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TS1060 Spectrodensitometer (Advanced Edition)

TS1060 Spectrodensitometer (Advanced Edition) Instructions Operating Manual TS1060 Spectrodensitometer (Advanced Edition) PDF
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3nh TS1060 Spectrodensitometer (Advanced Edition) is the flagship model of the spectrodensitometer series, custom-engineered for high-end printing enterprises, precision electronics manufacturers, research institutes, and quality inspection agencies. Utilizing planar grating spectrophotometric technology and equipped with a dual-array 40-group silicon photodiode sensor, it achieves a density repeatability of 0.001D, supports density scanning, and guarantees First-Grade Metrology Compliance. The TS1060 stands out for its 'Flagship Precision and Ultimate Performance': inter-instrument agreement is optimized to within ΔE*ab 0.18 (reaching industry-leading standards to ensure high data consistency across multiple devices and production plants), 7 measurement apertures provide full-scenario coverage from standard to extreme testing requirements, and 20,000-record storage paired with professional software enables comprehensive data management and quality traceability. Whether for research-grade precision measurement or authoritative testing, TS1060 is the ultimate choice for users demanding perfection in quality.


1. Seven Interchangeable Apertures for Ultimate Full-Scenario Coverage

Equipped with 7 measurement apertures: Φ11mm, Φ10mm, Φ6mm, Φ5mm, Φ3mm, Φ2mm, and Φ1.5mm. The ultra-small 1.5mm aperture accurately measures micro-text, fine graphics, and delicate electronic components. A single device handles everything from micro-areas to large color patches without requiring multiple instrument purchases, significantly lowering capital investment and management complexity.

Seven Interchangeable Apertures


2. Superior Repeatability & Inter-Instrument Agreement for Rock-Solid Reliability

Achieves density repeatability ≤ 0.001D and colorimetric repeatability ΔE*ab ≤ 0.02 (30-measurement white plate average at 5s intervals after the instrument is preheated and calibrated, except M3). Inter-instrument agreement is controlled within ΔE*ab ≤ 0.18 (average across 14 BCRA Series II color tiles, except M3). For group enterprises operating across multiple factories, it guarantees seamless measurement consistency across devices, workshops, and plants. For inspection institutions, it ensures test reports carry equal authority and comparability.

Rock-Solid Reliability


3. Multi-Platform Software Support for Enhanced Data Efficiency

Onboard storage holds up to 20,000 measurement records with seamless multi-terminal synchronization across Android, iOS, Windows, WeChat Mini-Program, and HarmonyOS. Automatically generates professional analytical reports with one-click export functionality.

Multi-Platform Software Support


4. Flagship Optical System with Research-Grade Accuracy

Combines planar grating spectrophotometry with a dual-array 40-group silicon photodiode array sensor for research-grade spectral acquisition and analytical precision. Density repeatability within 0.001D captures subtle density and color variances. Supports continuous multi-point density scanning to generate full-format density distribution curves, comprehensively evaluating printing uniformity.

Flagship Optical System with Research-Grade Accuracy


5. First-Grade Metrology Certification for Authoritative Traceability

Guaranteed First-Grade Metrology Compliance ensures measurement data authority and traceability, fulfilling rigorous demands for quality inspection, scientific experiments, ISO quality system certifications, and high-end client audits. Helps enterprises pass client factory audits smoothly and improves brand prestige.

First-Grade Metrology Certification


6. Netmetric Network Calibration for Unified Fleet Consistency

Supports Netmetric network calibration, enabling accumulated measurement deviations caused by long-term instrument use to be corrected remotely over the network. It also allows systematic calibration and alignment of all instruments within an organization and across its supply chain, significantly reducing inter-instrument measurement variation. For group enterprises with multiple factories and production lines, Netmetric enables unified quality standards and centralized management across sites, substantially reducing communication costs and quality risks associated with cross-factory collaboration.

Netmetric Network Calibration


Target Industry Applications

High-End Printing: Precision color measurement for fine art books, luxury packaging, and anti-counterfeiting printing.

Precision Electronics: Precise appearance color testing for smartphones, tablets, and wearable devices.

Research Institutes: Color science research and optical property testing of materials.

Quality Inspection: Authoritative equipment for third-party testing agencies and metrology institutions.

Enterprise Groups: Unified printing quality standard management across multi-factory groups.

Brand Quality Control: Global supplier quality management and incoming material inspection for premium brands.

Applications



Model

TS1060

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,Φ10mm,Φ6mm,Φ5mm,Φ3mm,Φ2mm,Φ1.5mm

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 0.18 (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

20,000 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

  • Emami Paper Mills Ltd paper and packaging
  • Dynamic packaging company
  • ​altana ink company
  • Siegwerk Druckfarben  ink company
  • Gail Print Paper Bags Packaging
  • hunbergroup chemicals ink company
  • fujifilm sericol inks
  • Marico

FAQs About TS1060  Spectrodensitometer

Yes. We can supply OEM and make customized design for any specific application. Our MOQ for OEM and ODM service is 5 pcs for one model. We can not only offer standard machines, but also customized machines. Don’t hesitate to tell us your requirement, we will try our best to meet your needs.

Colors look different under various lights mainly because of metamerism—a phenomenon where two colors that match under one light source fail to match under another, caused by differences in the spectral composition of light.

object_Colors_look_different_under_various_lights1

Different lighting varies the color perception of objects. Warm light, like that from incandescent bulbs, tends to make colors more yellow, while daylight presents a bluish tint. Our color vision system plays a compensating role using a mechanism called color constancy.

Every light source emits light with a unique "spectral fingerprint" (i.e., the range and intensity of wavelengths it contains). This directly affects how an object’s surface reflects light and how our eyes perceive its color.

The accuracy of colors is determined by comparing the values of the colors (L*a*b*) of a sample with a standard reference sample using tools such as spectrophotometers. The variation is measured as ΔE. The smaller the value of ΔE, the more accurate, the nearer to the target color.


Color evaluation will change based on how a sample is viewed.  A 45° viewing angle to the source is recommended to reduce shading and achieve consistent comparison.

Depending on the scale of the manufacturer, its matte, low-sheen finish can be called gloss level 3. Overall, gloss levels in certain standards go between 1 (flat) to 7 (high gloss). Level 3 is considered low-gloss or satin-like.


Measuring zinc coating thickness is most commonly using magnetic induction. The gauge measures how far the magnetic probes are to the metal base under the zinc. This is the most reliable way to measure the thickness and the preservation of the galvanization.

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