The alphanumeric code 130-50237r likely refers to a specific product or part number, potentially within a manufacturing or inventory system. The associated numerical value 212, when referencing color, often indicates a specific shade within a standardized color system, such as Pantone or RAL. This combination suggests a product designated by the code 130-50237r, manufactured or supplied in the color designated as 212.
Precise color identification is crucial in many industries, ensuring consistency and accuracy in product appearance. Standardized color codes facilitate clear communication between manufacturers, suppliers, and customers, minimizing discrepancies and errors. Utilizing such specific designations as a part number combined with a color code streamlines inventory management, order fulfillment, and quality control processes. Historically, the development and adoption of standardized color systems have dramatically improved efficiency and communication within manufacturing and related fields.
Understanding the context of these identifiers allows for more effective exploration of related topics, such as color matching technologies, industrial design principles, and supply chain management. Further investigation might include the specific industry in which this code is utilized, the properties and applications of materials finished in this color, and the evolution of color standardization within that sector.
1. Product Identification
Product identification forms the cornerstone of effective inventory management and supply chain operations. The designation “130-50237r used 212 color” exemplifies this principle. The alphanumeric code “130-50237r” likely serves as a unique identifier for a specific product variant. This allows for precise tracking of the item throughout its lifecycle, from manufacturing to distribution and eventual sale or use. The addition of “212 color” further refines the identification, specifying a particular color variant of the product. This level of granularity is essential for managing diverse product lines and ensuring that customers receive the exact item they ordered. Consider a clothing retailer managing multiple sizes and colors of a specific shirt style. Each size and color combination requires a distinct product identifier to avoid confusion and ensure efficient fulfillment.
This precise identification system enables businesses to optimize inventory levels, track product movement, and minimize errors in order fulfillment. It facilitates communication between different stakeholders in the supply chain, from manufacturers to distributors and retailers. Accurate product identification also plays a crucial role in quality control and product recall scenarios, allowing for targeted action and minimizing disruption. For instance, if a manufacturer identifies a defect in a specific batch of products distinguished by a unique identifier and color code, they can quickly and efficiently isolate and address the issue.
In conclusion, robust product identification systems, as illustrated by the example of “130-50237r used 212 color,” are essential for efficient business operations. They enable precise tracking, streamlined communication, and effective management of diverse product lines, ultimately contributing to improved customer satisfaction and overall business success. The challenges lie in maintaining the accuracy and consistency of these identifiers across complex supply chains and integrating them seamlessly into existing inventory management systems. Further exploration of best practices in product identification can yield valuable insights for organizations seeking to optimize their operations and gain a competitive edge.
2. Color Code
Color codes play a crucial role in specifying and controlling color within manufacturing and other industries. In the example “130-50237r used 212 color,” the numerical value “212” likely represents a specific color designation within a standardized system. This system could be a widely recognized standard like Pantone or RAL, or a proprietary system used within a specific industry or organization. The use of a color code ensures consistent color reproduction across different production runs and suppliers. Without such standardization, color variations could arise, leading to inconsistencies in the final product and potentially customer dissatisfaction. For instance, in automotive manufacturing, consistent color across different parts of a vehicle is essential for maintaining a uniform appearance. A specific color code ensures that the bumpers, doors, and hood all match precisely.
The connection between the product identifier “130-50237r” and the color code “212” demonstrates the importance of integrating color information into product specifications. This linkage allows manufacturers to track and manage inventory based on both product type and color, streamlining logistics and order fulfillment. Furthermore, it facilitates quality control by allowing for precise color matching and identification of potential discrepancies. Consider a manufacturer of electronic components. Using color codes alongside product identifiers enables them to track specific batches of components differentiated by color, which might signify different functionalities or specifications. This level of detail enhances traceability and quality assurance.
Standardized color codes are essential for efficient communication and quality control across complex supply chains. They minimize ambiguity and ensure that all stakeholders understand the precise color requirements. However, challenges can arise in managing and maintaining these color standards, particularly in industries with a wide range of colors or frequent color updates. Integrating color information into product lifecycle management (PLM) systems can help address these challenges, enabling efficient data management and communication throughout the product development and manufacturing process. Understanding the role and significance of color codes within product specifications, as exemplified by “130-50237r used 212 color,” is crucial for ensuring color accuracy, consistency, and efficient management of product variations.
3. Inventory Management
Effective inventory management relies on accurate and detailed product identification. The designation “130-50237r used 212 color” exemplifies the importance of such specificity. By incorporating both a unique product identifier (“130-50237r”) and a color specification (“212”), businesses gain granular control over their stock, enabling streamlined operations and optimized resource allocation. This approach facilitates precise tracking, efficient retrieval, and minimized risk of errors related to color variations or product misidentification.
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Tracking and Traceability
The combined use of a product code and color code enhances tracking and traceability throughout the supply chain. Each item can be individually identified and its location, movement, and status monitored in real-time. This granular level of detail allows for efficient management of stock levels, optimized replenishment strategies, and rapid response to changes in demand. For example, a warehouse managing furniture could use “130-50237r used 212 color” to pinpoint the exact location of a specific blue chair model within their facility.
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Order Fulfillment and Customer Satisfaction
Precise product identification, including color specification, ensures accurate order fulfillment. Customers receive the exact item they requested, minimizing returns and maximizing satisfaction. This level of precision is particularly critical in industries where color plays a significant role in purchasing decisions, such as fashion or home decor. A customer ordering a specific shade of paint (“212”) can be confident they are receiving the correct product associated with its product code (“130-50237r”).
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Stock Optimization and Waste Reduction
Detailed inventory data, facilitated by specific product and color identifiers, allows for data-driven decision-making regarding stock levels. By analyzing historical sales data and current demand trends for each specific product variant, businesses can optimize inventory levels, minimizing storage costs and reducing waste associated with overstocking or obsolescence. For instance, if sales data indicates declining demand for “130-50237r used 212 color,” production and stock levels can be adjusted accordingly.
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Integration with other systems
Specific product and color identifiers can be seamlessly integrated into various systems, such as warehouse management systems (WMS), enterprise resource planning (ERP) systems, and e-commerce platforms. This integration facilitates automated data exchange, streamlined workflows, and improved overall operational efficiency. For instance, a barcode containing both “130-50237r” and “212” can be scanned at various points in the supply chain, automatically updating inventory records in real-time.
In conclusion, the level of detail exemplified by “130-50237r used 212 color” underscores the importance of comprehensive product identification in modern inventory management. By incorporating specific product codes and color specifications, businesses can optimize their inventory control processes, leading to increased efficiency, reduced costs, and improved customer satisfaction. The key lies in effectively integrating these identifiers into existing systems and processes to leverage the full potential of data-driven inventory management strategies. This approach positions businesses to adapt to evolving market demands and maintain a competitive edge in today’s dynamic commercial landscape.
4. Manufacturing Process
The manufacturing process relies heavily on precise specifications to ensure consistent product quality and minimize errors. The designation “130-50237r used 212 color” provides a specific example of how such detailed information integrates into manufacturing operations. This code likely represents a specific product variant (“130-50237r”) and its designated color (“212”), guiding various stages of production, from material selection and fabrication to finishing and quality control.
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Material Selection
The product code “130-50237r” may dictate the specific materials required for production. The color code “212” further refines this selection, particularly for components requiring specific pigments or surface treatments. For example, if “212” denotes a specific shade of blue, the manufacturing process must incorporate the correct pigments or dyes during material preparation or finishing. Using precise codes minimizes the risk of material mismatches and ensures consistency across production runs.
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Fabrication and Assembly
During fabrication and assembly, the product and color codes guide the process, ensuring that the correct components are used and assembled in the specified order. Color-coded components or markings can facilitate assembly and minimize errors, particularly in complex products with numerous parts. In electronic assembly, color codes might differentiate resistors or capacitors, ensuring correct placement on circuit boards. This precision contributes to product functionality and reliability.
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Finishing and Coating
The color code “212” is crucial during the finishing and coating stages. It dictates the precise color application, whether through painting, dyeing, or other surface treatments. Automated systems can use this code to dispense the correct colorants and ensure uniform application. In the textile industry, color codes guide the dyeing process, ensuring consistent color across different batches of fabric. Precise color control enhances product aesthetics and meets customer expectations.
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Quality Control and Inspection
Throughout the manufacturing process, quality control procedures rely on these identifiers. Inspectors verify that the correct materials and colors are used at each stage, minimizing deviations from specifications. Color measurement instruments can be used to verify that the finished product matches the designated color code “212.” This rigorous quality control ensures that the final product meets the required standards and minimizes the risk of defects or inconsistencies reaching the customer. In the automotive industry, color matching is critical for maintaining a uniform appearance across different vehicle parts.
By integrating specific identifiers like “130-50237r used 212 color” into the manufacturing process, businesses achieve greater control over production, ensuring consistent product quality and minimizing errors. This approach enhances traceability, streamlines operations, and facilitates efficient communication across different stages of manufacturing. The effective use of such identifiers contributes to optimized resource allocation, reduced waste, and ultimately, increased customer satisfaction by delivering products that consistently meet specifications.
5. Quality Control
Quality control processes rely heavily on precise product specifications. The designation “130-50237r used 212 color” provides a clear example of such a specification, linking a unique product identifier (“130-50237r”) with a specific color designation (“212”). This linkage enables stringent quality checks throughout the production and distribution lifecycle, ensuring adherence to defined standards and minimizing deviations. Color consistency, often a critical quality attribute, benefits significantly from this precise identification. Consider a batch of ceramic tiles: the color code “212” dictates a specific shade, and quality control measures ensure each tile in the batch conforms to this standard. Deviations from “212” indicate potential inconsistencies in the manufacturing process, prompting investigation and corrective action.
The practical significance of linking product identifiers with color codes extends beyond mere aesthetics. In many industries, color signifies specific properties or functionalities. For example, in electrical wiring, different colors indicate different voltages or functions. Quality control measures verifying the correct color, linked to the product code, become essential for safety and proper functionality. Mismatches between the product code “130-50237r” and the specified color “212” could lead to product malfunction or even safety hazards. Therefore, quality control checks must verify not only the color itself but also its association with the correct product identifier. This interconnected approach ensures that the right product, with the right characteristics, reaches the end-user.
Precise identification, exemplified by “130-50237r used 212 color,” empowers targeted quality control interventions. Rather than relying on general visual inspections, quality control personnel can utilize specific color measurement tools and reference the defined color code “212.” This targeted approach increases the accuracy and efficiency of quality control processes, reducing the likelihood of defective products reaching the market. Furthermore, this level of detail facilitates root cause analysis in case of defects. By tracking deviations linked to specific product and color codes, manufacturers can identify patterns and pinpoint the source of inconsistencies within the production process, leading to continuous improvement and enhanced quality assurance. The challenge lies in integrating these specific identifiers throughout the entire production and distribution process, ensuring data consistency and accessibility for effective quality control measures.
6. Industry Standards
Industry standards provide a framework for consistency and interoperability within specific sectors. The designation “130-50237r used 212 color” likely adheres to such standards, particularly regarding the color code “212.” This numerical value likely corresponds to a standardized color system, such as Pantone or RAL, enabling consistent color reproduction across different manufacturers and suppliers. Adherence to these standards ensures that “212” represents the same shade regardless of the production context, facilitating clear communication and minimizing color discrepancies. Without such standardization, “212” could represent different shades across various systems, leading to confusion and inconsistencies in the final product. For example, in the printing industry, adherence to Pantone color standards ensures that a specific color, designated by a Pantone number, appears identical regardless of the printing press or ink manufacturer used.
The product identifier “130-50237r” likely conforms to industry-specific standards regarding product coding and nomenclature. These standards may dictate the structure and format of product codes, ensuring uniqueness and facilitating efficient data management within supply chains. The use of standardized product codes, coupled with standardized color codes like “212,” streamlines communication and data exchange between manufacturers, distributors, and retailers. For instance, in the automotive industry, standardized part numbering systems ensure that a specific part, such as a headlight assembly, can be readily identified and ordered regardless of the vehicle manufacturer. This interoperability simplifies logistics and reduces errors in parts procurement and replacement.
Compliance with industry standards, as exemplified by the use of standardized codes in “130-50237r used 212 color,” fosters efficiency and interoperability within supply chains. Standardization minimizes ambiguity, reduces errors, and facilitates clear communication between different stakeholders. However, challenges can arise in maintaining and updating these standards as technologies and industry practices evolve. Furthermore, different industries might utilize different standards, which can create complexities in cross-sector collaborations. Therefore, understanding and adhering to relevant industry standards is crucial for effective communication, quality control, and efficient operations within any given sector.
Frequently Asked Questions
This section addresses common inquiries regarding product codes and color specifications, using “130-50237r used 212 color” as an illustrative example. The information provided aims to clarify potential ambiguities and provide a deeper understanding of the significance of standardized identifiers within various industries.
Question 1: What is the significance of the alphanumeric code “130-50237r”?
This code likely represents a unique product identifier, possibly a specific part number or SKU. It distinguishes this particular item from other products within a manufacturer’s or supplier’s catalog.
Question 2: What does the numerical value “212” signify in this context?
“212” likely denotes a specific color within a standardized color system, such as Pantone or RAL. This ensures consistent color reproduction across different production runs and suppliers.
Question 3: Why is it important to link a product code with a color code?
Linking these identifiers enhances precision in inventory management, order fulfillment, and quality control. It enables tracking specific product variations based on color, minimizing errors and ensuring customers receive the exact item ordered.
Question 4: How does the use of standardized color codes benefit manufacturers?
Standardized color codes facilitate clear communication between manufacturers, suppliers, and customers. They minimize discrepancies in color interpretation and ensure consistent color reproduction across different production processes.
Question 5: What are the potential challenges associated with managing color codes within a manufacturing setting?
Challenges can include maintaining consistency across different materials and production processes, managing updates to color standards, and integrating color information into existing inventory management systems.
Question 6: How do industry standards impact the use and interpretation of product and color codes?
Industry standards ensure consistency and interoperability within specific sectors. Adherence to these standards allows different manufacturers and suppliers to utilize the same codes, facilitating seamless communication and data exchange across the supply chain.
Accurate and standardized product and color identification is crucial for efficient operations within various industries. Utilizing specific codes and adhering to established standards minimizes errors, streamlines communication, and ensures product consistency, ultimately enhancing customer satisfaction.
For further information, consult industry-specific resources or contact relevant standardization organizations. Exploring specific case studies within different sectors can also provide valuable insights into the practical application and benefits of standardized product and color identification.
Tips for Effective Product and Color Identification
Accurate and consistent product and color identification is fundamental for efficient operations across various industries. Utilizing standardized codes, such as those exemplified by “130-50237r used 212 color,” offers significant advantages in inventory management, manufacturing processes, and quality control. The following tips provide guidance for establishing and maintaining robust identification systems.
Tip 1: Adhere to Established Standards: Utilize recognized industry standards for both product and color codes whenever possible. This ensures interoperability and facilitates clear communication across supply chains. Examples include Pantone, RAL, and industry-specific coding systems.
Tip 2: Integrate Color Information into Product Specifications: Link color codes directly to product identifiers to enable precise tracking and management of product variations. This minimizes errors in order fulfillment and enhances quality control processes.
Tip 3: Utilize Consistent Coding Structures: Maintain consistent alphanumeric structures for product codes to facilitate efficient data management and retrieval. Consistent structures simplify integration with inventory management and other enterprise systems.
Tip 4: Implement Robust Quality Control Measures: Verify color accuracy throughout the manufacturing process using appropriate measurement tools and referencing established color standards. Regular audits ensure consistent adherence to color specifications.
Tip 5: Train Personnel on Proper Identification Procedures: Provide comprehensive training to all personnel involved in product handling, manufacturing, and quality control. Clear understanding of coding systems and procedures minimizes errors and ensures data integrity.
Tip 6: Regularly Review and Update Coding Systems: Periodically review and update coding systems to reflect changes in product lines, industry standards, or manufacturing processes. Regular updates maintain system accuracy and relevance.
Tip 7: Leverage Technology for Enhanced Efficiency: Utilize barcode scanners, RFID tags, and other technologies to automate data capture and streamline inventory management processes. Technology integration enhances efficiency and reduces manual errors.
Implementing these tips contributes to optimized inventory management, improved manufacturing efficiency, enhanced quality control, and ultimately, increased customer satisfaction. Consistent and accurate product and color identification strengthens operational efficiency and establishes a foundation for data-driven decision-making across the supply chain.
By prioritizing these strategies, organizations can leverage the full potential of robust identification systems and gain a competitive advantage in today’s dynamic market.
Conclusion
Precise product and color identification, exemplified by the hypothetical “130-50237r used 212 color” designation, represents a critical aspect of modern industrial operations. This exploration has highlighted the significance of such specificity within inventory management, manufacturing processes, and quality control. Standardized coding systems, coupled with rigorous quality assurance measures, enable consistent product realization, minimize errors, and optimize resource allocation. The integration of color codes within product specifications further enhances traceability and facilitates efficient communication across complex supply chains. Adherence to established industry standards promotes interoperability and ensures clarity across diverse stakeholders.
Effective implementation of these principles offers significant advantages in today’s competitive landscape. Streamlined operations, enhanced product quality, and improved customer satisfaction represent key outcomes of robust product and color identification systems. Continued advancements in technology and evolving industry practices necessitate ongoing adaptation and refinement of these systems. The pursuit of precision and consistency in product identification remains essential for organizations seeking to optimize performance and maintain a competitive edge.
