Spectrophotometer

Time:2026-01-22

Spectrophotometer

High-precision Color Testing Equipment

Overview

The Spectrophotometer, jointly developed by Guangzhou Tricolor Quantum Technology Co., Ltd. and Xiamen Wansepu Institute of Color Science, is positioned as an industrial-grade high-precision color testing device. Among them, the S10 Series is designed for color consistency management in supply chains and channel systems. Equipped with Hamamatsu optical sensors, it features wide-band spectral detection ranging from 200 nm to 1100 nm and 1 nm sampling precision, making it suitable for color measurement needs of various materials including paper packaging, paint coatings, textile fabrics, leather products, metal components, plastics and 3C accessories.
Having obtained domestic and international metrological certifications, this series can be applied in quality inspection, batch consistency verification and standardized color management scenarios across industries such as luxury goods, 3C electronics, textiles and coatings. It is committed to delivering a color measurement solution with controllable precision, stable operation and manageable cost structure.

II. Technical Advantages

  1. Measurement Accuracy: Color difference and step difference errors are controlled within the range of 0.02–0.04, suitable for high-consistency testing.
  2. Core Sensor: Equipped with Japan’s Hamamatsu optical sensors, ensuring stable signal acquisition and anti-interference performance.
  3. Detection Wavelength Range: Covers 200 nm–1100 nm, supporting ultraviolet-visible-near infrared spectral detection.
  4. Detection Step Precision: Spectral sampling step of 1 nm for detailed difference analysis.
  5. Data Accuracy: Data error rate < 0.05% based on supporting optical algorithms.
  6. Detection Speed: Approximately 1 second per measurement, supporting continuous batch testing.
  7. Price Advantage: The overall procurement cost is about 1/3–1/2 of that of imported equipment with the same precision.
  8. Super High Cost-Effectiveness: Balances high precision, stability and low maintenance cost.
  9. Applicable Materials: Suitable for paper, textiles, leather, plastics, metals, coatings as well as powder and liquid samples.
  10. Repeatability: Repeatability error ≤ 0.02.
  11. Inter-Instrument Difference: Inter-instrument difference ≤ 0.04, enabling unified standards across multiple devices.
  12. Metrological Certification: Complies with ISO 17025 and CPA certifications.
  13. Light Source Configuration: Built-in multiple selectable light sources including D65, D50, A and F series.
  14. Detection Aperture: Switchable detection apertures of 4 mm, 8 mm and 12 mm are available.
  15. Spectral Curve Display: Supports real-time visual presentation of spectral curves.
  16. User-Friendly Operation: Equipped with a 7-inch touch screen interface and one-click detection process.
  17. Stability: Supports continuous operation under the environment of -10℃–45℃ and humidity ≤ 90%.
  18. Maintenance Cost: Low annual calibration frequency with no additional consumables required.
  19. After-Sales Service: Provides remote technical support and on-site service when necessary.
  20. Portability: Weighs about 1 kg with a battery life of approximately 20 hours.
  21. Dust & Water Resistance Rating: Complies with IP54 protection standard.
  22. Data Storage & Export: Can store about 20,000 pieces of data, supporting data export to Excel/PDF via USB/Bluetooth/Wi-Fi.
  23. System Compatibility: Can be connected to ERP systems such as SAP and UFIDA as well as color management platforms.
  24. Brand Reputation: Has been deployed and applied in supply chain systems across multiple industries.

III. Application Scenarios

  1. Luxury Goods & Leather Goods Sector: Used for color consistency detection of leather fabrics and component surfaces, supporting comparative analysis under varying light source conditions.
  2. 3C Electronics Industry: Suitable for color unification and batch verification of mobile phone casings, packaging and accessories.
  3. Textile Industry: Applied in color difference control of fabrics, auxiliary materials and pattern printing, adaptable to detection areas of different sizes.
  4. Coating Industry: Utilized for coating color matching and difference evaluation, supporting multi-light source environment comparison.
  5. Packaging & Printing Industry: Used for color deviation evaluation and difference localization of printed products and packaging materials.
  6. Special Material Detection: Suitable for spectral analysis of materials with fluorescence or special spectral response.

IV. Core Competitiveness

  1. Comprehensive Hardware Parameter System: Wide spectral range and 1 nm sampling precision cover the testing needs of various materials.
  2. Strong Scenario Adaptability: Multi-light source and multi-detection aperture configurations are suitable for different processes and testing objects.
  3. Controllable Cost Structure: Achieves manageable equipment procurement and maintenance costs.
  4. Localized Support System: Features fast response capability and continuous technical support conditions.
  5. Data Traceability: Supports linkage with ERP systems to realize the recording and tracking of color data within the supply chain system.

V. Technical Support

  • R&D Institution: Guangzhou Tricolor Quantum Technology Co., Ltd., with rich experience in color testing equipment R&D and a reserve of relevant core patents.
  • Technical Support Institution: Xiamen Wansepu Institute of Color Science, providing optical component and spectral algorithm support, and holding ISO 9001 quality management system certification.

VI. Application Value

The YS10 Series Spectrophotometer is suitable for color standardization and consistency management in supply chain and manufacturing processes. Through wide-band spectral detection, 1 nm precision sampling and multi-light source comparison, it provides quantifiable basis for batch acceptance, quality supervision and difference traceability, supporting long-term operation, process standardization construction and cross-link data management.

Translation Key Notes

  1. Term Standardization
    • 分光测色仪 → Spectrophotometer (industry-standard term)
    • 台间差 → Inter-Instrument Difference (professional term for color testing equipment)
    • 计量认证 → Metrological Certification; ISO 17025/ISO 9001 (retained original standard numbers for international recognition)
    • IP54 防护标准 → IP54 Protection Standard (universal industrial protection rating designation)
  2. Contextual Adaptation
    • 定位为工业级高精度色彩检测设备 → is positioned as an industrial-grade high-precision color testing device (highlighting product positioning in business context)
    • 成本结构可管理 → manageable cost structure (concise expression conforming to English business writing habits)
    • 数据追溯能力 → Data Traceability (standard term in supply chain management)
  3. Error Correction
    • Corrected “1S0” to the standard ISO in all certification terms (e.g. ISO 17025, ISO 9001).
    • Clarified “1m sampling precision” to 1 nm sampling precision (consistent with the 200nm–1100nm wavelength range in the text).
  4. Sentence Logic Optimization
    • Split long Chinese descriptive sentences into concise English compound sentences, retaining the original technical details while ensuring smooth reading.
    • Used bullet points and hierarchical headings to organize technical advantages and application scenarios, improving the readability of technical documents.

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