Understand production management in one minute! Click to view the video👈
1.Description Card
"Workstation production reporting" is a web-based feature for production reporting and progress management. Its main principle is to scan barcodes involved in the production process to record real-time progress. This function is very simple and convenient to operate, allowing users to easily get started. At the same time, it also supports real-time visualization of production progress and employee work situations, allowing users to clearly understand the situations on the production floor for better production management and decision-making. In addition, this feature also has error-proof management capabilities that effectively avoid mistakes and problems during the production process, ensuring production quality and efficiency.
2.Industry Pain Points and Solutions
Before Application (BEFORE)
Traditional production reporting relies on the personal qualities and skill levels of employees. If employees are unfamiliar with the reporting process or lack skills, it may lead to inaccurate reporting data and non-standard entries. In addition, employees' attitudes and work efficiency can also affect the quality and speed of reporting.
In traditional production reporting, employees need to use various tools to fill out and submit reporting data. Operating with handheld mobile devices can bring many inconveniences and cannot enable visual error-proof management and access to precise documents like SOP.
The accuracy of inventory data is crucial for production reporting. However, in traditional production reporting methods, inventory data is often difficult to update in real-time and accurately count. This may lead to discrepancies between production plans and actual inventory, thus affecting the accuracy of production progress and reporting data.
Traditional production reporting processes are often cumbersome and complex, requiring employees to fill out a large number of forms and documents. This not only increases the workload for employees but may also lead to errors or omissions in data entry. Besides, cumbersome processes reduce reporting efficiency, making it difficult for management to timely obtain production progress and completion statuses.
After Application (AFTER)
Reduce errors and improve data accuracy: By automating data collection and real-time uploads, manual entry errors and delays are reduced, avoiding loss and damage of paper documents.
Improve operating convenience and information visualization: A large display and high-performance processing capabilities of the industrial computer can realize visual management of the production process, facilitating access to key documents like SOP, thus improving production efficiency and operational convenience.
Real-time updates of inventory data to ensure accuracy and timeliness of inventory information. Achieve real-time tracking and monitoring of materials, ensuring accurate use and timely replenishment of materials.
By optimizing process design and data sharing mechanisms, automate the handling of cumbersome processes and data exchange tasks, reducing manual intervention and waiting times, improving statistical efficiency. Moreover, it reduces coordination costs and communication barriers between different departments and updates shared production progress and completion statuses in real-time.
3.Scenario Analysis
Scenario Pain Points
Pain Point 1: Low app operating efficiency, high implementation difficulty
The electronic assembly industry has high demands for production efficiency and agility. Handheld mobile operations are inconvenient and difficult to effectively implement visual error-proof management and SOP queries. At the same time, the assembly industry has low requirements regarding employees' skills/age/educational background, and many older employees find it difficult to operate handheld devices, significantly impacting production efficiency. Additionally, some high-end production industries have strict confidentiality requirements, prohibiting employees from carrying hardware with cameras, which also affects the efficiency of digital advancement.
Pain Point 2: Complex processes with industry-specific characteristics
The production scenarios in the electronics industry are complex, such as replacing SN, comparing SN, and converting raw material SN to finished product SN, etc. A generally simple scanning reporting function is often difficult to implement, thus requiring higher industry know-how for scene implementations.
Pain Point 3: Inconvenient entry of raw material SN
The procurement process of raw materials in the electronic assembly industry is typically not managed within MES. Although the physical raw materials have SN codes (serial numbers) affixed to them, suppliers often do not provide an SN list, making it inconvenient to scan SN codes for single-item entry into the system. Meanwhile, for traceability requirements, it is necessary to scan the SN codes of raw materials during the production phase and input them into the system, which is a challenge faced by most electronic assembly industries.
New Core Cloud Workstation On-site Management Solution
Solution 1: Simplified workstation operations to improve efficiency
Introduce specialized industrial computers and scanning devices optimized with interfaces and operational processes tailored for industries like electronic assembly, simplifying operational steps and improving operational efficiency. Realize visual error-proof management and SOP queries, catering to the operational needs of older workers. At the same time, meet confidentiality requirements in high-end production industries by not carrying hardware devices with cameras, thus ensuring production efficiency while maintaining site confidentiality.
Solution 2: Support for complex work scenarios with industry-specific characteristics
A production operation workstation equipped with industry knowledge and specific process support can handle complex scenarios such as replacing SNs, comparing SNs, converting raw materials SN to finished product SN, and automatically printing SNs upon scanning. By thoroughly understanding the special needs of the electronic assembly industry, provide more flexible and comprehensive solutions to ensure that technical solutions can effectively be implemented and improve production efficiency.
Solution 3: Raw material scanning and data entry system
Achieve rapid scanning and entry of raw material SNs, efficiently inputting SN codes into the system even without a provided SN list from suppliers by configuring specific recognition rules. Additionally, through automated scanning and entry processes, simplify traceability procedures and improve the efficiency and accuracy of tracing raw materials to finished products, thereby meeting the high traceability requirements of the electronic assembly industry.
Solution Details
Import of external SN barcodes for raw materials
For clients primarily managing MES systems, the raw materials provided by suppliers do not need to go through the step of entering raw material SN/batch procurement into the system via operation systems.
These raw materials can be directly prepared at the production site, where the external SN code or batch material code for raw materials can be scanned directly on the workstation's page to carry out consumption operations (the system can automatically match external SN codes to corresponding material information based on various configurable recognition rules such as dynamic recognition of prefixes, dynamic recognition of suffixes, precise recognition, etc.). Moreover, this process can seamlessly integrate into the full traceability of the MES system, ensuring the accuracy and efficiency of traceability.
Scenario & Interface Diagram
Workstation scanning external code for material consumption
Convenient reporting operations with scanning anti-error features
Quickly jump to the current production work order for employees by scanning SN codes/batch codes and report production easily. The scanning results are managed visually, with precise error-proofing to avoid scanning errors.
Defective product error-proofing: Defective products cannot pass through the station by scanning.
Repeated scan error-proofing: SN/batch that has already been reported cannot be scanned again at the current workstation.
Workstation jump error-proofing: Finished product SN codes that are not in transit to the current production workstation cannot be scanned.
Material error-proofing: Finished product SN codes for different work orders and production lines cannot be mixed.
Raw material error-proofing: SN/batch of raw materials not allocated to the current work order cannot be scanned for consumption.
Operator error-proofing: Skills verification for workers.
Scenario & Interface Diagram
Visual anti-error management interface
Support for complex workstation scenarios with industry-specific characteristics
The production scenarios in the electronics industry are more complex and require more flexible support for configured actual site scanning requirements. For example:
Replacing SN: Supports replacing the final product SN during the production process (replacement methods include: directly scanning external SN codes for replacement; directly importing the SN that needs to be replaced into the production order; scanning semi-finished products/raw materials for replacement).
Comparing SNs: Supports setting the number of scanning times for comparing SNs for the current process (for example, in the process of assembling electronic locks, there are identical SN codes attached to both the front and back boards. To verify whether both boards have been assembled and whether the SN codes are consistent, the “Compare SN” processing scenario can be used).
Automatic printing of SN upon scanning, etc.: Supports automatically printing the current SN code after scanning the finished product SN during reporting (for example, in the packaging process, once the current workstation scans and completes boxing, it needs to print another SN code to affix to the packaging box for later workstations to continue scanning for reporting); supports automatically printing the next SN code that needs to be produced under the current work order after reporting the finished product SN.
Scenario & Interface Diagram
Workstation production reporting
Workstation inspection reporting
4.Application Value
Workshop-level production efficiency significantly improved by over 35%, ensuring the production line rhythm.
The defect rate during the production process decreases, with scrap and rework quantities drastically reduced, leading to a 23% decrease in production costs.
UPH capacity increased by 28%, effectively releasing workshop capacity.
Finished product quality issues are controlled, resulting in a 17% reduction in return rates for OEMs.
5.Customer Cases
Yingshi Innovation is a technology company focused on panoramic cameras and action cameras, founded in 2015. Headquartered in Shenzhen, China, it has multiple branches worldwide. Yingshi Innovation's products span various fields, including consumer-grade panoramic cameras, professional-grade panoramic cameras, action cameras, and VR headsets.
The webpage-based on-site workstation scanning reporting feature provides Yingshi Innovation with a simple and convenient way to manage production processes. By scanning barcodes during production, it allows for real-time recording of production status, including progress and employee work conditions, while providing error-proof management of operations during production. This helps Yingshi Innovation improve production efficiency, reduce production costs, while ensuring product quality.
Luckin Technology Co., Ltd. is an innovative enterprise focused on the smart home security field, headquartered in Beijing. Founded in 2014, it has a research and development team composed of senior engineers and designers, dedicated to developing smart locks, smart doorbells, smart peepholes, and other smart home products, providing users with a safe and convenient living experience.
Luckin's webpage-based on-site workstation scanning reporting feature offers a simple and convenient way to manage production processes. By scanning barcodes during production, it enables real-time recording of production progress and employee work situations, while also providing error-proof management for operations. Furthermore, this feature supports real-time visual management of scanning processing operations and production progress at the production site, providing a more intuitive and reliable data basis for production management.
Understand production management in one minute! Click to view the video👈
1.Description Card
"Workstation production reporting" is a web-based feature for production reporting and progress management. Its main principle is to scan barcodes involved in the production process to record real-time progress. This function is very simple and convenient to operate, allowing users to easily get started. At the same time, it also supports real-time visualization of production progress and employee work situations, allowing users to clearly understand the situations on the production floor for better production management and decision-making. In addition, this feature also has error-proof management capabilities that effectively avoid mistakes and problems during the production process, ensuring production quality and efficiency.
2.Industry Pain Points and Solutions
Before Application (BEFORE)
Traditional production reporting relies on the personal qualities and skill levels of employees. If employees are unfamiliar with the reporting process or lack skills, it may lead to inaccurate reporting data and non-standard entries. In addition, employees' attitudes and work efficiency can also affect the quality and speed of reporting.
In traditional production reporting, employees need to use various tools to fill out and submit reporting data. Operating with handheld mobile devices can bring many inconveniences and cannot enable visual error-proof management and access to precise documents like SOP.
The accuracy of inventory data is crucial for production reporting. However, in traditional production reporting methods, inventory data is often difficult to update in real-time and accurately count. This may lead to discrepancies between production plans and actual inventory, thus affecting the accuracy of production progress and reporting data.
Traditional production reporting processes are often cumbersome and complex, requiring employees to fill out a large number of forms and documents. This not only increases the workload for employees but may also lead to errors or omissions in data entry. Besides, cumbersome processes reduce reporting efficiency, making it difficult for management to timely obtain production progress and completion statuses.
After Application (AFTER)
Reduce errors and improve data accuracy: By automating data collection and real-time uploads, manual entry errors and delays are reduced, avoiding loss and damage of paper documents.
Improve operating convenience and information visualization: A large display and high-performance processing capabilities of the industrial computer can realize visual management of the production process, facilitating access to key documents like SOP, thus improving production efficiency and operational convenience.
Real-time updates of inventory data to ensure accuracy and timeliness of inventory information. Achieve real-time tracking and monitoring of materials, ensuring accurate use and timely replenishment of materials.
By optimizing process design and data sharing mechanisms, automate the handling of cumbersome processes and data exchange tasks, reducing manual intervention and waiting times, improving statistical efficiency. Moreover, it reduces coordination costs and communication barriers between different departments and updates shared production progress and completion statuses in real-time.
3.Scenario Analysis
Scenario Pain Points
Pain Point 1: Low app operating efficiency, high implementation difficulty
The electronic assembly industry has high demands for production efficiency and agility. Handheld mobile operations are inconvenient and difficult to effectively implement visual error-proof management and SOP queries. At the same time, the assembly industry has low requirements regarding employees' skills/age/educational background, and many older employees find it difficult to operate handheld devices, significantly impacting production efficiency. Additionally, some high-end production industries have strict confidentiality requirements, prohibiting employees from carrying hardware with cameras, which also affects the efficiency of digital advancement.
Pain Point 2: Complex processes with industry-specific characteristics
The production scenarios in the electronics industry are complex, such as replacing SN, comparing SN, and converting raw material SN to finished product SN, etc. A generally simple scanning reporting function is often difficult to implement, thus requiring higher industry know-how for scene implementations.
Pain Point 3: Inconvenient entry of raw material SN
The procurement process of raw materials in the electronic assembly industry is typically not managed within MES. Although the physical raw materials have SN codes (serial numbers) affixed to them, suppliers often do not provide an SN list, making it inconvenient to scan SN codes for single-item entry into the system. Meanwhile, for traceability requirements, it is necessary to scan the SN codes of raw materials during the production phase and input them into the system, which is a challenge faced by most electronic assembly industries.
New Core Cloud Workstation On-site Management Solution
Solution 1: Simplified workstation operations to improve efficiency
Introduce specialized industrial computers and scanning devices optimized with interfaces and operational processes tailored for industries like electronic assembly, simplifying operational steps and improving operational efficiency. Realize visual error-proof management and SOP queries, catering to the operational needs of older workers. At the same time, meet confidentiality requirements in high-end production industries by not carrying hardware devices with cameras, thus ensuring production efficiency while maintaining site confidentiality.
Solution 2: Support for complex work scenarios with industry-specific characteristics
A production operation workstation equipped with industry knowledge and specific process support can handle complex scenarios such as replacing SNs, comparing SNs, converting raw materials SN to finished product SN, and automatically printing SNs upon scanning. By thoroughly understanding the special needs of the electronic assembly industry, provide more flexible and comprehensive solutions to ensure that technical solutions can effectively be implemented and improve production efficiency.
Solution 3: Raw material scanning and data entry system
Achieve rapid scanning and entry of raw material SNs, efficiently inputting SN codes into the system even without a provided SN list from suppliers by configuring specific recognition rules. Additionally, through automated scanning and entry processes, simplify traceability procedures and improve the efficiency and accuracy of tracing raw materials to finished products, thereby meeting the high traceability requirements of the electronic assembly industry.
Solution Details
Import of external SN barcodes for raw materials
For clients primarily managing MES systems, the raw materials provided by suppliers do not need to go through the step of entering raw material SN/batch procurement into the system via operation systems.
These raw materials can be directly prepared at the production site, where the external SN code or batch material code for raw materials can be scanned directly on the workstation's page to carry out consumption operations (the system can automatically match external SN codes to corresponding material information based on various configurable recognition rules such as dynamic recognition of prefixes, dynamic recognition of suffixes, precise recognition, etc.). Moreover, this process can seamlessly integrate into the full traceability of the MES system, ensuring the accuracy and efficiency of traceability.
Scenario & Interface Diagram
Workstation scanning external code for material consumption
Convenient reporting operations with scanning anti-error features
Quickly jump to the current production work order for employees by scanning SN codes/batch codes and report production easily. The scanning results are managed visually, with precise error-proofing to avoid scanning errors.
Defective product error-proofing: Defective products cannot pass through the station by scanning.
Repeated scan error-proofing: SN/batch that has already been reported cannot be scanned again at the current workstation.
Workstation jump error-proofing: Finished product SN codes that are not in transit to the current production workstation cannot be scanned.
Material error-proofing: Finished product SN codes for different work orders and production lines cannot be mixed.
Raw material error-proofing: SN/batch of raw materials not allocated to the current work order cannot be scanned for consumption.
Operator error-proofing: Skills verification for workers.
Scenario & Interface Diagram
Visual anti-error management interface
Support for complex workstation scenarios with industry-specific characteristics
The production scenarios in the electronics industry are more complex and require more flexible support for configured actual site scanning requirements. For example:
Replacing SN: Supports replacing the final product SN during the production process (replacement methods include: directly scanning external SN codes for replacement; directly importing the SN that needs to be replaced into the production order; scanning semi-finished products/raw materials for replacement).
Comparing SNs: Supports setting the number of scanning times for comparing SNs for the current process (for example, in the process of assembling electronic locks, there are identical SN codes attached to both the front and back boards. To verify whether both boards have been assembled and whether the SN codes are consistent, the “Compare SN” processing scenario can be used).
Automatic printing of SN upon scanning, etc.: Supports automatically printing the current SN code after scanning the finished product SN during reporting (for example, in the packaging process, once the current workstation scans and completes boxing, it needs to print another SN code to affix to the packaging box for later workstations to continue scanning for reporting); supports automatically printing the next SN code that needs to be produced under the current work order after reporting the finished product SN.
Scenario & Interface Diagram
Workstation production reporting
Workstation inspection reporting
4.Application Value
Workshop-level production efficiency significantly improved by over 35%, ensuring the production line rhythm.
The defect rate during the production process decreases, with scrap and rework quantities drastically reduced, leading to a 23% decrease in production costs.
UPH capacity increased by 28%, effectively releasing workshop capacity.
Finished product quality issues are controlled, resulting in a 17% reduction in return rates for OEMs.
5.Customer Cases
Yingshi Innovation is a technology company focused on panoramic cameras and action cameras, founded in 2015. Headquartered in Shenzhen, China, it has multiple branches worldwide. Yingshi Innovation's products span various fields, including consumer-grade panoramic cameras, professional-grade panoramic cameras, action cameras, and VR headsets.
The webpage-based on-site workstation scanning reporting feature provides Yingshi Innovation with a simple and convenient way to manage production processes. By scanning barcodes during production, it allows for real-time recording of production status, including progress and employee work conditions, while providing error-proof management of operations during production. This helps Yingshi Innovation improve production efficiency, reduce production costs, while ensuring product quality.
Luckin Technology Co., Ltd. is an innovative enterprise focused on the smart home security field, headquartered in Beijing. Founded in 2014, it has a research and development team composed of senior engineers and designers, dedicated to developing smart locks, smart doorbells, smart peepholes, and other smart home products, providing users with a safe and convenient living experience.
Luckin's webpage-based on-site workstation scanning reporting feature offers a simple and convenient way to manage production processes. By scanning barcodes during production, it enables real-time recording of production progress and employee work situations, while also providing error-proof management for operations. Furthermore, this feature supports real-time visual management of scanning processing operations and production progress at the production site, providing a more intuitive and reliable data basis for production management.
Understand production management in one minute! Click to view the video👈
1.Description Card
"Workstation production reporting" is a web-based feature for production reporting and progress management. Its main principle is to scan barcodes involved in the production process to record real-time progress. This function is very simple and convenient to operate, allowing users to easily get started. At the same time, it also supports real-time visualization of production progress and employee work situations, allowing users to clearly understand the situations on the production floor for better production management and decision-making. In addition, this feature also has error-proof management capabilities that effectively avoid mistakes and problems during the production process, ensuring production quality and efficiency.
2.Industry Pain Points and Solutions
Before Application (BEFORE)
Traditional production reporting relies on the personal qualities and skill levels of employees. If employees are unfamiliar with the reporting process or lack skills, it may lead to inaccurate reporting data and non-standard entries. In addition, employees' attitudes and work efficiency can also affect the quality and speed of reporting.
In traditional production reporting, employees need to use various tools to fill out and submit reporting data. Operating with handheld mobile devices can bring many inconveniences and cannot enable visual error-proof management and access to precise documents like SOP.
The accuracy of inventory data is crucial for production reporting. However, in traditional production reporting methods, inventory data is often difficult to update in real-time and accurately count. This may lead to discrepancies between production plans and actual inventory, thus affecting the accuracy of production progress and reporting data.
Traditional production reporting processes are often cumbersome and complex, requiring employees to fill out a large number of forms and documents. This not only increases the workload for employees but may also lead to errors or omissions in data entry. Besides, cumbersome processes reduce reporting efficiency, making it difficult for management to timely obtain production progress and completion statuses.
After Application (AFTER)
Reduce errors and improve data accuracy: By automating data collection and real-time uploads, manual entry errors and delays are reduced, avoiding loss and damage of paper documents.
Improve operating convenience and information visualization: A large display and high-performance processing capabilities of the industrial computer can realize visual management of the production process, facilitating access to key documents like SOP, thus improving production efficiency and operational convenience.
Real-time updates of inventory data to ensure accuracy and timeliness of inventory information. Achieve real-time tracking and monitoring of materials, ensuring accurate use and timely replenishment of materials.
By optimizing process design and data sharing mechanisms, automate the handling of cumbersome processes and data exchange tasks, reducing manual intervention and waiting times, improving statistical efficiency. Moreover, it reduces coordination costs and communication barriers between different departments and updates shared production progress and completion statuses in real-time.
3.Scenario Analysis
Scenario Pain Points
Pain Point 1: Low app operating efficiency, high implementation difficulty
The electronic assembly industry has high demands for production efficiency and agility. Handheld mobile operations are inconvenient and difficult to effectively implement visual error-proof management and SOP queries. At the same time, the assembly industry has low requirements regarding employees' skills/age/educational background, and many older employees find it difficult to operate handheld devices, significantly impacting production efficiency. Additionally, some high-end production industries have strict confidentiality requirements, prohibiting employees from carrying hardware with cameras, which also affects the efficiency of digital advancement.
Pain Point 2: Complex processes with industry-specific characteristics
The production scenarios in the electronics industry are complex, such as replacing SN, comparing SN, and converting raw material SN to finished product SN, etc. A generally simple scanning reporting function is often difficult to implement, thus requiring higher industry know-how for scene implementations.
Pain Point 3: Inconvenient entry of raw material SN
The procurement process of raw materials in the electronic assembly industry is typically not managed within MES. Although the physical raw materials have SN codes (serial numbers) affixed to them, suppliers often do not provide an SN list, making it inconvenient to scan SN codes for single-item entry into the system. Meanwhile, for traceability requirements, it is necessary to scan the SN codes of raw materials during the production phase and input them into the system, which is a challenge faced by most electronic assembly industries.
New Core Cloud Workstation On-site Management Solution
Solution 1: Simplified workstation operations to improve efficiency
Introduce specialized industrial computers and scanning devices optimized with interfaces and operational processes tailored for industries like electronic assembly, simplifying operational steps and improving operational efficiency. Realize visual error-proof management and SOP queries, catering to the operational needs of older workers. At the same time, meet confidentiality requirements in high-end production industries by not carrying hardware devices with cameras, thus ensuring production efficiency while maintaining site confidentiality.
Solution 2: Support for complex work scenarios with industry-specific characteristics
A production operation workstation equipped with industry knowledge and specific process support can handle complex scenarios such as replacing SNs, comparing SNs, converting raw materials SN to finished product SN, and automatically printing SNs upon scanning. By thoroughly understanding the special needs of the electronic assembly industry, provide more flexible and comprehensive solutions to ensure that technical solutions can effectively be implemented and improve production efficiency.
Solution 3: Raw material scanning and data entry system
Achieve rapid scanning and entry of raw material SNs, efficiently inputting SN codes into the system even without a provided SN list from suppliers by configuring specific recognition rules. Additionally, through automated scanning and entry processes, simplify traceability procedures and improve the efficiency and accuracy of tracing raw materials to finished products, thereby meeting the high traceability requirements of the electronic assembly industry.
Solution Details
Import of external SN barcodes for raw materials
For clients primarily managing MES systems, the raw materials provided by suppliers do not need to go through the step of entering raw material SN/batch procurement into the system via operation systems.
These raw materials can be directly prepared at the production site, where the external SN code or batch material code for raw materials can be scanned directly on the workstation's page to carry out consumption operations (the system can automatically match external SN codes to corresponding material information based on various configurable recognition rules such as dynamic recognition of prefixes, dynamic recognition of suffixes, precise recognition, etc.). Moreover, this process can seamlessly integrate into the full traceability of the MES system, ensuring the accuracy and efficiency of traceability.
Scenario & Interface Diagram
Workstation scanning external code for material consumption
Convenient reporting operations with scanning anti-error features
Quickly jump to the current production work order for employees by scanning SN codes/batch codes and report production easily. The scanning results are managed visually, with precise error-proofing to avoid scanning errors.
Defective product error-proofing: Defective products cannot pass through the station by scanning.
Repeated scan error-proofing: SN/batch that has already been reported cannot be scanned again at the current workstation.
Workstation jump error-proofing: Finished product SN codes that are not in transit to the current production workstation cannot be scanned.
Material error-proofing: Finished product SN codes for different work orders and production lines cannot be mixed.
Raw material error-proofing: SN/batch of raw materials not allocated to the current work order cannot be scanned for consumption.
Operator error-proofing: Skills verification for workers.
Scenario & Interface Diagram
Visual anti-error management interface
Support for complex workstation scenarios with industry-specific characteristics
The production scenarios in the electronics industry are more complex and require more flexible support for configured actual site scanning requirements. For example:
Replacing SN: Supports replacing the final product SN during the production process (replacement methods include: directly scanning external SN codes for replacement; directly importing the SN that needs to be replaced into the production order; scanning semi-finished products/raw materials for replacement).
Comparing SNs: Supports setting the number of scanning times for comparing SNs for the current process (for example, in the process of assembling electronic locks, there are identical SN codes attached to both the front and back boards. To verify whether both boards have been assembled and whether the SN codes are consistent, the “Compare SN” processing scenario can be used).
Automatic printing of SN upon scanning, etc.: Supports automatically printing the current SN code after scanning the finished product SN during reporting (for example, in the packaging process, once the current workstation scans and completes boxing, it needs to print another SN code to affix to the packaging box for later workstations to continue scanning for reporting); supports automatically printing the next SN code that needs to be produced under the current work order after reporting the finished product SN.
Scenario & Interface Diagram
Workstation production reporting
Workstation inspection reporting
4.Application Value
Workshop-level production efficiency significantly improved by over 35%, ensuring the production line rhythm.
The defect rate during the production process decreases, with scrap and rework quantities drastically reduced, leading to a 23% decrease in production costs.
UPH capacity increased by 28%, effectively releasing workshop capacity.
Finished product quality issues are controlled, resulting in a 17% reduction in return rates for OEMs.
5.Customer Cases
Yingshi Innovation is a technology company focused on panoramic cameras and action cameras, founded in 2015. Headquartered in Shenzhen, China, it has multiple branches worldwide. Yingshi Innovation's products span various fields, including consumer-grade panoramic cameras, professional-grade panoramic cameras, action cameras, and VR headsets.
The webpage-based on-site workstation scanning reporting feature provides Yingshi Innovation with a simple and convenient way to manage production processes. By scanning barcodes during production, it allows for real-time recording of production status, including progress and employee work conditions, while providing error-proof management of operations during production. This helps Yingshi Innovation improve production efficiency, reduce production costs, while ensuring product quality.
Luckin Technology Co., Ltd. is an innovative enterprise focused on the smart home security field, headquartered in Beijing. Founded in 2014, it has a research and development team composed of senior engineers and designers, dedicated to developing smart locks, smart doorbells, smart peepholes, and other smart home products, providing users with a safe and convenient living experience.
Luckin's webpage-based on-site workstation scanning reporting feature offers a simple and convenient way to manage production processes. By scanning barcodes during production, it enables real-time recording of production progress and employee work situations, while also providing error-proof management for operations. Furthermore, this feature supports real-time visual management of scanning processing operations and production progress at the production site, providing a more intuitive and reliable data basis for production management.
