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TS7036 Precision Spectrocolorimeter

Quick Color Comparisons Spectrocolorimeter TS7036

The TS7036 Portable Spectrocolorimeter is a compact, handheld color measurement device designed to provide stable color comparisons for materials and products wherever color control is important. Its rugged, ergonomic design ensures portability and durability for field inspections or production lines, providing efficient, reliable color measurement solutions for demanding environments.


Key Highlights

  • CMOS dual-beam splitting sensor

  • CIE LAB, XYZ, LCH, and s-RGB color spaces

  • D/8 optical geometry (SCI/SCE)

  • Two measurement apertures (φ8mm and φ4mm)

  • 400 - 700 nm full - waveband balanced LED light source

  • 3.5-inch TFT touchscreen offers an intuitive user interface

  • Excellent repeatability (ΔEab ≤0.08) and inter-instrument agreement (ΔEab ≤0.25)

  • Suitable for quality control in industries like paints, plastics, and textiles

TS7036 Precision Spectrocolorimeter Instructions Operating Manual TS7036 Precision Spectrocolorimeter PDF
This TS7036 Instrument are Certified with
certify
1 Years Warranty (Additional support period of 3 years)

High Precision portable spectrocolorimeter


TS7036 is a new portable spectrocolorimeter with 3nh own core research and development technology. It is the high level colorimeter in spectral architecture. In addition to ensure accurate relative ΔE at the same time, it is also to ensure the accuracy of the absolute value of L, A and B for a long time. And it can pass the international standards and national standards of calibration any time any where. Using built-in silicon photodiode array (double row group 32) sensors, imported whiteboard, repeatability ΔE * ab is easily controlled within 0.05. The measurement speed and convenience of the operation makes it easy to use. TS7036 spectrocolorimeter can all quickly judge color difference measurement when connecting to PC software or not. With powerful functions and 4/8 mm double apertures, it meets the industry production and quality inspection of accurate color difference control like plastic electronics, paint and ink, textile printing and dyeing, printing, ceramic industry etc.

TS7036 Quality Monitoring in Various Industries

 

Application

With 8mm and 4mm dual apertures, TS7036 spectroclorimeter is widely suitable for the industry production and quality inspection of accurate color difference control like plastic electronics, paint and ink, textile printing and dyeing, printing, ceramic industry etc.

TS7036 Suitable for color matching and color management in various industries

 

Technical Advantages

1.Adopt international common use d/8 SCI/SCE Synthesis technology

TS7036 spectrocolorimeter adopts D/8(diffused illumination, 8-degree viewing angle) which is widely applicable in the world, and SCI/SCE (specular component included/specular component excluded) Synthesis technology. It is suitable for color management and quality control in various industries such as color matching and coating, textile, plastic, food, building materials, cosmetics, etc.

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2.  Adopt full waveband balanced LED light source

The full waveband balanced LED light source ensures sufficient spectral distribution in the visible light range, avoids the spectral loss of white LED in specific waveband, and ensures the measurement speed and accuracy of the measurement results.

3. Silicon photodiode array sensor (32 groups with double rows)

The dual-32 array sensor with larger area has strong light but not saturate, higher sensitivity of low light and wider spectral response range, which ensures the measurement speed, accuracy, stability and consistency of the instrument.

 

4. A variety of color space, a variety of observation light sources

TS7036 spectrocolorimeter provides CIE LAB color, XYZ, Yxy, LCh, CIE LUV, s - RGB, beta xy, DIN Lab99 Munsell color space (C / 2), and D65, A, C, D50, D55, D75, F1, F2 (CWF), F3, F4 and F5, F6 and F7 (DLF), F8, F9, F10 (TPL5) and F11 (TL84), F12 (TL83 / U30) a variety of light source, to meet the demand of special measurement under different measurement conditions.

 

5. Ergonomic design and easy measuring device 

TS7036 spectrocolorimeter has a beautiful, smooth shape and comfortable grip, in line with the structure design of human mechanics, fit the palm for continuous testing, so that you can use it quickly and easily. An automatic measuring device is added, which is portable, quick and easy to measure.

TS7030_Structural_and_functional_show

6. Calirbation Certificate

Each TS7036 spectrocolorimeter has been verified and tested. After leaving the factory, each instrument is verified according to the measurement standards of authoritative verification departments, and the measurement data are traceable to the National Metrotechnical Institute to ensure the authority of the instrument test data.

 

7. ETC real-time calibration technology

TS7036 spectrophotometer adopts imported standard white board, which is resistant to yelloping and dirt infiltration and can be wiped, ensuring the long-term accuracy of the instrument. An innovative ETC real-time Calibration technique is also used, with a built-in standard white board  into the optical system, which is reliably accurate and repeatable for each Test.

8. Camera locating can clearly observe the measured area

TS7036 spectrocolorimeter has a built-in camera for positioning, which can accurately determine whether the measured part of the object is the center of the target through real-time viewing by the camera, thus improving the measurement efficiency and accuracy.

9. Color management software

SQCX quality management software with TS7036 spectrocolorimeter is suitable for quality monitoring and color data management in various industries. Data the user's color management, compare color differences, generate test reports, provide multiple color space measurement data, and customize the customer's color management.

   

TS7036 Spectrocolorimeter Measure the Color of Powder Pigments


This video demonstrates how to use the TS7036 spectrophotometer with a cuvette for color measurement of solid、liquid powders.

Operation guides: Place the measuring instrument on the dedicated vertical measurement module, put the pigment into the cuvette, cover with the lid, and start measuring.

Contact Experts to Learn More About the TS7036


TS7036 Technical Specification

 

ModelTS7036
Optical GeometryD/8(diffused illumination, 8-degree viewing angle)
SCI/SCE Mode
Comply to CIE No.15，GB/T 3978,GB 2893,GB/T 18833,ISO7724-1,ASTM E1164,DIN5033 Teil7
Characteristicdouble apertures, more adaptability; Used for accurate color measurement and quality control in plastic electronics, paint and ink, textile and garment printing and dyeing, printing, ceramics and other industries
Integrating Sphere SizeΦ40mm
Light SourceCombined full spectrum LED light source, UV light source
Spectrophotometric ModeFlat Grating
SensoSilicon photodiode array (double row 32 groups)
Wavelength Range400～700nm
Wavelength Interval10nm
Semiband Width10nm
Measured Reflectance RangeL:0~120; reflectivity:0~200%
Measuring ApertureDual Apertures：MAV:Φ8mm/Φ10mm;SAV:Φ4mm/Φ5mm
Specular ComponentSCI/SCE
Color SpaceCIE LAB,XYZ,Yxy,LCh,CIE LUV,s-RGB,βxy,DIN Lab9,DIN Lab99 Munsell(C/2)
Color Difference FormulaΔE*ab,ΔE*uv,ΔE*94,ΔE*cmc(2:1),ΔE*cmc(1:1),ΔE*00, DINΔE99
Other Colorimetric IndexWI(ASTM E313,CIE/ISO,AATCC,Hunter)，
YI(ASTM D1925,ASTM 313),
Metamerism Index MI,
Staining Fastness, Color Fastness, Color Strength, Opacity,Color Card Search
Observer Angle2°/10°
IlluminantD65,A,C,D50,D55,D75, F1,F2(CWF),F3,F4,F5,F6, F7(DLF),F8,F9,F10(TPL5), F11(TL84),F12(TL83/U30)
Displayed DataSpectrogram/Values, Samples Chromaticity Values, Color Difference Values/Graph, PASS/FAIL Result, Color Simulation, Color Offset
Displayed Accuracy0.01
Measuring TimeAbout 1.5s (Measure SCI & SCE about 3.2s)
RepeatabilityChromaticity value: MAV/SCI, within ΔE*ab 0.05 ( When a white calibration plate is measured 30 times at 5 second intervals after white calibration)
Inter-instrument ErrorMAV/SCI, Within ΔE*ab 0.3
(Average for 12 BCRA Series II color tiles)
Measurement ModeSingle Measurement, Average Measurement(2-99times)
Locating MethodCamera Locating,stabilizer cross position
DimensionL*W*H=81X71X214mm
WeightAbout 460g
BatteryLi-ion battery, 6000 measurements within 8 hours
Illuminant Life Span5 years, more than 3 million times measurements
Display3.5-inch TFT color LCD, Capacitive Touch Screen
Data PortUSB,Bluetooth 5.0
Data StorageStandard 1000 Pcs, Sample 30000 Pcs(One data is able to include SCI/SCE)
LanguageSimplified Chinese, English, Traditional Chinese
Operating Environment0~40℃, 0~85%RH (no condensing), Altitude < 2000m
Storage Environment-20~50℃, 0~85%RH (no condensing)
Standard AccessoryPower Adapter, USB Cable, User Guide, PC Software(Download from office website), White and Black Calibration Cavity, Protective Cover, Wrist strap, 8mm flat aperture, 8mm tip aperture, 4mm flat aperture, 4mm tip aperture
Optional AccessoryUSB Micro Printer, Powder Test Box,Bluetooth Micro Printer
NotesTechnical parameters are only for reference, subject to the actual sale of the product


Our Valued Clients

  • university mississippi
  • toronto
  • infieon
  • QUEEN UNIVERSITY
  • DTU Technical Denmark University
  • Griffith UNIVERSITY
  • University of Connecticut
  • Acros Pvt plastic

FAQs About TS7036 Spectrocolorimeter

The principle of colorimetry is the law of Beer-Lambert, which says that the intensity of light absorbed by a colored solution is proportional to the concentration of the absorbing species and the path length. It measures the extent of light that is absorbed at certain wavelengths.


A spectrophotometer measures the full visible color spectrum (typically 400–700 nm). It offers significantly higher precision and enables detailed evaluations – including spectral curves, ΔE values, and color distance measurements. It is the preferred choice for demanding applications in labs or color development environments. learn more..

The core difference between a colorimeter and a spectrophotometer lies in their light measurement methods. A colorimeter measures color values based on the tristimulus method (e.g. LAB or RGB) and compares the sample to a reference. It's ideal for quick, repeatable measurements under consistent conditions – such as in production or incoming goods control.

A colorimeter is sufficient when measuring similar materials or batches with stable conditions. Suitable for fast, low-cost color checks where high precision is not required. Quick quality control in plastics, paint batch consistency, food color grading (e.g., fruit ripeness), and basic printing checks.

A spectrophotometer is recommended when you need professional, maximum color accuracy or when testing materials with variable surfaces – such as glossy or textured samples. Like textile dye formulation, cosmetic shade matching, medical device color calibration, high-end printing (e.g., packaging for luxury goods), and material spectral research. learn more Understanding Spectrophotometric Parameter Measurement


In industrial production and quality control, color consistency is one of the core elements determining product quality. Whether it is the metallic paint for automobile coating, the dyeing effect of textile fabrics, or the ink matching in packaging and printing, subtle color deviations may lead to cost waste or damage to brand image.

The LAB color space defines colors with a three-dimensional model:

  1. Lightness (L): It indicates the lightness or darkness of a color, ranging from 0 (pure black) to 100 (pure white).

  2. Hue and Saturation (a and b):

    • The a-axis represents the red-green tendency, with positive values leaning towards red and negative values leaning towards green;

    • The b-axis represents the yellow-blue tendency, with positive values leaning towards yellow and negative values leaning towards blue.

It is a globally recognized standard and supported by most modern color measurement equipment. Color is quantitatively analyzed by measuring Lab values with instruments.


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.


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