Solutions

In an era of information explosion, efficiently and accurately capturing text data circulating across workflows has become a core competitive advantage for industries like logistics, warehousing, retail, and manufacturing. Say goodbye to inefficient, error-prone manual entry! MobyData’s mobile data terminals now integrate high-precision OCR recognition, injecting intelligent power into your business processes – putting data capture right in the palm of your hand! OCR Recognition Tackles Core Business ChallengesOne Scan, Dual ResultsNo more repetitive operations! With just a single scan, the built-in high-precision OCR technology instantly and accurately extracts both barcode information and text content from images. Whether it’s crisp linear barcodes, QR codes, printed text, or handwritten notes – nothing escapes detection. Complex Layouts? Precisely Parsed!Struggling with densely packed labels or mixed-format documents that baffle traditional recognition? MobyData’s deeply optimized OCR algorithm specializes in conquering complex layout recognition. It intelligently analyzes image structures, accurately segments regions, and clearly categorizes text content alongside barcode information – delivering structured output. Information retrieval is now organized and intuitive. Precision & Efficiency, Unleash Your WorkforceComplete multiple tasks in a single scan, multiplying data collection efficiency; eliminate human entry errors to ensure data accuracy; free your team from tedious manual input to focus on higher-value work. Unlock Deeper Data ValueStructured text and barcode information seamlessly integrate with business systems. Easily enable data retrieval, traceability, and statistical analysis. Achieve greater transparency in production process tracking, precision in inventory management, and reliability in quality control – empowering comprehensive digital transformation for your enterprise. Harsh Industrial Environments? Handled with Ease!Direct Part Marking (DPM) code recognition is widely recognized as challenging. MobyData mobile terminals not only read DPM codes accurately but also simultaneously capture text information on complex metal components. This transforms the most critical – yet most error-prone – data collection tasks in industrial settings into processes of unprecedented simplicity, precision, and efficiency.

Background​​The battery module—the core component of new energy vehicles—requires precise recording and traceability during production to ensure efficient quality management. Traditional paper labels, prone to detachment or damage, no longer meet industry demands. As a result, ​​laser marking technology​​ has become the industry standard Industry Challenges​​Conventional barcode scanners struggle to read laser codes on battery modules due to: ​​Highly Reflective Metal Surfaces​​The high-gloss metal surface of battery modules causes strong glare, interfering with scanner recognition Low Barcode Contrast​​Insufficient contrast between laser marks and the background makes clear identification difficult ​​Small Barcode Size​​Limited marking space forces laser codes to be extremely compact (as small as ​​3mil​​), demanding higher scanner resolution and precision Solution​​The ​​MobyData KS2000 handheld scanner​​ specializes in reading laser codes on metal surfaces, resolving critical barcode capture challenges in the NEV industry: ​​Intelligent Dual-Color Illumination & Advanced Decoding​​Equipped with red/white lighting and ​​Datalogic decoding algorithms​​, it dynamically adapts light sources to environmental conditions Multi-Angle, Multi-Mode Design​​Enhances barcode clarity and overcomes glare/low-contrast issues through optimized lighting and scanning angles High-Performance Decoding​​Accurately reads barcodes as small as ​​3mil​​, meeting stringent industry requirements Results​​ ​​Before KS2000​​: Operators spent ~1 minute adjusting angles/distances for unreliable scans ​​After KS2000​​: ​​Instant laser code recognition​​ without manual adjustments, drastically boosting efficiency The KS2000 has earned widespread acclaim in NEV production lines. Its exceptional performance not only solves metal-surface laser code scanning challenges but also significantly elevates production efficiency, making it an ​​essential tool for traceability and data management​​ in the industry

Case Study | KS2000 Delivers Full-Environment High-Efficiency Decoding Solutions for Precision Electronics Manufacturing Background IntroductionThe electronics manufacturing industry is evolving rapidly, particularly in smart hardware R&D and mobile communication device production. Its SMT (Surface Mount Technology) and automated production lines have stringent requirements for barcode recognition accuracy and speed, directly impacting production efficiency and cost control. Industry Pain PointsIn SMT and automated production lines, traditional barcode scanners often struggle with the following challenges: High Surface Reflectivity: Electronic components typically have highly reflective surfaces, making barcodes difficult to accurately identify. Tiny Barcode Size: Barcodes as small as 2.5mm–2.8mm (below the standard 3mm) increase recognition difficulty. Low Barcode Contrast: Faint or unclear barcode colors require adjusting scanning light settings to improve readability. These issues lead to slow scanning speeds, low accuracy, and compromised production efficiency and quality. There is an urgent need for a device that can adapt to complex environments and efficiently recognize barcodes on electronic components. SolutionsMobyData’s KS2000 barcode scanner addresses these challenges with the following innovations: Intelligent Decoding SystemPowered by Datalogic’s industrial decoding algorithm, the KS2000 dynamically adjusts light source and exposure parameters, intelligently adapting scanning modes to overcome high-reflectivity surfaces. It offers exceptional environmental adaptability. Ultra-Micro Barcode ResolutionSupports precise reading of 3mil high-density barcodes, meeting the rigorous identification demands of precision manufacturing and electronic component production. Adaptive Dual-Light SourceEquipped with a smart red-white dual-light compensation system, the KS2000 uses AI algorithms to automatically match the optimal light source color, significantly enhancing recognition rates for low-contrast barcodes. Application Outcomes Efficiency EnhancementThe KS2000 significantly accelerates barcode scanning response on production lines, breaking through traditional processing bottlenecks and enabling fast, continuous operation to shorten production cycles. Precision RecognitionMaintaining stable performance in complex industrial environments, the KS2000 reduces the risk of mis-scanning or missed scans, meeting the strict requirements of precision manufacturing. Cost ReductionThe scanner’s efficiency and stability cut hardware replacement and maintenance costs, ensuring continuous and reliable production line operation. MobyData’s KS2000 barcode scanner delivers industrial-grade intelligent decoding, precisely solving barcode recognition challenges in electronics manufacturing. By enhancing efficiency and optimizing costs, it becomes the preferred solution for high-performance production in the electronics industry.

Background IntroductionIn the community courier station scenario, the high-frequency flow of parcels and users' immediate needs place stringent requirements on the performance of barcode scanning devices. As the core interactive node connecting parcels and users, scanning devices must not only maintain stable operation under high-intensity workloads but also tackle recognition challenges in complex scenarios. The MobyData M63 mobile data terminal, equipped with a customized E3450 scanning engine, adopts the philosophy of professional upgrading for general-purpose devices to specifically address the core pain points of community stations, achieving end-to-end digital management upgrades. Powerful Decoding Algorithm The M63 is equipped with a genuine Datalogic decoding algorithm, which comprehensively tackles hard-to-read barcodes such as stained, missing, bent, and colored ones. It covers mainstream express waybills and sorting needs across all scenarios. The decoding library undergoes continuous upgrades and optimizations, ensuring leading industry compatibility. OCR Intelligent RecognitionThe high-definition scanning engine supports OCR intelligent recognition, enabling simultaneous extraction of barcode and recipient information in a single scan for fast and accurate package retrieval. Customized Dual-Camera EngineThe customized monochrome + color dual-camera engine supports simultaneous barcode scanning and photography to retain parcel image information. This enables real-time waybill archiving and damage evidence collection, mitigating dispute risks. Full Lifecycle Service EmpowermentWith dedicated technical team support, MobyData efficiently handles the strict after-sales requirements of e-commerce users, providing real-time technical assistance and ultra-fast response to device anomalies. The team assists clients in continuous hardware and software upgrades and optimizations. Application Outcomes Efficiency UpgradeParcel pickup and delivery efficiency has improved, significantly reducing processing time and alleviating congestion during peak hours. Accurate RetrievalThe error rate in parcel pickup and delivery has decreased, reducing manual error correction time and lowering customer complaint rates. Efficient Parcel InquiryParcel inquiry efficiency and accuracy have significantly improved, enabling more efficient and precise damage liability determination, shortening the claims settlement cycle, and enhancing customer satisfaction. Cost ReductionThe device return rate has dropped, reducing clients' costs for equipment replacement and maintenance, and ensuring continuous efficient station operations. The MobyData M63 mobile data terminal, with its robust performance and scenario-specific adaptation, breaks the barrier between general-purpose devices and industry-specific solutions. It provides courier stations with cost-effective and reliable digital tools, achieving true multi-functionality and long-term empowerment. This helps community stations reduce costs, improve efficiency, and achieve precise digital operations.