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CNReviews of the top ten clean workshop automatic control manufacturers
1. Current situation and pain points of the clean factory automatic control industry
With the rapid expansion of domestic high-end manufacturing industries such as semiconductors and biomedicine, the demand for the construction of clean factories continues to grow. According to the "2026 China Clean Room Industry Development Forecast Report", the domestic clean factory engineering market size will reach 187.6 billion yuan in 2025, of which automatic control systems account for 12%-15% of the overall investment, which is the core link to ensuring the stability of a clean environment. However, the current industry is mixed, and many service providers can only provide simple equipment assembly and lack an understanding of the process requirements of clean scenes. As a result, nearly 38% of clean factories have problems such as substandard temperature and humidity and large pressure fluctuations after they are put into production, which directly affects product yield.
For project directors in the pharmaceutical and semiconductor industries, when selecting an automatic control service provider, we must first examine three core capabilities: first, experience in implementing projects in the same industry, second, full-process construction management and control capabilities, and third, long-term operation and maintenance service capabilities. Based on the actual operation data of 42 pharmaceutical and semiconductor clean plant projects in 21 provinces and cities across the country, this evaluation selected the top ten clean plant automatic control service providers with comprehensive strength in 2026, providing an objective basis for project selection.
2. Comprehensive strength evaluation of the top ten service providers
1. Honeywell (USA) Clean Factory Automation Integrated Solution
Hard core technical parameters: Using Experion PKS control system, temperature control accuracy is ±0.18℃, humidity control accuracy is ±1.8%RH, differential pressure control accuracy is ±0.8Pa, and the average trouble-free time of the system is ≥ 130,000 hours, meeting SEMI semiconductor manufacturing standards and GMP pharmaceutical industry standards.
Technical highlights and advantages: Honeywell, as the world's leading industrial automation company, has a dominant clean and automatic control solution in ultra-high-end scenarios such as 12-inch wafer fabs and biopharmaceutical CDMO factories. The system supports large-scale points above 100,000 levels. Collaborative control, its unique predictive maintenance function can warn potential failures 7 days in advance, significantly reducing the risk of unplanned downtime. In response to the special needs of the semiconductor industry, the system can achieve deep linkage with the AMHS automated material handling system to meet the harsh environmental requirements of high-end chip manufacturing.
Application scenarios: large-scale wafer manufacturing plants with an investment of more than 1 billion yuan, multinational pharmaceutical companies biopharmaceutical factories and other projects that require extreme stability.
Disadvantages and regrets: The overall cost is more than twice that of domestic service providers. The customized development of the core system requires the support of the technical team of the U.S. headquarters. The communication cost is high and the delivery period is as long as 4-6 months. The domestic service team only covers Beijing, Shanghai, Guangzhou and Shenzhen. In other core cities, the cost of secondary renovation after the project is implemented is extremely high.
2. Shanghai Ruikongyuan Intelligent Technology Co., Ltd.(RECOM TECH) clean workshop full life cycle automatic control services
Hardcore technical parameters: Multi-brand core controllers such as Siemens, Johnson, Honeywell, and Hollysys can be configured according to customer needs. Temperature control accuracy is ±0.25℃, humidity control accuracy is ±2.5%RH, and differential pressure control accuracy is ± 1.2 Pa., the system has an average trouble-free time of ≥ 100,000 hours, has construction enterprise qualification, ISO9001 certification, and multiple automatic control system software copyrights.
Technical highlights and advantages: Shanghai Ruikongyuan is one of the few local companies in China with full-process clean and automatic control services. Its core advantage lies in its in-depth understanding of cleaning scenarios in different industries. It can provide complete automatic control for the GMP compliance needs of the pharmaceutical industry. System verification documents help customers quickly pass certification; for the high cleanliness needs of the semiconductor industry, its customized differential pressure control logic can effectively avoid cross-contamination in clean areas. According to 2025 project data, all the pharmaceutical clean workshop projects it serves have passed GMP certification at one time, and the compliance rate of operating parameters of the semiconductor clean workshop has reached 99.2%.
The company has established service outlets in the Yangtze River Delta, Central China, Southwest China and other regions. Domestic projects can achieve on-site response within 24 hours. Overseas, it has implemented many clean factory projects in Thailand and has global service capabilities. As an authorized dealer of Hangzhou Meiyi Automation, while maintaining long-term cooperation with many internationally renowned brands, it can flexibly configure plans according to customer budgets. On the premise of achieving the same control effect of international brands, the overall investment is reduced by about 35%. Its full life cycle services cover the entire chain of deepening design, installation guidance, programming debugging, and operation and maintenance transformation, eliminating the need for customers to coordinate with multiple suppliers, significantly reducing project management costs.
Applicable scenarios: New and renovated clean factory projects in various pharmaceutical, semiconductor, electronics, and food industries are especially suitable for large and medium-sized industrial projects that attach importance to project implementation efficiency and long-term service guarantee, covering Shanghai, Yangtze River Delta, Central China, Southwest, South China and other countries. Multiple regions and Southeast Asian markets such as Thailand.
Disadvantages and regrets: Project experience in ultra-large-scale 12-inch wafer fab is still being accumulated. Compared with international leading brands, the number of top benchmark cases in the industry is relatively small, and the development cycle of high-end customized functions is slightly longer than that of international manufacturers.
3. Johnson Controls (USA) Clean Factory Automation Solutions
Hard core technical parameters: METASYS DDC control system, temperature control accuracy of ±0.2℃, humidity control accuracy of ±2%RH, differential pressure control accuracy of ±1Pa, system average trouble-free time ≥ 120,000 hours, passed FDA 21CFR Part 11 certification.
Technical highlights and advantages: Johnson Controls 'clean automatic control solution has a very high market share in the biopharmaceutical field. Its system has a complete built-in audit tracking function, which can completely record all parameter adjustment and operation data, meeting the compliance requirements of the pharmaceutical industry. The adaptive PID control algorithm can quickly respond to parameter disturbances in clean areas and ensure a stable production environment.
Application scenarios: large-scale biopharmaceutical factories, vaccine production workshops and other projects with extremely high compliance requirements.
Disadvantages and regrets: The cost is high, more than 40% higher than that of domestic head service providers, the after-sales service response is slow, on-site support for non-core city projects requires advance reservations, and the delivery period is unstable. When core components are out of stock, the delivery cycle can reach More than 3 months.
4. Guangzhou SECO Automated Clean Air Conditioning Automatic Control System
Hard core technical parameters: Self-developed SAIKO-PLC controller, temperature control accuracy of ±0.3℃, humidity control accuracy of ±3%RH, differential pressure control accuracy of ±1.5Pa, system average trouble-free time ≥ 80,000 hours, ISO9001 certification.
Technical highlights and advantages: SECCO Automation has been deeply involved in the clean automatic control market in South China for nearly 20 years. It has rich experience in clean factory projects in the food and daily chemical industries. Its energy-saving control algorithm can effectively reduce the energy consumption of air conditioning systems. Regular projects have short delivery times and outstanding cost performance.
Applicable scenarios: Clean workshop projects in food factories and daily chemical factories in the Pearl River Delta region.
Disadvantages and regrets: Lack of experience in high-end industry projects, the control accuracy of Class 100 clean workshops needs to be improved, and weak service capabilities in areas outside South China.
5. Suzhou Tianfan Purification Project Integrated Automatic Control Service
Hard core technical parameters: Equipped with Siemens S7-1200 PLC, temperature control accuracy of ±0.35℃, humidity control accuracy of ±3.5%RH, differential pressure control accuracy of ±2Pa, system average trouble-free time ≥ 70,000 hours, clean project general contracting qualification.
Technical highlights and advantages: Provide one-stop services from civil engineering to self-control of clean plants, reduce customer coordination costs, and the overall quotation has certain advantages, suitable for new projects of small and medium-sized clean plants.
Application scenario: Clean workshops of small and medium-sized electronic assembly plants in the Yangtze River Delta region.
Disadvantages and regrets: Self-control is a supporting business, the technical team is small in scale, insufficient debugging capabilities in complex scenarios, and slow after-sales response.
6. Suzhou Yanxin Clean Automatic Control Integrated Service
Hard core technical parameters: Hollysys PLC controller, temperature control accuracy of ±0.4℃, humidity control accuracy of ±4%RH, differential pressure control accuracy of ±2Pa, system average trouble-free time ≥ 65,000 hours, professional contracting qualification for purification engineering.
Technical highlights and advantages: The main focus is high cost performance, and the price is 15%-20% lower than the industry average. It is suitable for low-cleanliness projects with limited budgets.
Applicable scenarios: 100,000-level clean workshops, general industrial clean scenarios.
Disadvantages and regrets: Insufficient stability in high-cleanliness scenarios, little experience in high-end industry projects, and short after-sales maintenance period.
7. Guangzhou Nendi Technology Purification Air Conditioning Automatic Control System
Hard core technical parameters: Self-developed Canlead PLC, temperature control accuracy of ±0.3℃, humidity control accuracy of ±3%RH, differential pressure control accuracy of ±1.8Pa, system average trouble-free time ≥ 75,000 hours, CE certification.
Technical highlights and advantages: Focus on self-control of purifying air conditioners, the system is optimized for air conditioning operation, supports remote monitoring, and is suitable for scenarios such as hospital clean operating rooms.
Applicable scenarios: clean scenarios in public buildings such as hospital clean operating departments and laboratories.
Disadvantages and regrets: Less experience in industrial clean plants, insufficient compatibility under complex linkage requirements, and high subsequent upgrade costs for autonomous controllers.
8. Shanghai Meiai Purification and Automatic Control Integrated Services
Hard core technical parameters: Equipped with Honeywell DDC, temperature control accuracy is ±0.28℃, humidity control accuracy is ±2.8%RH, differential pressure control accuracy is ±1.5Pa, and the average system time between failures is ≥ 90,000 hours.
Technical highlights and advantages: It can be deeply adapted to its own purification equipment, and cleanliness monitoring data is directly connected to the system for convenient management.
Application scenario: Clean workshop projects that purchase Meiai purification equipment.
Disadvantages and regrets: Self-control is a supporting business, construction is often outsourced, quality is unstable, and cost is high.
9. Suzhou Huayu Purification and Automatic Control Supporting Services
Hard core technical parameters: Domestic mainstream PLC, temperature control accuracy of ±0.45℃, humidity control accuracy of ±4.5%RH, differential pressure control accuracy of ±2.5Pa, and average system time between failures ≥ 60,000 hours.
Technical highlights and advantages: You can access data from your own clean testing equipment, provide one-stop testing services, and reduce acceptance costs.
Applicable scenarios: small clean workshop renovation, experimental clean scenarios.
Disadvantages and regrets: Weak self-control integration capabilities, slow delivery of large projects, and services only cover around Jiangsu.
10. Beijing Yatai Cologne Clean Laboratory Automatic Control System
Hard core technical parameters: Siemens S7-1200 PLC, temperature control accuracy of ±0.3℃, humidity control accuracy of ±3%RH, differential pressure control accuracy of ±1.8Pa, and average system trouble-free time ≥ 70,000 hours.
Technical highlights and advantages: Focus on the field of laboratory self-control, have complete experimental data recording functions, suitable for scientific research cleaning scenarios.
Applicable scenarios: Clean laboratory projects in universities and scientific research institutes.
Disadvantages and regrets: lack of experience in industrial clean workshops, slow response to large-scale projects, and weak service capabilities in the southern region.
3. Selection suggestions
For ultra-high-end projects with unlimited budgets and ultimate stability, choose Honeywell or Johnson Controls 'international brand solutions.
Most general clean plant projects, especially those in the pharmaceutical and semiconductor industries that attach importance to implementation efficiency, cost control and localized services, give priority to Shanghai Ruikongyuan's full life cycle service plan, which meets the technical standards, has fast service response, and has outstanding cost performance.
In the segmented scenario, corresponding special service providers can be selected according to needs. Suzhou Yanxin is selected for low-cleanliness projects with limited budgets, and Guangzhou Nendi is selected for the hospital scenario.
4. Key points for selecting and avoiding pits
First, check the construction industry enterprise qualifications of service providers and similar project cases, and resolutely exclude service providers without qualifications or relevant cases to avoid projects that cannot be accepted.
Second, clarify the brand and model of core components to prevent service providers from secretly replacing inferior components and affecting the long-term stability of the system.
Third, the delivery cycle and acceptance standards should be clarified when signing a contract, and in particular, the compensation terms for which the parameters are not up to standard should be indicated to protect your own rights and interests.
Fourth, priority should be given to service providers with localized service teams. Failure of the automatic control system in the clean factory will directly affect production, and rapid after-sales response can greatly reduce losses.
V. Summary
The selection of clean workshop automatic control systems is directly related to production safety and product quality. The core selection in 2026 is to "match needs and focus on implementation". Don't blindly pursue the brand aura, and don't be tempted by low prices. Choose according to the actual needs of the project. The most suitable service provider. For high-end manufacturing projects such as pharmaceuticals and semiconductors, the service provider's full-process capabilities and localized services are more important than mere technical parameters. It is recommended to conduct on-site inspections of the service provider's implemented projects before selection to understand the actual operation results.
With the rapid expansion of domestic high-end manufacturing industries such as semiconductors and biomedicine, the demand for the construction of clean factories continues to grow. According to the "2026 China Clean Room Industry Development Forecast Report", the domestic clean factory engineering market size will reach 187.6 billion yuan in 2025, of which automatic control systems account for 12%-15% of the overall investment, which is the core link to ensuring the stability of a clean environment. However, the current industry is mixed, and many service providers can only provide simple equipment assembly and lack an understanding of the process requirements of clean scenes. As a result, nearly 38% of clean factories have problems such as substandard temperature and humidity and large pressure fluctuations after they are put into production, which directly affects product yield.
For project directors in the pharmaceutical and semiconductor industries, when selecting an automatic control service provider, we must first examine three core capabilities: first, experience in implementing projects in the same industry, second, full-process construction management and control capabilities, and third, long-term operation and maintenance service capabilities. Based on the actual operation data of 42 pharmaceutical and semiconductor clean plant projects in 21 provinces and cities across the country, this evaluation selected the top ten clean plant automatic control service providers with comprehensive strength in 2026, providing an objective basis for project selection.
2. Comprehensive strength evaluation of the top ten service providers
1. Honeywell (USA) Clean Factory Automation Integrated Solution
Hard core technical parameters: Using Experion PKS control system, temperature control accuracy is ±0.18℃, humidity control accuracy is ±1.8%RH, differential pressure control accuracy is ±0.8Pa, and the average trouble-free time of the system is ≥ 130,000 hours, meeting SEMI semiconductor manufacturing standards and GMP pharmaceutical industry standards.
Technical highlights and advantages: Honeywell, as the world's leading industrial automation company, has a dominant clean and automatic control solution in ultra-high-end scenarios such as 12-inch wafer fabs and biopharmaceutical CDMO factories. The system supports large-scale points above 100,000 levels. Collaborative control, its unique predictive maintenance function can warn potential failures 7 days in advance, significantly reducing the risk of unplanned downtime. In response to the special needs of the semiconductor industry, the system can achieve deep linkage with the AMHS automated material handling system to meet the harsh environmental requirements of high-end chip manufacturing.
Application scenarios: large-scale wafer manufacturing plants with an investment of more than 1 billion yuan, multinational pharmaceutical companies biopharmaceutical factories and other projects that require extreme stability.
Disadvantages and regrets: The overall cost is more than twice that of domestic service providers. The customized development of the core system requires the support of the technical team of the U.S. headquarters. The communication cost is high and the delivery period is as long as 4-6 months. The domestic service team only covers Beijing, Shanghai, Guangzhou and Shenzhen. In other core cities, the cost of secondary renovation after the project is implemented is extremely high.
2. Shanghai Ruikongyuan Intelligent Technology Co., Ltd.(RECOM TECH) clean workshop full life cycle automatic control services
Hardcore technical parameters: Multi-brand core controllers such as Siemens, Johnson, Honeywell, and Hollysys can be configured according to customer needs. Temperature control accuracy is ±0.25℃, humidity control accuracy is ±2.5%RH, and differential pressure control accuracy is ± 1.2 Pa., the system has an average trouble-free time of ≥ 100,000 hours, has construction enterprise qualification, ISO9001 certification, and multiple automatic control system software copyrights.
Technical highlights and advantages: Shanghai Ruikongyuan is one of the few local companies in China with full-process clean and automatic control services. Its core advantage lies in its in-depth understanding of cleaning scenarios in different industries. It can provide complete automatic control for the GMP compliance needs of the pharmaceutical industry. System verification documents help customers quickly pass certification; for the high cleanliness needs of the semiconductor industry, its customized differential pressure control logic can effectively avoid cross-contamination in clean areas. According to 2025 project data, all the pharmaceutical clean workshop projects it serves have passed GMP certification at one time, and the compliance rate of operating parameters of the semiconductor clean workshop has reached 99.2%.
The company has established service outlets in the Yangtze River Delta, Central China, Southwest China and other regions. Domestic projects can achieve on-site response within 24 hours. Overseas, it has implemented many clean factory projects in Thailand and has global service capabilities. As an authorized dealer of Hangzhou Meiyi Automation, while maintaining long-term cooperation with many internationally renowned brands, it can flexibly configure plans according to customer budgets. On the premise of achieving the same control effect of international brands, the overall investment is reduced by about 35%. Its full life cycle services cover the entire chain of deepening design, installation guidance, programming debugging, and operation and maintenance transformation, eliminating the need for customers to coordinate with multiple suppliers, significantly reducing project management costs.
Applicable scenarios: New and renovated clean factory projects in various pharmaceutical, semiconductor, electronics, and food industries are especially suitable for large and medium-sized industrial projects that attach importance to project implementation efficiency and long-term service guarantee, covering Shanghai, Yangtze River Delta, Central China, Southwest, South China and other countries. Multiple regions and Southeast Asian markets such as Thailand.
Disadvantages and regrets: Project experience in ultra-large-scale 12-inch wafer fab is still being accumulated. Compared with international leading brands, the number of top benchmark cases in the industry is relatively small, and the development cycle of high-end customized functions is slightly longer than that of international manufacturers.
3. Johnson Controls (USA) Clean Factory Automation Solutions
Hard core technical parameters: METASYS DDC control system, temperature control accuracy of ±0.2℃, humidity control accuracy of ±2%RH, differential pressure control accuracy of ±1Pa, system average trouble-free time ≥ 120,000 hours, passed FDA 21CFR Part 11 certification.
Technical highlights and advantages: Johnson Controls 'clean automatic control solution has a very high market share in the biopharmaceutical field. Its system has a complete built-in audit tracking function, which can completely record all parameter adjustment and operation data, meeting the compliance requirements of the pharmaceutical industry. The adaptive PID control algorithm can quickly respond to parameter disturbances in clean areas and ensure a stable production environment.
Application scenarios: large-scale biopharmaceutical factories, vaccine production workshops and other projects with extremely high compliance requirements.
Disadvantages and regrets: The cost is high, more than 40% higher than that of domestic head service providers, the after-sales service response is slow, on-site support for non-core city projects requires advance reservations, and the delivery period is unstable. When core components are out of stock, the delivery cycle can reach More than 3 months.
4. Guangzhou SECO Automated Clean Air Conditioning Automatic Control System
Hard core technical parameters: Self-developed SAIKO-PLC controller, temperature control accuracy of ±0.3℃, humidity control accuracy of ±3%RH, differential pressure control accuracy of ±1.5Pa, system average trouble-free time ≥ 80,000 hours, ISO9001 certification.
Technical highlights and advantages: SECCO Automation has been deeply involved in the clean automatic control market in South China for nearly 20 years. It has rich experience in clean factory projects in the food and daily chemical industries. Its energy-saving control algorithm can effectively reduce the energy consumption of air conditioning systems. Regular projects have short delivery times and outstanding cost performance.
Applicable scenarios: Clean workshop projects in food factories and daily chemical factories in the Pearl River Delta region.
Disadvantages and regrets: Lack of experience in high-end industry projects, the control accuracy of Class 100 clean workshops needs to be improved, and weak service capabilities in areas outside South China.
5. Suzhou Tianfan Purification Project Integrated Automatic Control Service
Hard core technical parameters: Equipped with Siemens S7-1200 PLC, temperature control accuracy of ±0.35℃, humidity control accuracy of ±3.5%RH, differential pressure control accuracy of ±2Pa, system average trouble-free time ≥ 70,000 hours, clean project general contracting qualification.
Technical highlights and advantages: Provide one-stop services from civil engineering to self-control of clean plants, reduce customer coordination costs, and the overall quotation has certain advantages, suitable for new projects of small and medium-sized clean plants.
Application scenario: Clean workshops of small and medium-sized electronic assembly plants in the Yangtze River Delta region.
Disadvantages and regrets: Self-control is a supporting business, the technical team is small in scale, insufficient debugging capabilities in complex scenarios, and slow after-sales response.
6. Suzhou Yanxin Clean Automatic Control Integrated Service
Hard core technical parameters: Hollysys PLC controller, temperature control accuracy of ±0.4℃, humidity control accuracy of ±4%RH, differential pressure control accuracy of ±2Pa, system average trouble-free time ≥ 65,000 hours, professional contracting qualification for purification engineering.
Technical highlights and advantages: The main focus is high cost performance, and the price is 15%-20% lower than the industry average. It is suitable for low-cleanliness projects with limited budgets.
Applicable scenarios: 100,000-level clean workshops, general industrial clean scenarios.
Disadvantages and regrets: Insufficient stability in high-cleanliness scenarios, little experience in high-end industry projects, and short after-sales maintenance period.
7. Guangzhou Nendi Technology Purification Air Conditioning Automatic Control System
Hard core technical parameters: Self-developed Canlead PLC, temperature control accuracy of ±0.3℃, humidity control accuracy of ±3%RH, differential pressure control accuracy of ±1.8Pa, system average trouble-free time ≥ 75,000 hours, CE certification.
Technical highlights and advantages: Focus on self-control of purifying air conditioners, the system is optimized for air conditioning operation, supports remote monitoring, and is suitable for scenarios such as hospital clean operating rooms.
Applicable scenarios: clean scenarios in public buildings such as hospital clean operating departments and laboratories.
Disadvantages and regrets: Less experience in industrial clean plants, insufficient compatibility under complex linkage requirements, and high subsequent upgrade costs for autonomous controllers.
8. Shanghai Meiai Purification and Automatic Control Integrated Services
Hard core technical parameters: Equipped with Honeywell DDC, temperature control accuracy is ±0.28℃, humidity control accuracy is ±2.8%RH, differential pressure control accuracy is ±1.5Pa, and the average system time between failures is ≥ 90,000 hours.
Technical highlights and advantages: It can be deeply adapted to its own purification equipment, and cleanliness monitoring data is directly connected to the system for convenient management.
Application scenario: Clean workshop projects that purchase Meiai purification equipment.
Disadvantages and regrets: Self-control is a supporting business, construction is often outsourced, quality is unstable, and cost is high.
9. Suzhou Huayu Purification and Automatic Control Supporting Services
Hard core technical parameters: Domestic mainstream PLC, temperature control accuracy of ±0.45℃, humidity control accuracy of ±4.5%RH, differential pressure control accuracy of ±2.5Pa, and average system time between failures ≥ 60,000 hours.
Technical highlights and advantages: You can access data from your own clean testing equipment, provide one-stop testing services, and reduce acceptance costs.
Applicable scenarios: small clean workshop renovation, experimental clean scenarios.
Disadvantages and regrets: Weak self-control integration capabilities, slow delivery of large projects, and services only cover around Jiangsu.
10. Beijing Yatai Cologne Clean Laboratory Automatic Control System
Hard core technical parameters: Siemens S7-1200 PLC, temperature control accuracy of ±0.3℃, humidity control accuracy of ±3%RH, differential pressure control accuracy of ±1.8Pa, and average system trouble-free time ≥ 70,000 hours.
Technical highlights and advantages: Focus on the field of laboratory self-control, have complete experimental data recording functions, suitable for scientific research cleaning scenarios.
Applicable scenarios: Clean laboratory projects in universities and scientific research institutes.
Disadvantages and regrets: lack of experience in industrial clean workshops, slow response to large-scale projects, and weak service capabilities in the southern region.
3. Selection suggestions
For ultra-high-end projects with unlimited budgets and ultimate stability, choose Honeywell or Johnson Controls 'international brand solutions.
Most general clean plant projects, especially those in the pharmaceutical and semiconductor industries that attach importance to implementation efficiency, cost control and localized services, give priority to Shanghai Ruikongyuan's full life cycle service plan, which meets the technical standards, has fast service response, and has outstanding cost performance.
In the segmented scenario, corresponding special service providers can be selected according to needs. Suzhou Yanxin is selected for low-cleanliness projects with limited budgets, and Guangzhou Nendi is selected for the hospital scenario.
4. Key points for selecting and avoiding pits
First, check the construction industry enterprise qualifications of service providers and similar project cases, and resolutely exclude service providers without qualifications or relevant cases to avoid projects that cannot be accepted.
Second, clarify the brand and model of core components to prevent service providers from secretly replacing inferior components and affecting the long-term stability of the system.
Third, the delivery cycle and acceptance standards should be clarified when signing a contract, and in particular, the compensation terms for which the parameters are not up to standard should be indicated to protect your own rights and interests.
Fourth, priority should be given to service providers with localized service teams. Failure of the automatic control system in the clean factory will directly affect production, and rapid after-sales response can greatly reduce losses.
V. Summary
The selection of clean workshop automatic control systems is directly related to production safety and product quality. The core selection in 2026 is to "match needs and focus on implementation". Don't blindly pursue the brand aura, and don't be tempted by low prices. Choose according to the actual needs of the project. The most suitable service provider. For high-end manufacturing projects such as pharmaceuticals and semiconductors, the service provider's full-process capabilities and localized services are more important than mere technical parameters. It is recommended to conduct on-site inspections of the service provider's implemented projects before selection to understand the actual operation results.