Understand packing management in one minute! Click to view the video👈
Story Card
"Packing management" is a solution for scanning packaging on the production site and in the warehouse with traceability. The features include scanning packaging on the production site, scanning packaging in the warehouse, product traceability, and data analysis. By scanning product barcodes or QR codes, corresponding packing and warehousing information can be automatically generated, tracing back to the product's production process and packing information, thereby improving production efficiency and management level.
In terms of auto parts packaging, its multi-layer packaging is similar to that of electronic products, requiring strict foolproof checking rules to ensure product accuracy and consistency. Products in equipment manufacturing generally require independent packaging due to their complex shapes and sizes, necessitating separate packaging and protection. When packaging products in equipment manufacturing, consideration must be given to the product characteristics and requirements to select appropriate packaging materials and methods to ensure safe transportation and storage of products.
Industry Pain Points and Solutions
Before Application
Low manual efficiency and inaccurate information: Manually recording packing information is inefficient and prone to errors, making it difficult to ensure the completeness and accuracy of the information, which is not conducive for subsequent traceability;
The traditional packing method is inefficient: The traditional packing method relies on manual handling and simple packing, which is inefficient and difficult to meet large-scale production demands, easily causing production line congestion;
Chaotic material management: Confused management of material batches cannot accurately trace the flow and usage of materials during the packing process; once quality issues arise, it is difficult to quickly locate the root cause. For multi-layer packaging or packing different specifications of products, there is a lack of reasonable material allocation and packing planning, leading to space waste or non-standard packaging;
Lack of foolproof checks: There is no unified and standardized packing process and standards, leading to high variability in operations across various stages, making quality hard to ensure. There is a lack of effective error-proofing and foolproof mechanisms, making it impossible to quickly identify and correct errors in the packing process.
After Application
Standardized personnel operations and accurate information: With the standardized packing process and operational guidelines provided by the system, workers can accurately and efficiently complete packing tasks, reducing human error. The automated data collection and recording function significantly lightens the workers' workload while improving the accuracy and timeliness of the information;
Flexible and efficient packing methods: Supports various flexible packing methods such as scanning packing by SN, scanning packing after pre-printing box codes, scanning SN codes, and automatically completing packing and printing box codes for full batch codes, meeting different production and shipping needs;
Real-time monitoring and full box traceability: Strict material batch management and traceability systems ensure that the flow of materials during the packing process is clear and traceable, facilitating quality traceability and problem troubleshooting. Based on the packing planning and material allocation strategies of the system, reasonable use of packing space improves the standardization and stability of the packing.
Application of foolproof rules: Introduces foolproof rules based on materials, work orders, workstations, etc., to increase packing accuracy and reduce the occurrence of errors.
Scenario Analysis
Scenario Pain Points
Pain Point 1: Low Packing Efficiency
Packing efficiency bottleneck: The traditional manual packing method is slow and difficult to meet the demands of fast production, easily leading to production line blockage.
Complicated and error-prone information recording: The workload of manually recording packing information is large, easily resulting in recording errors or incomplete information, affecting product traceability and quality control.
Pain Point 2: Lack of Foolproof Control in the Packing Process
The packing process lacks effective control measures, and there is no foolproof control at all, leading to frequent occurrences of wrong packing and missing packing, severely impacting product quality and production efficiency.
Pain Point 3: Difficult Traceability of Abnormal Issues
The traditional methods cannot achieve full process traceability of packed products, making it challenging to quickly identify the source of issues. For instance, when customers report quality problems, it is impossible to accurately determine which stage or batch of products had issues, increasing the difficulty and cost of addressing quality problems.
New Cloud Solutions
Value 1: Significant Improvement in Packing Efficiency
Using advanced automated packing equipment and smart scanning technology, realize fast and accurate packing operations perfectly matched with production rhythms, greatly improving overall production line efficiency.
By directly scanning for packing after processing on the production site or before shipping out from the warehouse, it can significantly enhance shipping efficiency, reducing manual operation time, and allowing goods to reach customers faster.
Value 2: Packing System Foolproof Calibration
By scanning for packing in the production site or warehouse, customized foolproof rules can be established to ensure the safety and accuracy of the goods, preventing loss and misdelivery issues. The preset error-proof rules and real-time verification functions of the system, such as product and box code matching verification, packing quantity verification, etc., eliminate issues like wrong packing and missing packing, ensuring product quality.
Value 3: Efficient Traceability and Location
The system records all information during the packing process, including the creation of packing tasks, picking records, packing records, shipping records, etc., and provides multi-dimensional query and statistical functions by box order, material, time, etc. Users can conveniently query packing history, trace product flow, analyze inventory turnover rates, etc., providing strong support for enterprise management decision-making.
Solution Details
Value 1: Rich Packing Scenarios
Production Packing: After on-site production is completed, scan for packing at the end of the production line, and then conduct whole box scanning for warehousing, ensuring the safety and accuracy of goods.
Warehouse Packing: Or before shipping for sales, warehouse staff can directly scan for packing in the warehouse and ship directly, saving time and greatly improving shipping efficiency.
Scenario & Interface Diagram
Value 2: Flexible Packing Methods
Packing Method 1: The production supervisor prints box codes in batches in advance and delivers them to the site, facilitating on-site packing personnel to bind completed packing through scanning SN codes or batch codes.
Packing Method 2: On-site packing personnel only need to use a scanning gun to scan the SN or batch codes of each product. The system will automatically record the product information and bind it with the box information. Once the box is full, the system will automatically print out the box code and record the material SN & batch information inside the box.
Value 3: Configurable Foolproof Rules
Material Foolproof: During the packing process, the system checks whether the materials in each box comply with predefined rules. If packing personnel mistakenly pack different types of materials in the same box, the system will issue a warning to prevent continuation of the operation.
Work Order Foolproof: The system checks whether the products in each box comply with the corresponding work order. If there are mismatches with the work order, the system will issue warnings or prevent operations to ensure packing aligns with the production plan.
Workstation Foolproof: The system can define packing rules based on workstations. For example, specific workstations may only process certain types of products; the system will ensure that packing operations at that workstation comply with regulations.
Production Line Foolproof: Specific packing rules can be set for different production lines, which helps ensure that products are packed correctly according to their production line processes.
Odd/Even Foolproof: Applicable to scenarios requiring packing based on odd/even rules. The system checks the quantity of products in the box; if it does not conform to the odd/even rule, the system will issue a warning to prevent operations.
Packing Quantity Foolproof: During the packing process, the system checks whether the box is full or has reached the predetermined quantity. If the material quantity inside the box does not meet the predetermined rules, the system will issue corresponding prompts to prevent operation.
Scenario & Interface Diagram
Value 4: Efficient Traceability and Location
After completing the packing, we need to conduct shipping and traceability for the whole box to ensure all products meet quality standards. If any non-conforming products arise, we must quickly identify the scope of the whole box and all packing/unpacking records, conducting full-process traceability to take timely measures to address the issues. Moreover, to meet the varying demands of different customers, we can also customize the configuration templates for box code printing rules to meet the box code requirements under different shipping scenarios.
Scenario & Interface Diagram
Application Value 👍
Significant improvement in packing efficiency, UHP capacity increased by `8%`
Whole box shipping, exceptionally rapid traceability; customer complaint rate reduced by `5%`
Costs of DL/IDL management for production and warehouse packing reduced by `10%`
Quality issues with finished product whole boxes are controlled, reducing the after-sales return rate from manufacturers by `6%`
Customer Cases
Insta360 Innovation is a technology company focused on panoramic cameras and action cameras, established in 2015. The company is headquartered in Shenzhen, China, and has multiple branches worldwide. YingShi Innovation's products cover various fields, including consumer panoramic cameras, professional panoramic cameras, action cameras, VR headsets, etc.
By using packing management's product features for scanning packing on production sites and in warehouses with traceability, Insta360 Innovation can quickly and accurately record product packing and warehousing information, enhancing production efficiency and management levels. Meanwhile, this feature also supports shipping and traceability operations by whole box/unpacking, which helps YingShi Innovation quickly lock in the scope of the whole box and subsequent full-process traceability, improving product quality and customer satisfaction.
Loock Technology Co., Ltd. is an innovative enterprise focused on the field of smart home safety, headquartered in Beijing. Founded in 2014, the company 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.
Loock Technology utilizes the scanning function of packing management to improve production efficiency and management levels, support shipping and traceability operations by whole box/unpacking, enhance product quality and customer satisfaction, and realize full-process traceability of products, facilitating product quality control and after-sales service.
Understand packing management in one minute! Click to view the video👈
Story Card
"Packing management" is a solution for scanning packaging on the production site and in the warehouse with traceability. The features include scanning packaging on the production site, scanning packaging in the warehouse, product traceability, and data analysis. By scanning product barcodes or QR codes, corresponding packing and warehousing information can be automatically generated, tracing back to the product's production process and packing information, thereby improving production efficiency and management level.
In terms of auto parts packaging, its multi-layer packaging is similar to that of electronic products, requiring strict foolproof checking rules to ensure product accuracy and consistency. Products in equipment manufacturing generally require independent packaging due to their complex shapes and sizes, necessitating separate packaging and protection. When packaging products in equipment manufacturing, consideration must be given to the product characteristics and requirements to select appropriate packaging materials and methods to ensure safe transportation and storage of products.
Industry Pain Points and Solutions
Before Application
Low manual efficiency and inaccurate information: Manually recording packing information is inefficient and prone to errors, making it difficult to ensure the completeness and accuracy of the information, which is not conducive for subsequent traceability;
The traditional packing method is inefficient: The traditional packing method relies on manual handling and simple packing, which is inefficient and difficult to meet large-scale production demands, easily causing production line congestion;
Chaotic material management: Confused management of material batches cannot accurately trace the flow and usage of materials during the packing process; once quality issues arise, it is difficult to quickly locate the root cause. For multi-layer packaging or packing different specifications of products, there is a lack of reasonable material allocation and packing planning, leading to space waste or non-standard packaging;
Lack of foolproof checks: There is no unified and standardized packing process and standards, leading to high variability in operations across various stages, making quality hard to ensure. There is a lack of effective error-proofing and foolproof mechanisms, making it impossible to quickly identify and correct errors in the packing process.
After Application
Standardized personnel operations and accurate information: With the standardized packing process and operational guidelines provided by the system, workers can accurately and efficiently complete packing tasks, reducing human error. The automated data collection and recording function significantly lightens the workers' workload while improving the accuracy and timeliness of the information;
Flexible and efficient packing methods: Supports various flexible packing methods such as scanning packing by SN, scanning packing after pre-printing box codes, scanning SN codes, and automatically completing packing and printing box codes for full batch codes, meeting different production and shipping needs;
Real-time monitoring and full box traceability: Strict material batch management and traceability systems ensure that the flow of materials during the packing process is clear and traceable, facilitating quality traceability and problem troubleshooting. Based on the packing planning and material allocation strategies of the system, reasonable use of packing space improves the standardization and stability of the packing.
Application of foolproof rules: Introduces foolproof rules based on materials, work orders, workstations, etc., to increase packing accuracy and reduce the occurrence of errors.
Scenario Analysis
Scenario Pain Points
Pain Point 1: Low Packing Efficiency
Packing efficiency bottleneck: The traditional manual packing method is slow and difficult to meet the demands of fast production, easily leading to production line blockage.
Complicated and error-prone information recording: The workload of manually recording packing information is large, easily resulting in recording errors or incomplete information, affecting product traceability and quality control.
Pain Point 2: Lack of Foolproof Control in the Packing Process
The packing process lacks effective control measures, and there is no foolproof control at all, leading to frequent occurrences of wrong packing and missing packing, severely impacting product quality and production efficiency.
Pain Point 3: Difficult Traceability of Abnormal Issues
The traditional methods cannot achieve full process traceability of packed products, making it challenging to quickly identify the source of issues. For instance, when customers report quality problems, it is impossible to accurately determine which stage or batch of products had issues, increasing the difficulty and cost of addressing quality problems.
New Cloud Solutions
Value 1: Significant Improvement in Packing Efficiency
Using advanced automated packing equipment and smart scanning technology, realize fast and accurate packing operations perfectly matched with production rhythms, greatly improving overall production line efficiency.
By directly scanning for packing after processing on the production site or before shipping out from the warehouse, it can significantly enhance shipping efficiency, reducing manual operation time, and allowing goods to reach customers faster.
Value 2: Packing System Foolproof Calibration
By scanning for packing in the production site or warehouse, customized foolproof rules can be established to ensure the safety and accuracy of the goods, preventing loss and misdelivery issues. The preset error-proof rules and real-time verification functions of the system, such as product and box code matching verification, packing quantity verification, etc., eliminate issues like wrong packing and missing packing, ensuring product quality.
Value 3: Efficient Traceability and Location
The system records all information during the packing process, including the creation of packing tasks, picking records, packing records, shipping records, etc., and provides multi-dimensional query and statistical functions by box order, material, time, etc. Users can conveniently query packing history, trace product flow, analyze inventory turnover rates, etc., providing strong support for enterprise management decision-making.
Solution Details
Value 1: Rich Packing Scenarios
Production Packing: After on-site production is completed, scan for packing at the end of the production line, and then conduct whole box scanning for warehousing, ensuring the safety and accuracy of goods.
Warehouse Packing: Or before shipping for sales, warehouse staff can directly scan for packing in the warehouse and ship directly, saving time and greatly improving shipping efficiency.
Scenario & Interface Diagram
Value 2: Flexible Packing Methods
Packing Method 1: The production supervisor prints box codes in batches in advance and delivers them to the site, facilitating on-site packing personnel to bind completed packing through scanning SN codes or batch codes.
Packing Method 2: On-site packing personnel only need to use a scanning gun to scan the SN or batch codes of each product. The system will automatically record the product information and bind it with the box information. Once the box is full, the system will automatically print out the box code and record the material SN & batch information inside the box.
Value 3: Configurable Foolproof Rules
Material Foolproof: During the packing process, the system checks whether the materials in each box comply with predefined rules. If packing personnel mistakenly pack different types of materials in the same box, the system will issue a warning to prevent continuation of the operation.
Work Order Foolproof: The system checks whether the products in each box comply with the corresponding work order. If there are mismatches with the work order, the system will issue warnings or prevent operations to ensure packing aligns with the production plan.
Workstation Foolproof: The system can define packing rules based on workstations. For example, specific workstations may only process certain types of products; the system will ensure that packing operations at that workstation comply with regulations.
Production Line Foolproof: Specific packing rules can be set for different production lines, which helps ensure that products are packed correctly according to their production line processes.
Odd/Even Foolproof: Applicable to scenarios requiring packing based on odd/even rules. The system checks the quantity of products in the box; if it does not conform to the odd/even rule, the system will issue a warning to prevent operations.
Packing Quantity Foolproof: During the packing process, the system checks whether the box is full or has reached the predetermined quantity. If the material quantity inside the box does not meet the predetermined rules, the system will issue corresponding prompts to prevent operation.
Scenario & Interface Diagram
Value 4: Efficient Traceability and Location
After completing the packing, we need to conduct shipping and traceability for the whole box to ensure all products meet quality standards. If any non-conforming products arise, we must quickly identify the scope of the whole box and all packing/unpacking records, conducting full-process traceability to take timely measures to address the issues. Moreover, to meet the varying demands of different customers, we can also customize the configuration templates for box code printing rules to meet the box code requirements under different shipping scenarios.
Scenario & Interface Diagram
Application Value 👍
Significant improvement in packing efficiency, UHP capacity increased by `8%`
Whole box shipping, exceptionally rapid traceability; customer complaint rate reduced by `5%`
Costs of DL/IDL management for production and warehouse packing reduced by `10%`
Quality issues with finished product whole boxes are controlled, reducing the after-sales return rate from manufacturers by `6%`
Customer Cases
Insta360 Innovation is a technology company focused on panoramic cameras and action cameras, established in 2015. The company is headquartered in Shenzhen, China, and has multiple branches worldwide. YingShi Innovation's products cover various fields, including consumer panoramic cameras, professional panoramic cameras, action cameras, VR headsets, etc.
By using packing management's product features for scanning packing on production sites and in warehouses with traceability, Insta360 Innovation can quickly and accurately record product packing and warehousing information, enhancing production efficiency and management levels. Meanwhile, this feature also supports shipping and traceability operations by whole box/unpacking, which helps YingShi Innovation quickly lock in the scope of the whole box and subsequent full-process traceability, improving product quality and customer satisfaction.
Loock Technology Co., Ltd. is an innovative enterprise focused on the field of smart home safety, headquartered in Beijing. Founded in 2014, the company 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.
Loock Technology utilizes the scanning function of packing management to improve production efficiency and management levels, support shipping and traceability operations by whole box/unpacking, enhance product quality and customer satisfaction, and realize full-process traceability of products, facilitating product quality control and after-sales service.
Understand packing management in one minute! Click to view the video👈
Story Card
"Packing management" is a solution for scanning packaging on the production site and in the warehouse with traceability. The features include scanning packaging on the production site, scanning packaging in the warehouse, product traceability, and data analysis. By scanning product barcodes or QR codes, corresponding packing and warehousing information can be automatically generated, tracing back to the product's production process and packing information, thereby improving production efficiency and management level.
In terms of auto parts packaging, its multi-layer packaging is similar to that of electronic products, requiring strict foolproof checking rules to ensure product accuracy and consistency. Products in equipment manufacturing generally require independent packaging due to their complex shapes and sizes, necessitating separate packaging and protection. When packaging products in equipment manufacturing, consideration must be given to the product characteristics and requirements to select appropriate packaging materials and methods to ensure safe transportation and storage of products.
Industry Pain Points and Solutions
Before Application
Low manual efficiency and inaccurate information: Manually recording packing information is inefficient and prone to errors, making it difficult to ensure the completeness and accuracy of the information, which is not conducive for subsequent traceability;
The traditional packing method is inefficient: The traditional packing method relies on manual handling and simple packing, which is inefficient and difficult to meet large-scale production demands, easily causing production line congestion;
Chaotic material management: Confused management of material batches cannot accurately trace the flow and usage of materials during the packing process; once quality issues arise, it is difficult to quickly locate the root cause. For multi-layer packaging or packing different specifications of products, there is a lack of reasonable material allocation and packing planning, leading to space waste or non-standard packaging;
Lack of foolproof checks: There is no unified and standardized packing process and standards, leading to high variability in operations across various stages, making quality hard to ensure. There is a lack of effective error-proofing and foolproof mechanisms, making it impossible to quickly identify and correct errors in the packing process.
After Application
Standardized personnel operations and accurate information: With the standardized packing process and operational guidelines provided by the system, workers can accurately and efficiently complete packing tasks, reducing human error. The automated data collection and recording function significantly lightens the workers' workload while improving the accuracy and timeliness of the information;
Flexible and efficient packing methods: Supports various flexible packing methods such as scanning packing by SN, scanning packing after pre-printing box codes, scanning SN codes, and automatically completing packing and printing box codes for full batch codes, meeting different production and shipping needs;
Real-time monitoring and full box traceability: Strict material batch management and traceability systems ensure that the flow of materials during the packing process is clear and traceable, facilitating quality traceability and problem troubleshooting. Based on the packing planning and material allocation strategies of the system, reasonable use of packing space improves the standardization and stability of the packing.
Application of foolproof rules: Introduces foolproof rules based on materials, work orders, workstations, etc., to increase packing accuracy and reduce the occurrence of errors.
Scenario Analysis
Scenario Pain Points
Pain Point 1: Low Packing Efficiency
Packing efficiency bottleneck: The traditional manual packing method is slow and difficult to meet the demands of fast production, easily leading to production line blockage.
Complicated and error-prone information recording: The workload of manually recording packing information is large, easily resulting in recording errors or incomplete information, affecting product traceability and quality control.
Pain Point 2: Lack of Foolproof Control in the Packing Process
The packing process lacks effective control measures, and there is no foolproof control at all, leading to frequent occurrences of wrong packing and missing packing, severely impacting product quality and production efficiency.
Pain Point 3: Difficult Traceability of Abnormal Issues
The traditional methods cannot achieve full process traceability of packed products, making it challenging to quickly identify the source of issues. For instance, when customers report quality problems, it is impossible to accurately determine which stage or batch of products had issues, increasing the difficulty and cost of addressing quality problems.
New Cloud Solutions
Value 1: Significant Improvement in Packing Efficiency
Using advanced automated packing equipment and smart scanning technology, realize fast and accurate packing operations perfectly matched with production rhythms, greatly improving overall production line efficiency.
By directly scanning for packing after processing on the production site or before shipping out from the warehouse, it can significantly enhance shipping efficiency, reducing manual operation time, and allowing goods to reach customers faster.
Value 2: Packing System Foolproof Calibration
By scanning for packing in the production site or warehouse, customized foolproof rules can be established to ensure the safety and accuracy of the goods, preventing loss and misdelivery issues. The preset error-proof rules and real-time verification functions of the system, such as product and box code matching verification, packing quantity verification, etc., eliminate issues like wrong packing and missing packing, ensuring product quality.
Value 3: Efficient Traceability and Location
The system records all information during the packing process, including the creation of packing tasks, picking records, packing records, shipping records, etc., and provides multi-dimensional query and statistical functions by box order, material, time, etc. Users can conveniently query packing history, trace product flow, analyze inventory turnover rates, etc., providing strong support for enterprise management decision-making.
Solution Details
Value 1: Rich Packing Scenarios
Production Packing: After on-site production is completed, scan for packing at the end of the production line, and then conduct whole box scanning for warehousing, ensuring the safety and accuracy of goods.
Warehouse Packing: Or before shipping for sales, warehouse staff can directly scan for packing in the warehouse and ship directly, saving time and greatly improving shipping efficiency.
Scenario & Interface Diagram
Value 2: Flexible Packing Methods
Packing Method 1: The production supervisor prints box codes in batches in advance and delivers them to the site, facilitating on-site packing personnel to bind completed packing through scanning SN codes or batch codes.
Packing Method 2: On-site packing personnel only need to use a scanning gun to scan the SN or batch codes of each product. The system will automatically record the product information and bind it with the box information. Once the box is full, the system will automatically print out the box code and record the material SN & batch information inside the box.
Value 3: Configurable Foolproof Rules
Material Foolproof: During the packing process, the system checks whether the materials in each box comply with predefined rules. If packing personnel mistakenly pack different types of materials in the same box, the system will issue a warning to prevent continuation of the operation.
Work Order Foolproof: The system checks whether the products in each box comply with the corresponding work order. If there are mismatches with the work order, the system will issue warnings or prevent operations to ensure packing aligns with the production plan.
Workstation Foolproof: The system can define packing rules based on workstations. For example, specific workstations may only process certain types of products; the system will ensure that packing operations at that workstation comply with regulations.
Production Line Foolproof: Specific packing rules can be set for different production lines, which helps ensure that products are packed correctly according to their production line processes.
Odd/Even Foolproof: Applicable to scenarios requiring packing based on odd/even rules. The system checks the quantity of products in the box; if it does not conform to the odd/even rule, the system will issue a warning to prevent operations.
Packing Quantity Foolproof: During the packing process, the system checks whether the box is full or has reached the predetermined quantity. If the material quantity inside the box does not meet the predetermined rules, the system will issue corresponding prompts to prevent operation.
Scenario & Interface Diagram
Value 4: Efficient Traceability and Location
After completing the packing, we need to conduct shipping and traceability for the whole box to ensure all products meet quality standards. If any non-conforming products arise, we must quickly identify the scope of the whole box and all packing/unpacking records, conducting full-process traceability to take timely measures to address the issues. Moreover, to meet the varying demands of different customers, we can also customize the configuration templates for box code printing rules to meet the box code requirements under different shipping scenarios.
Scenario & Interface Diagram
Application Value 👍
Significant improvement in packing efficiency, UHP capacity increased by `8%`
Whole box shipping, exceptionally rapid traceability; customer complaint rate reduced by `5%`
Costs of DL/IDL management for production and warehouse packing reduced by `10%`
Quality issues with finished product whole boxes are controlled, reducing the after-sales return rate from manufacturers by `6%`
Customer Cases
Insta360 Innovation is a technology company focused on panoramic cameras and action cameras, established in 2015. The company is headquartered in Shenzhen, China, and has multiple branches worldwide. YingShi Innovation's products cover various fields, including consumer panoramic cameras, professional panoramic cameras, action cameras, VR headsets, etc.
By using packing management's product features for scanning packing on production sites and in warehouses with traceability, Insta360 Innovation can quickly and accurately record product packing and warehousing information, enhancing production efficiency and management levels. Meanwhile, this feature also supports shipping and traceability operations by whole box/unpacking, which helps YingShi Innovation quickly lock in the scope of the whole box and subsequent full-process traceability, improving product quality and customer satisfaction.
Loock Technology Co., Ltd. is an innovative enterprise focused on the field of smart home safety, headquartered in Beijing. Founded in 2014, the company 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.
Loock Technology utilizes the scanning function of packing management to improve production efficiency and management levels, support shipping and traceability operations by whole box/unpacking, enhance product quality and customer satisfaction, and realize full-process traceability of products, facilitating product quality control and after-sales service.
