The production line information is not transparent, and the efficiency is low 

●  The line and equipment efficiency is unknown.
● The idle and waiting time are too long.
● Abnormal alarms are not solved timely.
● The line yield abnormality cannot be accessed timely, and there is a decision-making delay. 
● The material waiting time is too long.

The production line abnormality cost is too high

● Tools are not replaced timely.
● Equipment is not maintained timely. 
● CPK is instable and cannot be positioned accurately. 
● The quality is instable, and the spot check frequency is not flexible. 

Production line management & control is not continued

● The production line management & control loop cannot be formed. 
● The production statistics & analysis is difficult.
● Data statistics is interrupted 

Paper-based management 

● Paper-based process and quality documents.
● Documents are easy to damage. 
● Data timeliness is poor.

Quality cannot be tracked

● The utilization rate of quality data is not high. 
● It is hard to form quality archives. 
●  It is hard to realize quality tracing. 
● There are no offline alarms for parts. 

Difficult information sharing

● Information isolated island. 
●  Actively access key information. 
● The accuracy is hard to guarantee. 

The production line information is not transparent, and the efficiency is low 

● The line and equipment efficiency is unknown.
● The idle and waiting time are too long.
● Abnormal alarms are not solved timely.
● The line yield abnormality cannot be accessed timely, and there is a decision-making delay. 
● The material waiting time is too long.

The production line abnormality cost is too high

● Tools are not replaced timely.
● Equipment is not maintained timely. 
● CPK is instable and cannot be positioned accurately. 
● The quality is instable, and the spot check frequency is not flexible. 

Production line management & control is not continued

● The production line management & control loop cannot be formed. 
● The production statistics & analysis is difficult.
● Data statistics is interrupted 

Paper-based management 

Paper-based process and quality documents.
● Documents are easy to damage. 
● Data timeliness is poor.

Quality cannot be tracked

● The utilization rate of quality data is not high. 
● It is hard to form quality archives. 
●  It is hard to realize quality tracing. 
● There are no offline alarms for parts. 

Difficult information sharing

● Information isolated island. 
●  Actively access key information. 
● The accuracy is hard to guarantee. 

MDC data statistics and analysis

DNC program transmission management 

TDM tool management 

JOB production schedule management 

VISION visual production board 

PROTRACK production data tracing 

QC quality management

Energy consumption management 

MDC data statistics and analysis

DNC program transmission management 

TDM tool management 

JOB production schedule management 

VISION visual production board 

PROTRACK production data tracing 

QC quality management

Energy consumption management 

Basic data

● Support the access of various kinds of heterogeneous devices to the DMP platform; 
● Support the access of various upper-level systems to equipment data via standard protocols (OPCUA, MQTT, WebAPI, etc.); 
● Support the platform to be configured with various data items and equipment communication parameters in a dynamic manner; provide online tools and facilitate authentication data and platform functions; 
● Support secondary development, enable the user to develop various functional components to extend functions of DMP and realize the self-defined logic. 

Basic data 

● Support the access of various kinds of heterogeneous devices to the DMP platform; 
● Support the access of various upper-level systems to equipment data via standard protocols (OPCUA, MQTT, WebAPI, etc.); 
● Support the platform to be configured with various data items and equipment communication parameters in a dynamic manner; provide online tools and facilitate authentication data and platform functions; 
● Support secondary development, enable the user to develop various functional components to extend functions of DMP and realize the self-defined logic. 

Process procedure management

● Allocate the corresponding part number to production line equipment, and compare with the equipment to invoke the corresponding subprogram; 
● Judge the scheduling dispatch and invoking execution according to the part process flow through the maintenance process path and associated process documents. 
● Program uploading and downloading
● Program version management
● Program approval process 
● Program comparison 

Process procedure management

● Allocate the corresponding part number to production line equipment, and compare with the equipment to invoke the corresponding subprogram; 
● Judge the scheduling dispatch and invoking execution according to the part process flow through the maintenance process path and associated process documents. 
● Program uploading and downloading
● Program version management
● Program approval process 
● Program comparison 

Personnel online performance management 

● The personnel management system records the online and offline operation logs of personnel as well as the working situation of personnel; 

● The personnel management system binds the equipment production work order task completion result with the equipment operator to facilitate performance assessment of production personnel. 

Personnel online performance management 

● The personnel management system records the online and offline operation logs of personnel as well as the working situation of personnel; 

● The personnel management system binds the equipment production work order task completion result with the equipment operator to facilitate performance assessment of production personnel. 

Production work order management

● Production work order management can realize submission of the production schedule of production lines, and collect parameters and the equipment situation in the production process to facilitate tracing of the work order; 
● According to the equipment parameters of the bound MO, it is convenient to follow the production of each part in the production order and find the fault point;
● The production plan can be manually reported and supplemented with relevant information;
● It can also interface with AGV and WMS systems for AGV trolley calling and WMS material warehousing application.

Production work order management

● Production work order management can realize submission of the production schedule of production lines, and collect parameters and the equipment situation in the production process to facilitate tracing of the work order; 
● According to the equipment parameters of the bound MO, it is convenient to follow the production of each part in the production order and find the fault point;
● The production plan can be manually reported and supplemented with relevant information;
● It can also interface with AGV and WMS systems for AGV trolley calling and WMS material warehousing application.

Production quality management

● Connect the measuring equipment in the production line - CMM, etc. to obtain the part measurement data;

● Sample the test data, customize and develop the test data analysis trend chart according to customer needs.

Production quality management

● Connect the measuring equipment in the production line - CMM, etc. to obtain the part measurement data;

● Sample the test data, customize and develop the test data analysis trend chart according to customer needs.

Equipment maintenance management

● Regularly generate maintenance items for the same type of equipment according to the set maintenance items or create a separate maintenance plan based on the equipment, select equipment codes, maintain maintenance items, implement maintenance plans, and generate maintenance documents;
● Production line equipment management can record equipment maintenance logs, understand equipment maintenance process, and trace non production consumables of equipment.

Equipment maintenance management

● Regularly generate maintenance items for the same type of equipment according to the set maintenance items or create a separate maintenance plan based on the equipment, select equipment codes, maintain maintenance items, implement maintenance plans, and generate maintenance documents;
● Production line equipment management can record equipment maintenance logs, understand equipment maintenance process, and trace non production consumables of equipment.

Production energy consumption monitoring

●  Data monitoring variables can be customized to monitor the energy use of plant equipment in real time, and corresponding energy consumption plans and indicators can be specified according to the statistical analysis results;

● Energy consumption monitoring, energy consumption statistics, and energy consumption analysis. The real-time energy consumption related data of each equipment can be viewed in real time, the statistical results can be summarized and displayed in various styles, and the analysis results can be displayed in charts.

Production energy consumption monitoring

● Data monitoring variables can be customized to monitor the energy use of plant equipment in real time, and corresponding energy consumption plans and indicators can be specified according to the statistical analysis results;

● Energy consumption monitoring, energy consumption statistics, and energy consumption analysis. The real-time energy consumption related data of each equipment can be viewed in real time, the statistical results can be summarized and displayed in various styles, and the analysis results can be displayed in charts.

Production monitoring platform

● The production monitoring platform can collect and display the equipment status, production efficiency, equipment alarm information, production line output and other information of the whole production line;
● It is convenient for the person in charge of the production line to control the production line status and adjust the production line rhythm;
● Advantages of visualization platform: drag and drop component development, which can quickly build a visual interface.

Production monitoring platform

● The production monitoring platform can collect and display the equipment status, production efficiency, equipment alarm information, production line output and other information of the whole production line;
● It is convenient for the person in charge of the production line to control the production line status and adjust the production line rhythm;
● Advantages of visualization platform: drag and drop component development, which can quickly build a visual interface.

Rich project experience

It has implemented intelligent management software (including FMS software) for nearly 500 production lines, and has rich project experience.

Strong professional ability

The company gathers elites in the industry and has rich work
Experience. Software programmers, CNC, PLC equipment system testers, on-site implementers, and hardware R&D personnel all have more than 7 years of work experience and independently develop professional software products.

Fast technology update

The company has continuously increased its research and development and investment in new technologies, purchased different PLC and CNC simulators, developed data acquisition methods, followed the pace of market system updates, and constantly improved its technical capabilities.

The underlying driving rate is rich and mature

95% CNC control on the market can be linked
The dynamic system and PLC control dynamic system do not need the manufacturer to open the interface.

Rich project experience 

It has implemented intelligent management software (including FMS software) for nearly 500 production lines, and has rich project experience.

Strong professional ability

The company gathers elites in the industry and has rich work
Experience. Software programmers, CNC, PLC equipment system testers, on-site implementers, and hardware R&D personnel all have more than 7 years of work experience and independently develop professional software products.

Fast technology update

The company has continuously increased its research and development and investment in new technologies, purchased different PLC and CNC simulators, developed data acquisition methods, followed the pace of market system updates, and constantly improved its technical capabilities.

The underlying driving rate is rich and mature

95% CNC control on the market can be linked
The dynamic system and PLC control dynamic system do not need the manufacturer to open the interface.