planning

Overall planning based on the customer’s operational indicators and business philosophy, implemented in stages, achieving intelligent factory construction through equipment automation, production transparency, logistics intelligence, mobile management, data-driven decision-making, and cost reduction while increasing efficiency.

The best practice cases that have been implemented include: Tianjin Prin, Zhuhai Taihe, Xinyu Mulinsen, and several other customers are currently in negotiation. Intelligent factory planning consulting has become a trend in industry practice.

• Achieve overall planning for the construction of intelligent factories

• Achieve optimal layout of process flows and planning for information construction, reducing risks of engineering process, automation, and information integration

Based on the company’s market positioning, build a process flow, capacity assessment, equipment selection, connectivity, and personnel configuration planning that fits the company.

Build an intelligent factory suitable for itself

1. Confirm the product structure proportion and assess the required equipment capacity

2. Link equipment for each process, balance lines, and plan production rhythm

3. Evaluate the number of configurations for equipment in each process

—Achieve moderately flexible connectivity layout, laying a solid foundation for intelligent factories

• Capacity rhythm of each process needs to be balanced and matched to reduce excess temporary storage caused by capacity differences between processes, enhancing production efficiency.

• Achieve optimal modeling solutions for equipment, reducing equipment investment costs.

• Long line planning for large batch single product types requires solutions for handling anomalies, equipment maintenance, production changes, buffering, and scheduling interruptions.

• Flexible design for small batch multi-product types, using AGV/RGV/elevators to connect production line automation for intelligent production.

• Reasonable planning of auxiliary areas for production line materials, molds, inks, quality inspection, etc.

• Simultaneously plan and evaluate intelligent warehousing, intelligent logistics area division, and passage planning.

• Simultaneous evaluation of intelligent devices and the latest automation equipment in the industry.

Reasonable setting of temporary storage positions for production nodes, and maintenance and upkeep norms for the entire line;

Intelligent connection of AGV/RGV/elevators to production lines;

1、

Achieve integrated solutions for equipment selection to avoid later non-compliance with information and automation requirements;

Achieve full process quality traceability management for single pieces;

Achieve planning for full process equipment and logistics automation;

Achieve intelligent warehouse management;