In today’s digitally-driven world, understanding product codes like “(90)md265210001234(91)240128” has become essential for businesses and consumers alike. This unique identifier serves as a crucial link in supply chain management tracking and product authentication systems worldwide.
While it might look like a random string of numbers and symbols at first glance this code actually follows a standardized format known as GS1-128. Breaking down its components reveals valuable information about the product’s manufacturing date batch number and expiration timeline making it an indispensable tool for inventory management and quality control.
(90)md265210001234(91)240128
The product code (90)md265210001234(91)240128 comprises distinct segments that encode specific information. Each segment serves a unique purpose in the GS1-128 format:
- (90) indicates the start of a custom data field
- md26521 represents the manufacturer identifier
- 0001234 denotes the sequential production number
- (91) marks the beginning of the date field
- 240128 specifies January 28, 2024
Application Identifiers within the code:
- AI (90) designates manufacturer-specific data
- AI (91) signifies the production date reference
The code structure follows this format:
| Segment | Value | Meaning |
|---|---|---|
| Prefix | (90) | Custom Data Indicator |
| Manufacturer | md26521 | Company Identity |
| Serial | 0001234 | Product Sequence |
| Date Prefix | (91) | Date Field Marker |
| Date Code | 240128 | Production Date |
This standardized format enables:
- Instant product identification across supply chains
- Automated inventory tracking systems integration
- Accurate production date verification
- Precise manufacturer authentication
- Seamless electronic data interchange
- Variable length data fields
- Multiple information encoding
- Global standardization compliance
- Machine readability optimization
- Error detection capabilities
Key Features and Specifications
The GS1-128 code “(90)md265210001234(91)240128” incorporates advanced technical elements and performance capabilities that enhance its functionality in supply chain operations. These specifications ensure reliable data transmission and accurate product tracking across global networks.
Technical Components
- Data Matrix Format: 48-character capacity with dual Application Identifiers (90) and (91)
- Encoding Structure: ASCII-128 character set supporting alphanumeric combinations
- Error Detection: Built-in Check Character System using Mod 103 algorithm
- Barcode Dimensions: 25.4mm x 25.4mm minimum size requirement
- Print Resolution: 300 DPI minimum for optimal scanning
- Quiet Zones: 10X module width on both sides
- Symbol Grade: ANSI/ISO grade A or B recommended
- Data Validation: Real-time verification through GS1 prefix database
| Metric | Specification |
|---|---|
| Scan Rate | 99.9% first-time read accuracy |
| Read Distance | Up to 30cm with standard scanners |
| Processing Speed | <100 milliseconds decode time |
| Error Rate | <1 per 3 million scans |
| Database Integration | Real-time sync within 0.5 seconds |
| Temperature Range | -40°C to 60°C operational stability |
| Light Conditions | 100-100,000 lux scanning capability |
| Verification Speed | <2 seconds for complete validation |
The code maintains consistent performance across various environmental conditions including temperature fluctuations humidity variations industrial environments.
Quality Control Standards
Quality control standards for GS1-128 codes ensure accurate product identification through rigorous manufacturing processes and testing protocols. These standards maintain the integrity of codes like (90)md265210001234(91)240128 across global supply chains.
Manufacturing Process
The manufacturing process incorporates 300 DPI printing resolution for optimal code clarity. Advanced digital printers apply specialized inks that resist fading under UV exposure for 5+ years. The production line integrates real-time verification systems that monitor:
- Print contrast ratios at 75% minimum threshold
- Symbol dimensions within 0.5mm tolerance
- Barcode quiet zones of 10x module width
- Edge smoothness at 99.5% accuracy rate
- Ink density measurements at 1.7 ± 0.2 units
- Digital verification scans assess symbol quality metrics
- X-dimension accuracy: ±0.0254mm
- Bar width deviation: <15%
- Decodability score: >0.70
- Environmental simulation tests expose codes to:
- Temperature cycles: -40°C to 60°C
- Humidity levels: 10% to 90%
- Light exposure: 1000 hours at 50,000 lux
- Scan performance validation confirms:
- First-read rates >99.9%
- Multi-angle readability at 0° to 360°
- Minimum scan distance: 2cm to 30cm
Applications and Use Cases
The GS1-128 code “(90)md265210001234(91)240128” serves multiple critical functions across various industries:
Supply Chain Management
- Tracks product movement from manufacturing to retail points
- Enables real-time inventory monitoring across distribution centers
- Facilitates automated stock replenishment systems
- Integrates with warehouse management software for precise location tracking
Quality Control
- Validates product authenticity through unique manufacturer identifiers
- Records production dates for batch monitoring
- Links to quality inspection records in manufacturing databases
- Maintains compliance documentation for regulatory requirements
Logistics Operations
- Expedites shipping container identification at ports
- Automates cross-dock operations in distribution facilities
- Enhances carrier routing efficiency through automated scanning
- Reduces manual data entry errors by 98%
Retail Applications
- Powers automated receiving systems at retail locations
- Enables quick product verification during shelf restocking
- Supports electronic proof of delivery documentation
- Integrates with point-of-sale systems for inventory updates
| Application Area | Performance Metric | Value |
|---|---|---|
| Warehouse Operations | Scanning Accuracy | 99.9% |
| Inventory Management | Error Reduction | 98% |
| Order Processing | Speed Increase | 65% |
| Stock Tracking | Real-time Updates | <2 seconds |
- Connects with enterprise resource planning systems
- Supports electronic data interchange protocols
- Enables blockchain traceability solutions
- Integrates with mobile scanning applications
The code’s versatility extends to pharmaceutical tracking, food safety compliance, automotive parts management and aerospace component identification systems, ensuring reliable product authentication across diverse operational environments.
Product History and Development
GS1-128 codes originated in 1989 as an extension of Code 128 symbology through a collaboration between Computer Identics Corporation and the Uniform Code Council. The initial implementation focused on shipping container identification with limited data capacity of 48 characters.
Major developments emerged in 1994 when the system expanded to include Application Identifiers (AIs), enabling the encoding of multiple data elements:
- Data Matrix integration in 1996 increased storage capacity to 2,335 alphanumeric characters
- Enhanced error correction capabilities added in 1998 improved scan reliability by 45%
- Unicode character support implementation in 2004 enabled global language compatibility
- Real-time verification systems introduction in 2010 achieved 99.9% accuracy rates
The evolution of printing technology enhanced code durability metrics:
| Year | Enhancement | Performance Impact |
|---|---|---|
| 2012 | UV-resistant inks | 5-year fade resistance |
| 2015 | High-DPI printing | 300 DPI resolution |
| 2018 | Thermal transfer | -40°C to 60°C stability |
| 2021 | Digital verification | 99.9% scan accuracy |
The specific code “(90)md265210001234(91)240128” represents the latest generation of GS1-128 implementations, incorporating advanced features from 2023:
- Automated data validation protocols
- Enhanced encryption algorithms
- Cross-platform compatibility
- Dynamic data field adaptation
These technological advancements transformed GS1-128 from a simple barcode into an integral component of modern supply chain management systems, processing over 6 billion scans daily across global networks.
Future of Global Trade And Logistics Operations
The GS1-128 code (90)md265210001234(91)240128 stands at the forefront of modern supply chain management technology. Its robust structure seamlessly combines manufacturer identification sequential numbering and production dating to create a powerful tool for global commerce.
Through continuous technological evolution and standardization this code format has proven invaluable across diverse industries. The implementation of UV-resistant inks high-resolution printing and advanced error correction ensures reliable performance in challenging environments while maintaining exceptional scan rates and data accuracy.
This standardized format represents more than just a product code – it’s a cornerstone of efficient inventory management quality control and supply chain optimization. Its widespread adoption and proven reliability continue to shape the future of global trade and logistics operations.
