Industrial software development – Software development _ host computer development _ Internet of things development _ App development _ Software custom development company

Software customization development

由你创 — Wed, 26 Jul 2023 10:05:44 +0000

Products and Services

APP Development

Android/iOS Native APP Development, Cross-platform Hybrid APP Development, Self-developed High-performance Framework.

Small program development

Provides one-stop mini-program customization development for various industries such as e-commerce, new retail, and smart hardware.

Website System Development

Rich experience in system architecture provides high-concurrency, high-reliability, and secure system solution.

Software development in various industries

Extensive industry software experience, including IoT, smart hardware, e-commerce, enterprise tools, and smart city solutions.

CASE

Multi-industry project practical experience, visualizing customer requirements, and spreading the brand’s voice globally

APP Custom Development

Custom app development is the creation of tailored mobile applications, facilitating the mobile informatization of businesses in the era of widespread mobile internet use.

中电金信

国家电网

上海银行

赛尔

Small program custom development

WeChat Mini Programs are apps that run without download, accessible via scan or search. They’ve created a robust developer ecosystem and boast 200 million daily active users, contributing to a new internet industry chain.

中国建设银行

冠德石油

盘古

酒店商城SAAS

Industrial software custom development

Industrial software encompasses systems, applications, middleware, and embedded software used in industry. It’s divided into programming languages, system software, application software, and middleware, with system software providing core computer functions and application software tailored to specific industrial needs.

SCADA

英维克

力顿纽扣

锅炉工控软件

Host computer software development

Host computer development focuses on building automated control systems for industrial equipment, utilizing technologies like embedded, C++, and Python programming, along with communication protocols for data exchange and control. This integration enables efficient and stable operations of automated production lines.

公安部第一研究所

电子科技大学

中国赛宝实验室

武汉大学

Web development

The process of creating and maintaining websites and web applications. It involves writing, testing, and deploying web applications using various programming languages and technologies to meet specific business and user requirements.

中国农业银行

西北工业大学

维谛技术

百傲

IoT Development

Based on dedicated devices and technology development, and through network access, it achieves ubiquitous connectivity between things and things, as well as things and people, enabling intelligent perception, identification, and management of products and processes by users.

炒菜机器人

泳池机器人

智能镜柜系统

物联网监控大屏

solution

Vertical industry solutions that meet business needs.

Industrial software

Delivers comprehensive smart factory solutions to industrial businesses, facilitating strategic shifts and business model innovation via digital technology.

Amidst China’s industrial boom, enterprises require intelligent manufacturing solutions and automated information integration to streamline operations, improve efficiency, and realize fully digitalized and intelligent manufacturing.

smart medical care

Integrating and analyzing medical data through digital and networked methods improves the quality and efficiency of healthcare services.

Employing cutting-edge IT to advance healthcare into digital, networked, and intelligent realms, this technology integrates AI, big data, cloud computing, and IoT to improve healthcare efficiency, quality, and safety in line with health management demands.

System integration

Automated systems consist of numerous mechanisms and modules that work together to complete a set of automated workflows.

System integration is the process of combining software, hardware, and communication technologies to address information processing needs. It ensures that what were once independent systems now work cohesively and harmoniously to maximize overall efficiency and effectiveness.

Clients

6 core advantages

Reliable development company

A team of over 100 professional technical experts, with a research and development center exceeding 2000 square meters (owned)

Professional development team

A team with 12 years of industry development experience, providing one-stop development services from consultation, requirement clarification, UI design, prototyping, testing to launch

Extensive Industry Experience

A decade of industry accumulation, with over 500 served clients, extensive experience in fields such as industrial automation, equipment monitoring, and intelligent medical device solutions

Three-tier Project Review Mechanism

Development Director – Project Director – General Manager for tiered project review to ensure quality delivery

Full Lifecycle Standardized Services

24/7 rapid response, 24 standard service processes, 34 delivery standards, fully transparent throughout the process, ensuring your peace of mind and ease of mind

Project Risk Management

Project management team with American PMP and ACP qualifications comprehensively assesses and controls risks to ensure project implementation

Project 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 be interested in these questions.

Q:What should a user-friendly local on-demand service app possess?

A:1. Offer a diverse range of on-demand services, such as house cleaning, repair services, beauty and hairdressing, to cater to the varying needs of different users. 2. Provide a quick and straightforward ordering process, along with clear service descriptions, allowing users to easily understand the prices, content, and duration of different services, thereby enhancing the user experience. 3. Allow for flexible appointment times and locations to accommodate users’ varying needs and schedules. 4. Provide considerate service guarantees, such as offering coupons, a customer service hotline, and timely responses to user inquiries and complaints, ensuring users have a positive service experience.

Q:Why has the distribution system been able to rise in the internet industry?

A:1. Cost Reduction: As the internet dividend has gradually faded in recent years, the cost of customer acquisition has been increasing annually. For instance, the customer acquisition cost for some educational products can reach several thousand yuan, and for some financial products, it has already surpassed a few hundred yuan. However, with the rise of social e-commerce, distribution can leverage the familiar relationships within distributors’ social networks to complete customer acquisition at a very low cost. 2. Revenue Increase: On most e-commerce or educational platforms, traffic resources and support policies often favor top brands or well-known figures, exacerbating the Matthew Effect. As a result, niche brands or less-known educators receive limited exposure and see their profit margins continuously squeezed.

Q:What is an intelligent queuing system?

A:1. Intelligent Queue Management System: This is a software system used in service industries such as banks, hospitals, and telecommunications to manage customers who are waiting to process various related services. 2. An intelligent queue system is a system that uses computers, networks, and other technological means to manage and optimize queuing and waiting. The intelligent queue system can reduce waiting time for users during the queuing process through methods such as appointment scheduling, number collection, and SMS reminders, thereby improving service efficiency. It can optimize existing queuing service models and enhance service quality and customer satisfaction.

Q:What is a smart property management system?

A:Smart property refers to the use of advanced information technology methods such as big data and the Internet of Things (IoT) to integrate property management and various subsystems through a unified big data cloud platform. This integration breaks down communication barriers between departments, establishes an efficient linkage mechanism, and effectively and quickly resolves property management challenges. 1. Automation: A smart property management system can achieve automated management and control through IoT technology and smart devices, reducing labor costs and management complexity. 2. Informationization: A smart property management system can digitize, network, process, and store property management information, improving the efficiency of information transfer and sharing. 3. Convenience: A smart property management system can provide convenient property services through methods such as mobile apps, offering a more convenient and efficient service experience for property owners. 4. Security: A smart property management system can ensure the security and reliability of property management through intelligent security systems and monitoring equipment.

Get it for free

Customized Technical Solution

Senior Technical Engineers for One-on-One Requirement Communication, Professional Technical Development Solutions & Quotations

Consulting

Industrial software development

由你创 — Fri, 11 Aug 2023 08:38:43 +0000

Business Field

Custom Software Development, anything you want can be done.

Upper-level machine development

We offer upper-level machine development for scientific instruments, including robotics, mechanical arms, microscopes, sensors, and support for ROS, QT, C++, Python, and LabVIEW.

Internet of Things (IoT) development

Our company specializes in IoT technology, with a strong track record in sensors, video, remote control, wireless transmission, data analysis, and 3D visualization. We’ve successfully applied our solutions in smart homes, drone navigation, charging stations, and 3D printing.

Embedded development

We offer development services in image processing, machine vision, testing and measurement, communication, healthcare, data acquisition, drive/motion control, and digital signal processing.

Industrial Internet

We offer industrial software solutions, including SCADA, MES, PLC development, and support for digital transformation.

AI Artificial Intelligence

We provide AI-driven services for enterprise solutions, including machine vision, deep learning, data collection and processing, model training, large language models, local database applications, and vector databases.

Software Development industry case study

We focus on custom software development for smart manufacturing, industrial control, medical, hardware, and instrumentation industries.

MES system customization development

Boiler Temperature Control and Early Warning Platform

PLC production management system

Toolbox Three-phase current-voltage analysis system

Aerosol jet printing control system

Powder image recognition and motor control system

Immunofluorescence Analyzer Host Computer

Fully Automated Automotive Battery Production Line

Project Introduction:
Our client, a national high-tech enterprise specializing in R&D and manufacturing of advanced equipment, is a leader in the global new energy intelligent equipment industry. We have been engaged to implement the software for an entire automated automotive battery production line, covering SCADA software development, PLC integration, MES connection, and on-site material testing, serving projects in multiple locations such as Qinhuangdao, Nanjing, and Huzhou.

展示图

MES system customization development

Project Introduction:
The Button MES System is a tailored production management solution developed by NiChuang for clients. It streamlines production processes by managing organizational structures, basic data, production planning, warehousing, mold libraries, color matching, production control, quality inspection, and visualization. The system aims to boost efficiency in different factory zones, optimize equipment resource allocation, reduce consumption, and balance production, plans, and resources for enhanced operational benefits.

展示图

Boiler Temperature Control and Early Warning Platform

Project Introduction:
The software is a customized temperature control system developed for the client’s “boiler distribution box hardware”. It uses automation instruments, communication technology, and data collection to intelligently manage boiler temperatures, reducing errors and enhancing safety and reliability. The system is designed with a distributed architecture, allowing for centralized control of multiple devices and boosting boiler efficiency.

展示图

PLC production management system

Project Introduction:
The software is primarily designed to assist businesses in issuing production tasks and managing equipment information, enabling real-time oversight of production progress. Through a web-based large screen interface, management can monitor production progress and equipment status in real time. The management backend allows for the oversight and operation of equipment, materials, and order planning.

展示图

Toolbox Three-phase current-voltage analysis system

Introduction to the Project：
The Toolbox software project is a bespoke desktop application tailored to the specific needs of Vertiv Technology. It serves as an analytical tool for the export and examination of abnormal monitoring data related to enterprise UPS systems, facilitating the identification of the root causes of anomalies and the uncovering of latent risks.

展示图

Aerosol jet printing control system

Project Overview:
This desktop application manages aerosol-based printing, which atomizes nanoscale conductive ink into an aerosol form via ultrasonic or air flow. The aerosol is then directed to the print head and applied onto substrates with precision, facilitated by a shielding gas that controls the print airflow.

展示图

Powder image recognition and motor control system

Project Introduction:
The project focuses on developing a control system for detecting and removing impurities in high-temperature alloy powders, crucial for maintaining product quality and efficiency in a competitive market. Leveraging Python, the system employs precise control of industrial cameras and servo motors for real-time purity assessment. Advanced image recognition pinpoints and measures oxide inclusions, enabling swift staff intervention. This approach streamlines production, minimizes human error, and ensures superior alloy powder purity and product performance.

展示图

Immunofluorescence Analyzer Host Computer

Project Introduction:
Our client is a globally oriented company at the forefront of medical device innovation, offering marketing, technical services, and operational investments. The existing hospital management software, designed for LAN connectivity, is being updated to better serve pet hospitals, which form the main customer base. The new software supports the ‘Plus Immunofluorescence Analyzer’ and is scalable for future instrument integration.

展示图

solution

Vertical industry solutions to meet business needs

Industrial software

Deliver smart factory solutions to industrial firms for strategic digital transformation and business model innovation.

Amid China’s industrial boom, enterprises require intelligent workshops and automated information integration to streamline operations and production efficiency, driving towards fully digital and smart manufacturing.

smart medical care

Enhance healthcare data quality and service efficiency through digital and networked data integration and analysis.

High-tech leveraging AI, big data, cloud computing, and IoT to advance healthcare into a digital, networked, and intelligent era, enhancing service efficiency, quality, and safety for better health management.

System integration

Automated systems are composed of various components and modules that collaborate to execute automated processes.

The upper computer software coordinates with modules to exchange vital instructions and data, acting as the central control hub. It also facilitates user-system interaction, with the interface playing a significant role.

IOT

Linking objects to the network facilitates the effective digital transformation of physical items.

IoT development connects everyday objects and smart devices through the internet and communication networks, utilizing sensors, communication modules, and software for interaction with the cloud.

Clients

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:Estimate the cost for the bespoke development of a software suite

A:Pricing is typically assessed based on a combination of factors including functional requirements, performance specifications, development timeline, payment terms, the number of access points, and data volume. Our company will provide a reasonable quote based on these considerations.

Q:How long does the software development lifecycle take? When will it be ready for deployment?

A:The development timeline varies depending on the project requirements, ranging from half a month to 2 months for short-term projects, and 3 to 6 months for long-term projects.

Q:What technical resources are invested in the software development process?

A:Typically, software development requires the involvement of various professionals such as project managers, software engineers, UI/UX designers, and testing engineers.

Get it for free

Customized technical solutions

Experienced tech engineers offer personalized consultations, development plans, and quotes for software solutions.

Fill in yourrequirements

Development of Industrial Control Configuration Software

由你创 — Thu, 15 Dec 2022 07:49:54 +0000

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

由你创 — Thu, 15 Dec 2022 08:21:48 +0000

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);

◆ 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

Development of non-standard automation upper computer

由你创 — Thu, 15 Dec 2022 08:31:46 +0000

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

Control, acquisition, monitoring, alarm, etc. of automated production lines;
Quality data detection;
On site and remote control of instruments and equipment;
Visual detection scene;
Calculation and data collection of logistics conveyor lines;
Calculation and data collection of the measurement and control system;
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.

Industrial equipment and instrument PC control software development

由你创 — Thu, 15 Dec 2022 08:31:46 +0000

As traditional non-standard equipment manufacturers integrate an increasing number of components such as robots, machine vision, motion control, and databases into machine design, it complicates the interactions between these components, leading to cumbersome user operations. Custom development of supervisory control software for industrial equipment and instruments has accumulated extensive experience at Unichrom, integrating operations between components to simplify user actions and enhance machine stability.

Features of Industrial Equipment and Instrument Supervisory Control Software Development:

Stability: A robust technical system ensures stable operation of the software.
Smoothness: Real-time data collection at the microsecond level with seamless processing of large datasets.
High Integration: The system is highly integrated, allowing for efficient cross-regional, cross-business, and cross-platform management for personnel, equipment, and operations.
Ease of Operation and Maintenance: Streamlined processes for increasingly intricate and precise production processes, reducing the costs associated with training and maintenance.

Main Functions of Industrial Equipment and Instrument Supervisory Control Software Development:

User Management: Administration and maintenance of fundamental user information, including adding, deleting, modifying, and querying.
Permission Management: Management of user data permissions and functional operation modules to ensure users operate within their authorized scope.
Data Acquisition and Control: Creation of data collection tasks, centralized management of collected data, and automatic control output based on process, logical, or algorithmic requirements.
Data Storage: Systematic archiving of user data and various collected data points, such as process parameters, alarm notifications, operational logs, and program logs, into a database following established protocols.

Main Applications of Industrial Equipment and Instrument Supervisory Control Software Development: Supervisory control software is applied across various industries, particularly in manufacturing, logistics sorting, and instrumentation equipment sectors. It is extensively utilized in mining and processing, chemical industry, food and beverage processing and manufacturing, tobacco logistics, pharmaceutical production, and mechanical equipment production.

With the ongoing advancement in automation, informatization, and intelligentization within the manufacturing industry, the costs associated with industrial labor are progressively rising. Supervisory software has become a standard component. Additionally, the continuous development and maturity of the technology service industry, specifically dedicated to manufacturing, are further propelling the development of supervisory software and the intelligentization of manufacturing processes.

Services for Industrial Equipment and Instrument Supervisory Control Software Development:

Unicrom collaborates with users based on their actual work needs and desired management and application objectives to complete software requirement analysis and design. Following the design, the specific development, testing, and implementation of the software are carried out. As users are involved throughout the process that influences the final outcome of the software, the resulting industrial equipment and instrument control software is highly aligned with the actual business operations and user habits, thus circumventing issues such as impracticality, difficulty in use, and inefficiency that are common with generic software.

Choose Unicrom for Supervisory Control Software Development:

Unicrom undertakes the development of supervisory software for applications including automotive electronic systems, PLC communication with supervisory software, battery charging and discharging testing systems, low resistance testers, battery pack supervisory testing, motor PID supervisory testing, electrical system software development, voltage supervisory control software development, non-standard product supervisory software development, analytical instrument data acquisition supervisory software, functional testing supervisory software, mechanical equipment status monitoring system development, flow collection monitoring supervisory software, industrial control systems, etc. We welcome inquiries from customers related to supervisory software development.