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TS1010 Spectrodensitometer (Standard Edition)

TS1010 Spectrodensitometer (Standard Edition) Instructions Operating Manual TS1010 Spectrodensitometer (Standard Edition) PDF
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3nh TS1010 Spectrodensitometer (Standard Edition) is a premium print quality testing device specifically built for professional printing houses and packaging enterprises. Equipped with a dual-array 40-group silicon photodiode sensor, it accurately measures key indicators including optical density, dot area, dot gain, and trapping ratio, while supporting a density scanning function to comprehensively analyze print quality distribution. Delivering first-grade metrology accuracy, the TS1010 provides dependable data support across the entire production workflow. The TS1010 stands out for its 'Professional Precision and Authoritative Reliability': its planar grating spectrophotometric technology achieves a density repeatability of 0.001D, while the density scanning feature enables full-format quality analysis of printed media. Whether for in-process quality control or authoritative pre-shipment inspections, the TS1010 delivers professional, accurate, and traceable measurement data, making it an essential tool for small-to-medium printing enterprises seeking quality upgrades.


1. Comprehensive Coverage of All Printing Metrics for One-Stop Quality Control

Built-in with ISO Status T, E, A, I, and M multi-density standards, the TS1010 supports professional printing metrics including density value/difference, dot area and dot gain, trapping ratio, print contrast, hue error and grayness, printing plate inspection, and density scanning. It fulfills all-around quality control needs from pre-press adjustment to finished product sampling, providing in-depth print quality data analysis to support process optimization and quality enhancement.

Comprehensive Coverage of All Printing Metrics


2. Three Interchangeable Apertures to Handle Diverse Samples Effortlessly

Standardized with three interchangeable measurement apertures—Φ11mm, Φ6mm, and Φ3mm. The large aperture is suited for uniform surfaces like paper and fabric; the small apertures target film dots, fine color bars, or PCB color patches. Covering most professional printing measurement scenarios, it offers exceptional cost-performance and serves as a premier choice for professional inspection entry.

Three Interchangeable Apertures


3. Full-Band Spectrum Visualization to Reveal Color Essence

Featuring a wavelength range of 400–700nm sampled accurately at 10nm intervals, the device generates real-time spectral reflectance curves. The shape of these curves allows direct observation of metamerism, providing intuitive physical evidence for color formulation validation and raw material evaluation.

Full-Band Spectrum Visualization


4. Standard 45/0 Optical Structure Aligned with Human Visual Perception

Utilizing a geometric design of 45° circumferential illumination and 0° reception, the instrument perfectly matches the CIE No. 15 standard. This structure effectively suppresses specular reflection interference caused by surface texture, directional gloss, or brushed finishes, ensuring measurement data closely reflects true human color perception.

Standard 45/0 Optical Structure Aligned with Human Visual Perception


5. Four Measurement Conditions (M0–M3) Fully Compliant with International Standards

Complies with all four illumination conditions specified by ISO 13655:

M0 (Illuminant A): Suitable for traditional color evaluation.

M1 (Illuminant D50): Simulates daylight, adhering to mainstream international standards.

M2 (UV Cut): Excludes UV fluorescence interference, specifically designed for samples containing optical brighteners (OBA).

M3 (M2 + Polarizing Filter): Effectively eliminates surface glare, ideal for high-gloss prints or metallic luster materials. Note: Under M3 polarization mode, repeatability and inter-instrument agreement parameters are slightly adjusted; refer to technical specifications for details.

Four Measurement Conditions (M0–M3) Fully Compliant with International Standards


6. Multi-Platform Software Support for Effortless Data Management

The companion software is fully compatible with Android, iOS, Windows, HarmonyOS, and WeChat Mini-Programs, enabling seamless data export, report generation, and remote collaboration. Paired with Netmetric network calibration features, calibration parameters can be updated online in real time, ensuring data consistency and long-term stability across multiple devices.

Multi-Platform Software Support


Target Industry Applications

Professional Printing: Precision density measurement and quality control for packaging and commercial printing.

Inspection Agencies: Authoritative measurement equipment for third-party testing and quality certification.

Packaging Enterprises: Comprehensive printing quality testing for color boxes, labels, and flexible packaging.

Ink Manufacturing: Ink R&D, quality control, and factory shipment inspection.

Publishing & Printing: Quality control for books, periodicals, and picture albums.

Applications


Model

TS1010

Illumination Geometry

45/0 (45° circumferential uniform illumination, 0° reception); Complies with ISO 5-4, CIE No. 15

Features

High-precision spectrodensitometer widely used for precise color measurement and quality control in ink printing, film processing, textile dyeing, plastics, and electronics. Ideal for accurate optical density and dot gain measurement in ink printing.

Light Source

Combined LED light source, UV light source

Spectrophotometric Mode

Planar grating spectrophotometry

Sensor

Silicon photodiode array (dual-array, 40 groups)

Wavelength Range

400–700 nm

Wavelength Interval

10 nm

Half Bandwidth

10 nm

Reflectance Range

0–200%

Reflectance Resolution

0.01%

Measurement Conditions

Complies with ISO 13655 conditions: M0 (CIE Illuminant A), M1 (CIE Illuminant D50), M2 (UV Cut), M3 (M2 + Polarizing Filter)

Density Standards

ISO Status T, E, A, I, M

Density Range

0.0 D – 3.0 D

Density Indices

Density value, density difference, dot area, dot gain, trapping, printing characteristics, print contrast, tone error and grayness, printing plate, density scanning

Measuring Aperture

Φ11mm,Φ6mm,Φ3mm

Color Spaces

CIE LAB, XYZ, Yxy, LCh, CIE LUV, HunterLAB, s-RGB, βxy, DIN Lab99, Munsell

Color Difference Formulas

ΔE*ab, ΔE*uv, ΔE*94, ΔE*cmc(2:1), ΔE*cmc(1:1), ΔE*cmc(1:c), ΔE*00, DINΔE99, ΔE(Hunter)

Other Colorimetric Indices

Spectral reflectance, Whiteness (ASTM E313-00, ASTM E313-73, CIE, ISO2470/R457, AATCC, Hunter, Taube, Berger, Stensby), Yellowness (ASTM D1925, ASTM E313-00, ASTM E313-73), Tint (ASTM E313-00), Metamerism Index (MI), Color Fastness to Staining, Color Change Fastness, Color Strength (Dye Strength, Tinting Power), Opacity, 555 Tone Classification, Blackness (My, dM)

Observer Angle

2° / 10°

Illuminant

D65,A,C,D50,D55,D75,F1,F2(CWF),F3,F4,F5,F6,F7(DLF),F8 ,F9,F10(TPL5),F11(TL84),F12(TL83/U30),B,U35,NBF,ID50,ID65,LED-B1,LED-B2,LED-B3,LED-B4,LED-B5,LED-BH1,LED-RGB1,LED-V1,LED-V2,LED-C2,LED-C3,LED-C5

Measurement Time

Approx. 1s

Display Resolution

Density value: 0.001;

Repeatability

Density: Within 0.001D

Colorimetric: ΔE*ab within 0.02 (Average of 30 measurements on white plate at 5s intervals after warm-up & calibration - except M3)

Inter-Instrument Agreement

ΔE*ab within 0.25 (Average across 14 BCRA Series II color tiles - except M3)

Measurement Method

Single measurement, Average measurement (2–99 times)

Locating Method

Integrated physical positioning hole

Dimensions

170*75*91.7mm

Weight

Approx. 600 g

Battery Capacity

Rechargeable lithium battery; 5000 measurements within 8 hours

Light Source Lifespan

5 years or over 3 million measurements

Display Screen

3.5-inch TFT color capacitive touchscreen

Interfaces

USB, Bluetooth

Data Storage

10,000 records

Software Support

Android, iOS, Windows, WeChat Mini-Program, HarmonyOS

Languages

Simplified Chinese, English, Traditional Chinese, Russian

Operating Environment

0–40°C, 0–85% RH (non-condensing), Altitude: Below 2000m

Storage Environment

-20–50°C, 0–85% RH (non-condensing)

Network Correction

Supports Netmetric

Accuracy Guarantee

Guaranteed First-Grade Metrology Compliance

Standard Accessories

Power Adapter, Data Cable, Built-in Lithium Battery, User Manual, QC Software (downloadable), Black & White Calibration Box, Protective Cover, Polarizing Filter Box

Optional Accessories

Micro Printer, Netmetric

Remarks

Technical specifications are for reference only and subject to actual sales products.



Our Valued Clients

  • Dynamic packaging company
  • ​altana ink company
  • hunbergroup chemicals ink company
  • Flint Group  ink company
  • Emami Paper Mills Ltd paper and packaging
  • Marico
  • Siegwerk Druckfarben  ink company
  • Toyo Ink Malaysia Coloring ink

FAQs About TS1010  Spectrodensitometer

Yes. Ultrasonic coating thickness gauges can pinpoint layers within a multi-coat system. Users can examine the separate thicknesses of a primer, base coat, and clear coat. In contrast, magnetic and eddy current gauges usually measure the overall thickness of the coating. 

Keep light booths clean, maintain the light source lamps, readjust the calibrated light source, and ensure that dust and fingerprints do not settle on the viewing area.


A colorimeter is sufficient for basic, routine color checks, while a spectrophotometer is needed for precise, comprehensive color analysis—here’s the clear breakdown:

When a Colorimeter is Sufficient

  1. Simple color matching needs: Ideal for checking if a sample matches a predefined standard (e.g., basic paint batches, plastic parts with solid colors).

  2. Consistent lighting conditions: Works well when measurements are done under fixed, standard light sources (no need to account for varied light effects).

  3. Cost-sensitive, high-volume tasks: Perfect for production lines requiring fast, low-cost color checks without advanced data analysis.

When to Use a Spectrophotometer

  1. Precise color quantification: Necessary for measuring Lab values (lightness, red-green, yellow-blue axes) or detecting subtle color deviations (critical for automotive coatings, high-end textiles).

  2. Complex color analysis: Required for metallic/pearlescent finishes, transparent materials, or samples with gloss/texture variations.

  3. Compliance and documentation: Essential when precise color data (spectral curves) is needed for quality audits, regulatory compliance, or brand color standardization.


The automotive, aerospace, metal finishing, marine, construction, and manufacturing industries utilize and rely on coating thickness gauges the most. They ensure that coatings are within the expected criteria for functionality, safety, and durability.


The gloss meter is used to measure the gloss level: it is a device that directs the light at a fixed angle and reads the intensity of the reflected light. The angles, such as 60°, 20°, or 85°, are applied depending on the type of surface and the range of gloss.


A colorimeter is used to measure absorbance at selected wavelengths with the help of filters, which is suitable for rapid comparison of colors. A more advanced spectrophotometer has a monochromator. It can measure a larger range of the spectrum of light and is more accurate. You can also get detailed color data at visible and non-visible wavelengths.


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