Upper Computer – Software development _ host computer development _ Internet of things development _ App development _ Software custom development company https://www.unicromtech.com unicrom Tue, 03 Dec 2024 07:53:47 +0000 zh-Hans hourly 1 https://wordpress.org/?v=6.8.1 https://www.unicromtech.com/wp-content/uploads/2024/11/官网网址-1-60x60.png Upper Computer – Software development _ host computer development _ Internet of things development _ App development _ Software custom development company https://www.unicromtech.com 32 32 Upper-Computer Software Development https://www.unicromtech.com/7798.html Mon, 09 Sep 2024 03:57:18 +0000 https://www.unicromtech.com/?p=7798

Upper-computer solutions

Equipment Data Acquisition and Analysis

Gathering real-time data via an array of sensors, devices, or systems, and then conveying this information to the supervisory control computer for processing, analysis, and presentation, thus offering a foundation for informed decision-making.

Equipment Control and Automation

Automate control, monitoring, and management of various devices and processes via a supervisory computer to boost productivity, cut labor costs, decrease error rates, and safeguard equipment operation.

Embedded System Integration

Integrate embedded systems for smart, networked management, boosting efficiency, cutting costs, and strengthening product competitiveness.

System Simulation and Algorithms

Utilizing computer simulations to comprehend and improve system functionality and design. Algorithms are systematic methods for solving problems and executing computational tasks.

HMI、Scada、IOT

Mainly employed to achieve the intelligentization, networking, and automation of equipment management, which improves manufacturing efficiency, decreases operational expenses, and enhances the competitiveness of products.

Success Cases

Specializing in supervisory software development for smart manufacturing, industrial control, medical, hardware, and instrumentation sectors.
Laboratory Automation Control System
Intelligent Industrial Equipment Monitoring System
SCADA Tank Experiment Control Station
ECG Medical Upper Computer Management System
Microscope Analysis Control System
MES Factory Production Line Management System
Plus Dry Fluorescence-Free Analyzer Upper Computer
Laboratory Automation Control System
Function Modules:
Recipe Management
Process Control
Asset Management
Data Analytics

Solutions:The project features robotic systems, dispensing and cleaning equipment, and reaction stations, all controlled by a central computer for command execution and status monitoring. The goal is to automate and smartly upgrade the lab operations.
more
Example diagram
Example diagram
Intelligent Industrial Equipment Monitoring System
Function Modules:
Data Dashboard、Equipment Management、Order Management、Material Management
Solution:This software facilitates the issuance of production tasks and management of equipment information, with real-time control over production progress. Managers can monitor production and equipment status in real time via a web-based data dashboard. Equipment, materials, and order planning are operated and managed through an online backend system.
more
Example diagram
Example diagram
SCADA Tank Experiment Control Station
Function Module:
Equipment Control

Solution:The system enables intelligent tank numbering and dynamic assembly, supporting the creation of at least 10 independent experimental batches. For instance, Experiment 1 comprises tanks numbered 2, 4, 5, 7, and 8, while Experiment 2 includes tanks 1, 3, 6, 9, and 10. It allows for the flexible addition of tanks to any batch, optimizing resource allocation and enhancing experimental efficiency.
more
Example diagram
Example diagram
ECG Medical Upper Computer Management System
Functional Modules:
Case Management, Data Reading, Data Parsing, Chart Generation

Solution: The software primarily focuses on displaying patients’ ECG data and providing functionalities for ECG calibration and diagnosis. By reading and parsing the data collected from ECG devices, the software is capable of generating various ECG charts and automatically producing report conclusions. Printing of ECG charts is facilitated through a printer.
more
Example diagram
Example diagram
Microscope Analysis Control System
Functional Modules:
Image auto-recognition、Auto-focusing、Data visualization、Automated imaging with adjustable step size、Cell counting and marking

Solution:
Developed in Python for Windows, this system controls XY and Z-axis movement, offers automated and manual focusing, and captures cell images. It saves data for export, facilitating cell research and detection.
more
Example diagram
Example diagram
MES Factory Production Line Management System
Functional Modules:
Production planning、Warehouse management、Mold and color matching、Production and quality control、Dashboard reporting

Solution:
The software improves efficiency and quality control across factory areas, allowing real-time planning and monitoring of production, inventory, and equipment usage.
more
Example diagram
Example diagram
Plus Dry Fluorescence-Free Analyzer Upper Computer
Functional Modules:
Data collection、Data analysis、Printing via Windows client

Solution:
The client, targeting technological innovation, operates globally in medical device marketing and services. The updated software for their “Immuno Fluorescence Analyzer Plus” now supports terminal pet hospitals and new instrument integration, with enhanced connectivity beyond local networks.
more
Example diagram

Industries

Vertical industry solutions to meet business needs
Advanced Equipment Manufacturing
Advanced Equipment Manufacturing

Upper- computers, as the essence of intelligent manufacturing in the high-end equipment industry, integrate automation, data analytics, and production management to boost efficiency, quality, and innovation.
Biopharmaceutical Manufacturing Processes
Biopharmaceutical Manufacturing Processes

Upper- computer software can communicate with various sensors, actuators, and controllers, and other lower-level equipment to achieve real-time monitoring and control of key parameters in the biopharmaceutical process.
Inspection and Testing
Inspection and Testing

Upper -computer software streamlines inspection by automating data handling, ensuring accuracy and efficiency in quality control compliance.
Inspection and Testing
Inspection and Testing

Upper -computers in robotics provide a central system for precise control and intelligent management, offering user interfaces, data handling, remote operation, and programming.
New Energy
New Energy

Upper- computer software optimizes new energy systems’ performance and efficiency with centralized monitoring, real-time data handling, and remote management, fostering sustainable energy utilization.
New Materials
New Materials

Upper- computer software integrates machine learning, data analytics, and real-time monitoring to expedite new material discovery and improve production efficiency and quality.

Basic Functions of the Supervisory Software

Data visualization

Display the various signal changes (hydraulic pressure, water level, temperature, etc.) from the lower-level equipment operation on the screen in the form of graphics or numbers

Data analysis

Analyze historical data for trends, cycles, anomalies, and diagnostics using the graphical interface and analysis tools to uncover issues and optimize system performance.

Data acquisition and control

Create data collection tasks and manage collected data uniformly.
Perform calculations based on process requirements, logical demands, or algorithms.
Implement automatic output control

Data storage

Store user data, collected data items, process parameters, alarm information, operation logs, and program logs into the database according to rules

Unicrom’s advantages

Reliable Partner

With 36 years of experience and a team of over 100 industry veterans, we offer long-term, stable R&D services.

Professional Development Team

Our R&D team, with 12 years of industry experience, provides comprehensive services from consulting and requirements gathering to UI design, prototyping, testing, and deployment.

Senior Management Accountability

Leaderships oversee projects directly to ensure successful on-time delivery.

End-to-end Risk Management

Our project management team, certified in PMP and ACP, handles all risk aspects from feasibility analysis to deployment, ensuring project success.

ISO9001 Certification

Certified for design and development of computer application software, embedded industrial control boards, and electronic harness production.

Project workflow

Requirements alignment
Evaluation
Revision
Define scope
Commercial quotation
Contract confirmation
Framework creation
Design validation
UI design
Unit testing
Integration testing
Delivery acceptance
Deployment
Onboarding and training
Data delivery
Maintenance and support
Remote debugging
Onsite support

FAQ

Q:How to choose a reliable upper-computer development service provider?

A:The development of upper-computer software relies on the qualifications, experience, and after-sales service of the R&D team. Therefore, choosing a company with strong corporate strength, a stable team, and the ability to provide long-term services is an important factor.

Q:How much does it cost to development a custom upper-computer software system?

A:The cost of developing a custom upper-computer software is generally determined by various factors, including functional requirements, performance needs, development cycle, payment terms, the number of points, and data volume. Unicrom will provide a reasonable quotation based on these factors.

Q:How long is the development cycle for upper-computer software?

A:The development cycle varies depending on project requirements, ranging from a short term of half a month to two months, up to a longer term of three to six months.

Free project scoping

Customized technical solution

Consult with our technology experts to receive customized

project assessment and quotations

Get Quotes

]]> Upper Computer Software Development https://www.unicromtech.com/1704.html Sat, 08 Oct 2022 02:13:10 +0000 https://www.unicrom.cn/?p=1704

Upper computer development type

Equipment Data Acquisition and Analysis

Gathering real-time data via an array of sensors, devices, or systems, and then conveying this information to the supervisory control computer for processing, analysis, and presentation, thus offering a foundation for informed decision-making.

Equipment Control and Automation

Automate control, monitoring, and management of various devices and processes via a supervisory computer to boost productivity, cut labor costs, decrease error rates, and safeguard equipment operation.

Embedded System Integration

Integrate embedded systems for smart, networked management, boosting efficiency, cutting costs, and strengthening product competitiveness.

System Simulation and Algorithms

Utilizing computer simulations to comprehend and improve system functionality and design. Algorithms are systematic methods for solving problems and executing computational tasks.

HMI、Scada、IOT

Mainly employed to achieve the intelligentization, networking, and automation of equipment management, which improves manufacturing efficiency, decreases operational expenses, and enhances the competitiveness of products.

Industry Cases

Specializing in supervisory software development for smart manufacturing, industrial control, medical, hardware, and instrumentation sectors.
Laboratory Automation Control System
Intelligent Industrial Equipment Monitoring System
SCADA Tank Experiment Control Station
ECG Medical Upper Computer Management System
Microscope Analysis Control System
MES Factory Production Line Management System
Plus Dry Fluorescence-Free Analyzer Upper Computer
Laboratory Automation Control System
Function Modules:
Recipe Management
Process Control
Asset Management
Data Analytics

Solutions:The project features robotic systems, dispensing and cleaning equipment, and reaction stations, all controlled by a central computer for command execution and status monitoring. The goal is to automate and smartly upgrade the lab operations.
more
Example diagram
Example diagram
Intelligent Industrial Equipment Monitoring System
Function Modules:
Data Dashboard、Equipment Management、Order Management、Material Management
Solution:This software facilitates the issuance of production tasks and management of equipment information, with real-time control over production progress. Managers can monitor production and equipment status in real time via a web-based data dashboard. Equipment, materials, and order planning are operated and managed through an online backend system.
more
Example diagram
Example diagram
SCADA Tank Experiment Control Station
Function Module:
Equipment Control

Solution:The system enables intelligent tank numbering and dynamic assembly, supporting the creation of at least 10 independent experimental batches. For instance, Experiment 1 comprises tanks numbered 2, 4, 5, 7, and 8, while Experiment 2 includes tanks 1, 3, 6, 9, and 10. It allows for the flexible addition of tanks to any batch, optimizing resource allocation and enhancing experimental efficiency.
more
Example diagram
Example diagram
ECG Medical Upper Computer Management System
Functional Modules:
Case Management, Data Reading, Data Parsing, Chart Generation

Solution: The software primarily focuses on displaying patients’ ECG data and providing functionalities for ECG calibration and diagnosis. By reading and parsing the data collected from ECG devices, the software is capable of generating various ECG charts and automatically producing report conclusions. Printing of ECG charts is facilitated through a printer.
more
Example diagram
Example diagram
Microscope Analysis Control System
Functional Modules:
Image auto-recognition、Auto-focusing、Data visualization、Automated imaging with adjustable step size、Cell counting and marking

Solution:
Developed in Python for Windows, this system controls XY and Z-axis movement, offers automated and manual focusing, and captures cell images. It saves data for export, facilitating cell research and detection.
more
Example diagram
Example diagram
MES Factory Production Line Management System
Functional Modules:
Production planning、Warehouse management、Mold and color matching、Production and quality control、Dashboard reporting

Solution:
The software improves efficiency and quality control across factory areas, allowing real-time planning and monitoring of production, inventory, and equipment usage.
more
Example diagram
Example diagram
Plus Dry Fluorescence-Free Analyzer Upper Computer
Functional Modules:
Data collection、Data analysis、Printing via Windows client

Solution:
The client, targeting technological innovation, operates globally in medical device marketing and services. The updated software for their “Immuno Fluorescence Analyzer Plus” now supports terminal pet hospitals and new instrument integration, with enhanced connectivity beyond local networks.
more
Example diagram

solution

Vertical industry solutions to meet business needs
Advanced Equipment Manufacturing
Advanced Equipment Manufacturing

Upper computers, as the essence of intelligent manufacturing in the high-end equipment industry, integrate automation, data analytics, and production management to boost efficiency, quality, and innovation.
Biopharmaceutical Manufacturing Processes
Biopharmaceutical Manufacturing Processes

Upper computer software can communicate with various sensors, actuators, and controllers, and other lower-level equipment to achieve real-time monitoring and control of key parameters in the biopharmaceutical process.
Inspection and Testing
Inspection and Testing

Upper computer software streamlines inspection by automating data handling, ensuring accuracy and efficiency in quality control compliance.
Inspection and Testing
Inspection and Testing

Upper computers in robotics provide a central system for precise control and intelligent management, offering user interfaces, data handling, remote operation, and programming.
New Energy
New Energy

Upper computer software optimizes new energy systems’ performance and efficiency with centralized monitoring, real-time data handling, and remote management, fostering sustainable energy utilization.
New Materials
New Materials

Upper computer software integrates machine learning, data analytics, and real-time monitoring to expedite new material discovery and improve production efficiency and quality.

Introduction to the Basic Functions of the Supervisory Software

Data visualization

Display the various signal changes (hydraulic pressure, water level, temperature, etc.) from the lower-level equipment operation on the screen in the form of graphics or numbers

Data analysis

Analyze historical data for trends, cycles, anomalies, and diagnostics using the graphical interface and analysis tools to uncover issues and optimize system performance.

Data acquisition and control

Create data collection tasks and manage collected data uniformly.
Perform calculations based on process requirements, logical demands, or algorithms.
Implement automatic output control

Data storage

Store user data, collected data items, process parameters, alarm information, operation logs, and program logs into the database according to rules

5 core advantages

Reliable development company

100+ technical professionals, a self-built 2000㎡ R&D center, 36 years of corporate history, offering long-term and stable R&D services.

Professional development team

A 12-year experienced R&D team offering one-stop development services, covering the entire project lifecycle from consultation, design, development, debugging, implementation, to maintenance.

Direct responsibility system for senior executives

Through project monitoring and customer service mechanisms, company executives are directly responsible to clients, ensuring the quality of project deliverables.

Full-project risk management oversight

Our PMP and ACP-certified project management team manages risk from feasibility analysis to implementation, ensuring project success.

ISO9001 quality management system certification

We have ascended to a new level of high-standard quality management systems, with standardized service processes and guaranteed project quality, to provide you with superior and reliable R&D services.

Service process

Requirements communication
Evaluation
Tidying up
Confirmation
Commercial quotation
Confirmation of contract
Contract and cooperation
Software Framework Design
Prototype design validation
UI design confirms development
Code Unit tests
System joint adjustment
Delivery acceptance
Deploy and run
Training Support
Data delivery
After Sales support
Telephone communication
Remote debugging
Field support

You may also be interested in？

Q:How to choose a reliable upper computer development service provider?

A:The development of upper computer software relies on the qualifications, experience, and after-sales service of the R&D team. Therefore, choosing a company with strong corporate strength, a stable team, and the ability to provide long-term services is an important factor.

Q:How much does it cost to develop a custom host computer software system?

A:The cost of developing a custom upper computer software is generally determined by various factors, including functional requirements, performance needs, development cycle, payment terms, the number of points, and data volume. Unicrom will provide a reasonable quotation based on these factors.

Q:How long is the development cycle for upper computer software?

A:The development cycle varies depending on project requirements, ranging from a short term of half a month to two months, up to a longer term of three to six months.

Get for free

Customized technical solution

One-on-one requirement communication with senior technical engineers for professional technology development solutions & quotations

Fill in your requirements

]]> Developing upper computer software using LabVIEW https://www.unicromtech.com/3407.html Thu, 15 Dec 2022 08:21:48 +0000 https://www.unicrom.cn/?p=3407 The development of LabVIEW software for automation system upper computer is a traditional industry automation transformation, which includes common motion control, servo motor, stepper motor, acquisition card, motion board card, PLC control, C #/LabVIEW, visual detection, logic functions, etc.

LabVIEW development of upper computer software instrument types:

Development of upper computer software for electronic instruments such as network analyzers, digital multimeters, oscilloscopes, logic analyzers, data collectors, signal generators, DC power supplies, AC power supplies, safety testers, battery testers, power analyzers, LCR digital bridges, insulation and withstand voltage testers, and electronic loads.

LabVIEW developed upper computer software instrument brand:

Introduction to the characteristics of LabVIEW upper computer software developed by you:


◆ Stability: A mature technical system ensures stable software operation;
Smooth: Real time data collection at the microsecond level, without lagging in massive data analysis;


◆ High integration: The system is highly integrated, achieving efficient management of personnel, equipment, and business across regions, businesses, and platforms;


◆ Easy to operate and maintain: For increasingly complex and precise production processes and processes, simplify the operation process, save training and maintenance costs.


Introduction to the functions of LabVIEW developed upper computer software:


◆ User management: Manage and maintain user basic information (add, delete, modify, check);
◆ Permission management: Manage the data permissions and functional operation modules of users in various functional modules, so that the user can perform operations within their permission range;


◆ Data collection and control: Create collection tasks, manage collection data uniformly, calculate and process according to process requirements, logical requirements or algorithms to achieve automatic output control


◆ Data storage: Store user data and collected data, such as process parameters, alarm information, operation logs, program logs, etc., in a database according to rules.


Applicable fields for LabVIEW development of upper computer


1) Industrial software
Connect with the production management system or other management systems, obtain production order data and related process instructions, communicate with PLC or production equipment, and issue production data. Simultaneously obtaining status data during the production process, monitoring the production process in real-time, and saving or returning relevant data in the form of a database for convenient historical record query and traceability.


2) Medical
By using PLC to collect data from devices or sensors, corresponding charts and data analysis are performed to obtain different operating states of the equipment. Alarm prompts or other graded action operations are given for faults or abnormal situations that have occurred or are about to occur.


3) System integration
The upper computer software communicates and connects with various modules to send and receive essential instructions and data during the system execution process. At the same time, it serves as the brain of the system and controls the actions of each module. On the other hand, the upper computer software also serves as the communication channel between users and the system, and the software interface is particularly important.

Unicom is the preferred choice for upper computer software development


Unicom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.
Our professional service team integrates advanced project management solutions and cutting-edge software technology. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.

]]> Developing the upper computer software with Python https://www.unicromtech.com/3417.html Thu, 15 Dec 2022 08:31:45 +0000 https://www.unicrom.cn/?p=3417 With the rise of the Internet of Things, more and more traditional industrial equipment needs to communicate with the outside world. However, in many cases, microcontrollers like PLCs cannot directly connect with the outside world due to their own hardware factors. Through the upper computer like PC as an intermediary bridge, it opens a door for PLC to communicate with the outside world. Python, as the most popular programming language currently, can be seen in many aspects such as AI and cloud computing. Of course, it also has a wide range of applications in industrial control.

Introduction to the Characteristics of Developing Upper Computer Software in Python

◆ Stability: A mature technical system ensures stable software operation;
◆Smooth: Real time data collection at the microsecond level, without lagging in massive data analysis;
◆ High integration: The system is highly integrated, achieving efficient management of personnel, equipment, and business across regions, businesses, and platforms;
◆ Easy to operate and maintain: For increasingly complex and precise production processes and processes, simplify the operation process, save training and maintenance costs.

Introduction to the Functions of Developing Upper Computer Software in Python

◆ User management: Manage and maintain user basic information (add, delete, modify, check);
◆ Permission management: Manage the data permissions and functional operation modules of users in various functional modules, so that the user can perform operations within their permission range;
◆ Data collection and control: Create collection tasks, manage collection data uniformly, calculate and process according to process requirements, logical requirements or algorithms to achieve automatic output control;
◆ Data storage: Store user data and collected data, such as process parameters, alarm information, operation logs, program logs, etc., in a database according to rules.

The application fields of developing upper computer software using Python

1) Industrial software
Connect with the production management system or other management systems, obtain production order data and related process instructions, communicate with PLC or production equipment, and issue production data. Simultaneously obtaining status data during the production process, monitoring the production process in real-time, and saving or returning relevant data in the form of a database for convenient historical record query and traceability.


2) Medical
By using PLC to collect data from devices or sensors, corresponding charts and data analysis are performed to obtain different operating states of the equipment. Alarm prompts or other graded action operations are given for faults or abnormal situations that have occurred or are about to occur.


3) System integration
The upper computer software communicates and connects with various modules to send and receive essential instructions and data during the system execution process. At the same time, it serves as the brain of the system and controls the actions of each module. On the other hand, the upper computer software also serves as the communication channel between users and the system, and the software interface is particularly important.

How to choose a Python upper computer software developer?

Unicrom has the following 6 advantages in developing upper computer software based on Python qt

1) Strong company strength
100+professional technical team,;


2) A professional development team
A team with 7 years of industry development experience, providing one-stop development services from consulting, requirement sorting, prototype testing, and launch;


3) Rich industry experience
With 7 years of industry accumulation, serving over 500 customers, and rich experience in industrial automation, equipment monitoring, medical device intelligence, and other fields;


4) Executive direct responsibility system
Development Director – Project Director – General Manager review step by step to ensure project production;


5) Full process risk management and control
7 * 24-hour rapid response, 24 standard service processes, and 34 delivery standards, with full transparency and transparency throughout the process, allowing you to rest assured and worry free;


6) ISO9001 Quality Management System Certification
The PMP and ACP project management qualification project management team in the United States comprehensively evaluates and controls risks to ensure that the project can be implemented.

Unicrom is the preferred choice for upper computer software development


Unicrom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.
Our professional service team integrates advanced project management solutions and cutting-edge software technology. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.

]]> C # Developing upper computer software https://www.unicromtech.com/3408.html Thu, 15 Dec 2022 08:21:48 +0000 https://www.unicrom.cn/?p=3408 Developing upper computer software based on Visual Studio C # language, communication control equipment includes commonly used PLCs such as Siemens and Mitsubishi, as well as oscilloscopes, electronic loads, digital multimeters, programmable power supplies, etc. It can also be used for other commonly used communication protocols such as MODBUS, RS232, TCP/IP, GPIB, SCPI, etc.

上位机开发软件应用仪器

Introduction to the Characteristics of C # Developing Upper Computer Software

◆ Stability: A mature technical system ensures stable software operation;


◆Smooth: Real time data collection at the microsecond level, without lagging in massive data analysis;


◆ High integration: The system is highly integrated, achieving efficient management of personnel, equipment, and business across regions, businesses, and platforms;


◆ Easy to operate and maintain: For increasingly complex and precise production processes and processes, simplify the operation process, save training and maintenance costs.

C # Project Service Process for Developing Upper Computer Software

Introduction to the functions of developing upper computer software in C #

◆ User management: Manage and maintain user basic information (add, delete, modify, check);


◆ Permission management: Manage the data permissions and functional operation modules of users in various functional modules, so that the user can perform operations within their permission range;


◆ Data collection and control: Create collection tasks, manage collection data uniformly, calculate and process according to process requirements, logical requirements or algorithms to achieve automatic output control;


◆ Data storage: Store user data and collected data, such as process parameters, alarm information, operation logs, program logs, etc., in a database according to rules.

Unicrom is the preferred choice for upper computer software development


Unicrom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.


Our professional service team integrates advanced project management solutions and cutting-edge software technology. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.

]]> PLC upper computer software development https://www.unicromtech.com/3402.html Thu, 15 Dec 2022 08:17:00 +0000 https://www.unicrom.cn/?p=3402 If PLC is the cerebellum of industrial control, then the upper computer software is its brain. In concept, the controller and service provider are upper level computers, while the controlled and serviced are lower level computers. The upper level computer often processes digital signals and issues commands, while the lower level computer often processes analog signals and executes commands.

Introduction to the characteristics of PLC upper computer software

◆ High stability requirements: Software crashes can lead to production stagnation, causing significant losses, and low customer stability tolerance;


◆ High real-time requirements: The business or data processed by the upper computer software often have real-time requirements, and the machine cannot wait for the program to freeze before slowing down;


◆ High robustness requirements: Some production lines operate continuously 24 hours a day, so software is required to have the characteristic of continuous operation without stopping;


◆ Easy to operate and maintain: The production environment is not as comfortable as the office environment, so higher requirements for software operation and maintenance are put forward;


◆Timeliness of fault response: After a fault occurs, the maintenance team can respond and solve the problem in a timely manner, avoiding greater losses.

The main application industries of PLC upper computer software
PLC upper computer software is applied in various industries, especially in manufacturing, logistics sorting industry, instrument and equipment field, etc. It is also widely used in mineral mining and processing, chemical industry, food and beverage processing and manufacturing, tobacco logistics, drug production, mechanical equipment production, etc.


With the continuous upgrading of automation, informatization, and intelligence in the production and manufacturing industry, the cost of industrial workers is gradually increasing. PLC upper computer software has gradually become a standard configuration, and the continuous development and maturity of technology services specifically serving production and manufacturing are also promoting the development of upper computer software and manufacturing intelligence.

Introduction to the functions of PLC upper computer software

◆ User management: Manage and maintain user basic information (add, delete, modify, check);


◆ Permission management: Manage the data permissions and functional operation modules of users in various functional modules, so that the user can perform operations within their permission range;


◆ Data collection and control: Create collection tasks, manage collection data uniformly, calculate and process according to process requirements, logical requirements or algorithms to achieve automatic output control;


◆ Data storage: Store user data and collected data, such as process parameters, alarm information, operation logs, program logs, etc., in a database according to rules.

The preferred software development for PLC upper computer is created by you

Unicrom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.
Our professional service team integrates advanced project management solutions and cutting-edge software technologies. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.

]]> Development of Industrial Control Configuration Software https://www.unicromtech.com/3396.html Thu, 15 Dec 2022 07:49:54 +0000 https://www.unicrom.cn/?p=3396 Industrial control software, used to monitor the operation of automation equipment or control systems. Traditional upper computer software is completed through configuration, which has the characteristics of stability and easy development. However, there are also problems such as poor human-computer interaction, weak interconnectivity, too single functions, and inability to meet personalized needs. It can no longer meet the automation control needs of the new era, especially after the introduction of intelligent manufacturing, Industry 4.0, and the Made in China 2025 concept, traditional automation systems need to be upgraded and transformed towards intelligence.


Unicrom focuses on the accumulation of automation control and rich experience in upper computer software development. It adopts high-level language customization development and standardizes multiple functional modules, which not only meets the needs of enterprises for intelligence, but also has the characteristics of short customization development cycle and stable software operation. The new manufacturing era gives new impetus to the production and manufacturing of enterprises.

Characteristics of Industrial Control Configuration Software Development

◆ Stability: A mature technical system ensures stable software operation;
◆Smooth: Real time data collection at the microsecond level, without lagging in massive data analysis;
◆ High integration: The system is highly integrated, achieving efficient management of personnel, equipment, and business across regions, businesses, and platforms;
◆ Easy to operate and maintain: For increasingly complex and precise production processes and processes, simplify the operation process, save training and maintenance costs.

Introduction to the Functions of Industrial Control Configuration Software Development

◆ User management: Manage and maintain user basic information (add, delete, modify, check);


◆ Permission management: Manage the data permissions and functional operation modules of users in various functional modules, so that the user can perform operations within their permission range;


◆ Data collection and control: Create collection tasks, manage collection data uniformly, calculate and process according to process requirements, logical requirements or algorithms to achieve automatic output control;


◆ Data storage: Store user data and collected data, such as process parameters, alarm information, operation logs, program logs, etc., in a database according to rules.

Project Service Process for Industrial Control Configuration Software Development

Industrial control configuration software development preferred by you

Unicrom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.
Our professional service team integrates advanced project management solutions and cutting-edge software technologies. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.

]]> Development of an automatic data collection system https://www.unicromtech.com/3406.html Thu, 15 Dec 2022 08:21:48 +0000 https://www.unicrom.cn/?p=3406 Data acquisition (DAQ) refers to the automatic collection of non electrical or electrical signals from analog and digital units under test, such as sensors and other devices, and sending them to the upper computer for analysis and processing. A data acquisition system is a flexible and user-defined measurement system that combines measurement software and hardware products based on computers or other specialized testing platforms.

The characteristics of developing an automatic data collection system

◆ Stability: A mature technical system ensures stable software operation;
◆ Smooth: Real time data collection at the microsecond level, without lagging in massive data analysis;
◆ High integration: The system is highly integrated, achieving efficient management of personnel, equipment, and business across regions, businesses, and platforms;
◆ Easy to operate and maintain: For increasingly complex and precise production processes and processes, simplify the operation process, save training and maintenance costs.

The functions of developing an automatic data collection system

◆ User management: Manage and maintain user basic information (add, delete, modify, check);


◆ Permission management: Manage the data permissions and functional operation modules of users in various functional modules, so that the user can perform operations within their permission range;


◆ Data collection and control: Create collection tasks, manage collection data uniformly, calculate and process according to process requirements, logical requirements or algorithms to achieve automatic output control;


◆ Data storage: Store user data and collected data, such as process parameters, alarm information, operation logs, program logs, etc., in a database according to rules.

The project service process for developing an automatic data collection system

The application industry of developing automatic data collection systems

The data collection system has been applied in various industries, especially in manufacturing, logistics sorting industry, instrument and equipment field, etc. It has also been widely applied in mineral mining and processing, chemical industry, food and beverage processing and manufacturing, tobacco logistics, drug production, mechanical equipment production, etc.


With the continuous upgrading of automation, informatization, and intelligence in the production and manufacturing industry, the cost of industrial workers is gradually increasing, and data collection systems have gradually become standard equipment. The continuous development and maturity of technology services that specifically serve production and manufacturing are also promoting the development of upper computer software and manufacturing intelligence.

The project development cycle for the development of an automatic data collection system

The cycle varies depending on the needs of the project, ranging from half a month to two months in the short term and 3-6 months in the long term.


Customers generally request that the shorter the construction period, the better, but this is not absolute. Generally speaking, if a software developer team is mature and has sufficient manpower, their development cycle is relatively short. However, software development has its own specific processes and rules. If the requirements are high and time is not sufficient, it is likely to lead to issues with software system quality. According to the functional and technical requirements of the project, you can consult with your customer service to obtain the specific project development cycle.

Unicrom is the preferred choice for developing automatic data collection systems

Unicrom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.
Our professional service team integrates advanced project management solutions and cutting-edge software technologies. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.

]]> Development of microcontroller upper computer https://www.unicromtech.com/3401.html Thu, 15 Dec 2022 08:17:00 +0000 https://www.unicrom.cn/?p=3401 As long as we do upper computer development, we cannot do without communication protocols. Generally speaking, microcontrollers can communicate with the upper computer through serial ports, but it is not ruled out that some microcontrollers now also integrate Ethernet ports. In terms of serial communication, there are several commonly used communication methods, including serial custom protocol, Modbus protocol, and CAN bus. Professional people do professional things, Unicrom focuses on software development for microcontrollers and upper computers. Welcome to consult and learn about solutions.

Introduction to the Characteristics of Microcontroller Upper Computer Development

◆ High stability requirements: Software crashes can lead to production stagnation, causing significant losses, and low customer stability tolerance;


◆ High real-time requirements: The business or data processed by the upper computer software often have real-time requirements, and the machine cannot wait for the program to freeze before slowing down;


◆ High robustness requirements: Some production lines operate continuously 24 hours a day, so software is required to have the characteristic of continuous operation without stopping;


◆ Easy to operate and maintain: The production environment is not as comfortable as the office environment, so higher requirements for software operation and maintenance are put forward;


◆ Timeliness of fault response: After a fault occurs, the maintenance team can respond and solve the problem in a timely manner, avoiding greater losses.

Application fields of microcontroller upper computer development

1) Application on intelligent instruments and meters
Microcontrollers have the advantages of small size, low power consumption, strong control function, flexible expansion, miniaturization, and convenient use. They are widely used in instruments and meters. Combined with different types of sensors, they can achieve the measurement of physical quantities such as voltage, power, frequency, humidity, temperature, flow rate, speed, thickness, angle, length, hardness, elements, pressure, etc. The use of microcontroller control makes the instruments digital, intelligent, and miniaturized, and the functions are more powerful than using electronic or digital circuits. For example, precision measurement equipment (power meters, oscilloscopes, various analyzers).


2) Application in industrial control
Microcontrollers can form various forms of control systems and data acquisition systems. For example, intelligent chip management in factory assembly lines, intelligent control of elevators, various alarm systems, and secondary control systems connected to computers.


3) Application in household appliances
It can be said that nowadays, household appliances are basically controlled by microcontrollers, ranging from rice cookers, washing machines, refrigerators, air conditioners, color TVs, other audio and video equipment, to electronic weighing devices, all of which are diverse and ubiquitous.


4) Applications in computer networks and communication fields
Modern microcontrollers generally have communication interfaces, which can facilitate data communication with computers, providing excellent material conditions for applications between computer networks and communication equipment. Nowadays, communication equipment basically realizes intelligent control of microcontrollers, from mobile phones, telephones, small program-controlled switches, building automatic communication call systems, train wireless communication, to ubiquitous mobile phones, cluster mobile communication, wireless walkie talkies, etc. in daily work.


5) The application of microcontrollers in the field of medical equipment
Microcontrollers are also widely used in medical equipment, such as medical ventilators, various analyzers, monitors, ultrasound diagnostic equipment, and hospital bed call systems.


6) Modular application in various large electrical appliances
Some specialized microcontrollers are designed to achieve specific functions for modular applications in various circuits, without requiring users to understand their internal structure. Like music integrated microcontrollers, seemingly simple functions that are miniaturized in pure electronic chips (different from the principles of magnetic tape drives) require complex principles similar to those of computers. For example, music signals are stored in digital form in memory (similar to ROM), read out by microcontrollers, and converted into analog music electrical signals (similar to sound cards).
In large circuits, this modular application greatly reduces size, simplifies circuits, reduces damage and error rates, and facilitates replacement.


7) The application of microcontrollers in the field of automotive equipment
Microcontrollers are widely used in automotive electronics, such as engine controllers in cars, intelligent electronic controllers for automotive engines based on CAN bus, GPS navigation systems, ABS anti lock braking systems, braking systems, and so on.

In addition, microcontrollers have a wide range of applications in industries such as industry and commerce, finance, education, and aerospace.

Project service process for developing microcontroller upper computer

Unicrom is the preferred choice for microcontroller upper computer development


Unicrom is a high-tech enterprise that focuses on the development of industrial automation upper computer software. The company’s 100 person development team has many years of software development experience, covering a full range of industrial software development businesses such as industrial control/data informatization, automation system control, instrument control and electrical measurement, data acquisition/status monitoring.


Our professional service team integrates advanced project management solutions and cutting-edge software technologies. Provide strong support for the implementation and scientific research of enterprise product applications, and help customers achieve measurable business value.

]]> Development of non-standard automation upper computer https://www.unicromtech.com/3423.html Thu, 15 Dec 2022 08:31:46 +0000 https://www.unicrom.cn/?p=3423 Unicrom is an industry focused system integration and upper computer software development company, with a team of 100 people and years of software development experience. We provide a complete set of technical solutions for non-standard equipment manufacturers, including PLC upper computer programming, upper computer software development, and industrial equipment centralized control.

Characteristics of non-standard automation upper computer development

◆ Stability: A mature technical system ensures stable software operation;
◆ Smooth: Real time data collection at the microsecond level, without lagging in massive data analysis;
◆ High integration: The system is highly integrated, achieving efficient management of personnel, equipment, and business across regions, businesses, and platforms;
◆ Easy to operate and maintain: For increasingly complex and precise production processes and processes, simplify the operation process, save training and maintenance costs.

The main application scenarios of non-standard automation upper computer development

  1. Control, acquisition, monitoring, alarm, etc. of automated production lines;
  2. Quality data detection;
  3. On site and remote control of instruments and equipment;
  4. Visual detection scene;
  5. Calculation and data collection of logistics conveyor lines;
  6. Calculation and data collection of the measurement and control system;
  7. Control and data collection of medical equipment, etc.

Project service process for non-standard automation upper computer development

Why choose Unicom?


1) Strong company strength
100+professional technical team;


2) A professional development team
A team with 7 years of industry development experience, providing one-stop development services from consulting, requirement sorting, prototype testing, and launch;


3) Rich industry experience
With 7 years of industry accumulation, serving over 500 customers, and rich experience in industrial automation, equipment monitoring, medical device intelligence, and other fields;


4) Senior management is directly responsible for
Development Director – Project Director – General Manager review step by step to ensure project production;


5) Full lifecycle standardized services
7 * 24-hour rapid response, 24 standard service processes, and 34 delivery standards, with full transparency and transparency throughout the process, allowing you to rest assured and worry free;


6) ISO9001 Quality Management System Certification
The PMP and ACP project management qualification project management team in the United States comprehensively evaluates and controls risks to ensure that the project can be implemented.

]]>