The TS8296 spectrophotometer is a high-precision color measurement instrument designed for industrial quality control and color management. Spectrophotometers serve critical roles in standard development, color formulation, and quality assurance across diverse industries—automotive, paints & coatings, plastics, textiles & apparel, cosmetics, paper, building materials, food & beverage, and beyond.
Key Highlights
256-element linear CCD sensor
Reflection and Transmission test
Industrial-grade 7-inch high-definition touch screen
D/8 geometry (SCI/SCE) complies with international standards (CIE No.15, ASTM E1164, etc.)
Excellent repeatability (ΔEab ≤0.01) and inter-instrument agreement (ΔEab ≤0.12)
Integrates with PC software for data analysis and management
TS8296 is a laboratory instrument designed based on optical principles, mainly used for quantitative analysis of the color and optical properties of object surfaces. Developed by 3nh using its own core technology of spectroscopy. It uses dual-array CMOS image sensors with higher sensitivity and wider spectral response range, making the test more accurate. The repeatability ΔE*ab of the TS8296 benchtop spectrophotometer is easily controlled within 0.01, and the inter-instrument agreement ΔE*ab is controlled within 0.12. The data is stable and reliable, and can be used for accurate color analysis and transmission in the laboratory.
Application of TS8296 Benchtop Spectrophotometer
The TS8296 benchtop spectrophotometer is equipped with four measuring apertures of 25.4mm, 15mm, 8mm, and 4mm, which is suitable for more samples to be tested and meets the requirements of reflective samples and transparent samples in plastic electronics, paint and ink, textile and garment printing and dyeing, printing and other industries; it can be used for fluorescent sample measurement.
Features of TS8296 Benchtop Spectrophotometer
TS8296 benchtop spectrophotometer provides reflection: Φ0.3mm/Φ0.5mm/Φ1mm (only choose one aperture) Transmission: Φ8mm/Φ4mm (only choose one aperture), used for small area reflection samples and small volume transmission samples chromaticity control.

The TS8296 benchtop spectrophotometer adopts the internationally applicable D/8 illumination observation conditions, SCI/SCE (including specular reflection/not including specular reflection) synthesis technology, and supports SCI+SCE simultaneous rapid measurement.

With high sensitivity and wide spectral response range, it ensures the measurement speed, accuracy, stability and consistency of the instrument.
TS8296 benchtop spectrophotometer provides CIE LAB, XYZ, Yxy, LCh, CIE LUV, Musell, s-RGB, HunterLab, βxy, DIN Lab99 color space, as well as D65,A,C,D50,D55,D75,F1,F2,F3,F4,F5,F6,F7,F8,F9,F10,F11,F12,CWF,DLF,TL83,TL84,TPL5,U30 multiple observation light sources, which can meet the special measurement requirements under different measurement conditions.
In addition to commonly used colorimetric measurements, TS8299 can also provide colorimetric indicators such as haze, transmittance, petroleum color standard (ASTM D1500), yellowness, whiteness, platinum-cobalt index, Gardner index, etc., to meet diverse industry needs.

The full-band balanced LED light source ensures sufficient spectral distribution in the visible light range, avoids the lack of spectrum of white light LEDs in specific wavelength bands, and ensures the measurement speed of the instrument and the accuracy of the measurement results. Professional UV light sources ensure UV testing more reliable.

Each TS8296 benchtop spectrophotometer has been verified and tested, and the instrument is verified according to the measurement standards of the authoritative verification department at the factory, and the measurement data is traced to the National Institute of Metrology to ensure the authority of the instrument test data.
The TS8296 benchtop spectrophotometer is equipped with four measuring apertures of Φ25.4/15/8/4mm, which can be switched at will to meet the special needs of customers.

Using a 7-inch industrial-grade high-definition touch screen, the control is smooth, and the easy-to-use user interface makes the operation comfortable, convenient and easier to use.

The SQCX quality management software matched with the TS8296 benchtop spectrophotometer 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 a variety of color space measurement data, and customize customer color management.

Are you looking to integrate one or more benchtop spectrophotometer into your business applications? Do you need advice or simply a quote? We invite you to contact us directly by filling out the request form below. Our sales and technical team is available to respond as quickly as possible.
Technical Parameters of TS8296 Benchtop Spectrophotometer
| Model | TS8296 |
| Optical Geometry | Reflect: di:8°, de:8°((diffuse illumination, 8°direction reception) ; SCI (specular component included)/SCE (specular component excluded) ;Include UV/exclud UV Transmittance: di:0°, de:0° (diffuse illumination: 0°direction reception) ; SCI (specular component included)/SCE (specular component excluded) ; Include UV/exclud UV Haze(ASTM D1003), Conforms to CIE No.15,GB/T 3978,GB 2893,GB/T 18833,ISO7724/1,ASTM E1164,DIN5033 Teil7 |
| Application | It is used for accurate analysis and transmission of laboratory color. Used for color transfer and quality control of reflective samples and transparent samples in plastic electronics, paint and ink, textile and garment printing and dyeing, printing and other industries. |
| Integrating Sphere Size | Φ154mm |
| Light Source | 360 nm to 780 nm, Combined LED Light, 400nm cut-off light source,420nm cut-off light source |
| Spectrophotometric Mode | Concave Grating |
| Sensor | 256 Image Element Double Array CMOS Image Sensor |
| Wavelength Range | 360-780nm |
| Wavelength Interval | 10nm |
| Semiband Width | 10nm |
| Measured Reflectance Range | 0-200% |
| Measuring Aperture | Reflective : Φ30mm/Φ25.4mm, Φ18mm/Φ15mm, Φ10mm/Φ8mm, Φ6mm/Φ4mm; Transmissive : Φ25.4mm, Φ4mm Remark: 1. Automatic identification of switch aperture 2.Customers can configure the aperture and lens position according to their needs |
| Specular Component | Reflectance: SCI/SCE, Transmittance: SCI&SCE |
| Color Space | CIE LAB,XYZ,Yxy,LCh,CIE LUV,Musell,s-RGB,HunterLab,βxy,DIN Lab99 |
| Color Difference Formula | ΔE*ab,ΔE*uv,ΔE*94 ,ΔE*cmc(2:1),ΔE*cmc(1:1) ,ΔE*00, DINΔE99, ΔE(Hunter) |
| Other Colorimetric Index | WI (ASTM E313, CIE/ISO, AATCC, Hunter), YI (ASTM D1925, ASTM 313), Metamerism index Mt, Staining Fastness, Color Fastness, Color Strength, Opacity, APHA/Hazen/Pt-Co (Platinum Cobalt Index), Gardner Index 8° gloss, 555 color classification, haze (ASTM D1003), Saybolt (Sybert index), ASTM D1500 color scale, Chinese Pharmacopoeia color scale |
| Observer Angle | 2°/10° |
| Illuminant | D65,A,C,D50,D55,D75,F1,F2,F3,F4,F5,F6,F7,F8,F9,F10,F11,F12,CWF,DLF,TL83,TL84,TPL5,U30 |
| Displayed Data | Spectrogram/Values, Samples Chromaticity Values, Color Difference Values/Graph, PASS/FAIL Result, Color Offset |
| Measuring Time | About 2.4s (Measure SCI & SCE about 5s) |
| Repeatability | Spectral reflectance: Φ25.4mm/SCI, Standard deviation within 0.04% Chromaticity value:Φ25.4mm/SCI, Standard deviation within ΔE*ab 0.01 (After the instrument is warmed up and calibrated, measure the average value of the whiteboard 30 times at an interval of 5s) Spectral transmittance: Φ25.4mm/SCI, Standard deviation within 0.05% Chromaticity value:Φ25.4mm/SCI, Standard deviation within ΔE*ab 0.02(After the instrument is warmed up and calibrated, measure the average value of the whiteboard 30 times at an interval of 5s) |
| Inter-instrument Error | Φ25.4mm/SCI, Within ΔE*ab 0.12(Measured average value of 12 tiles of BCRA series Ⅱ) |
| Dimension | L*W*H=370x300x200mm |
| Weight | Approx. 9.6kg |
| Power | AC 24V, 3A Power adapter power supply |
| Illuminant Life Span | 5 years, more than 3 million times measurements |
| Display | 7-inch TFT color LCD, Capacitive Touch Screen |
| Data Port | USB, Bluetooth®5.0, print serial port |
| Data Storage | Standard 5000 Pcs, Sample 40000 Pcs(SCI/SCE counts as one piece of data) |
| Language | Simplified Chinese, Traditional Chinese, English, (German, French, Spanish can be customized) |
| Operating Environment | 0~40℃(32~104°F) |
| Storage Environment | -20~50℃(-4~122°F) |
| Standard Accessory | Power adapter, manual, quality management software (download from official website), data cable, standard calibration board, black calibration box, transmission black baffle, sample holder, 25.4mm aperture, 15mm aperture, 8mm aperture, 4mm aperture, transmission test fixture assembly , Micro-hole (4mm) transmission test fixture assembly |
| Optional Accessory | Mini printer, instrument upside down test fixture, petri dish |
| Notes | The specifications are subject to change without notice. |
FAQs About TS8296 Spectrophotometer
When detecting color differences, the first factors to consider when selecting a light source include its stability, directionality, lifespan, and the effectiveness of the ultimately obtained spectral curve. The illuminant of a colorimeter is a fixed bulb, such as a tungsten lamp,LED light or a long-life xenon lamp. However, for the same color sample, the results displayed by the instrument vary under different light sources. This is because different light sources cause different absorption and reflection of light on the sample, leading to differences in how both the human eye and the instrument perceive the color.
In general, the D65 light source is used in the application of coil steel inks for construction. The D65 light source is equivalent to average daylight. Most coil steel inks for construction are used outdoors, and sunlight is regarded as the standard light source in outdoor environments. For household appliance coil steel inks, due to their usage characteristics, they are mostly used indoors. Therefore, the A standard light source is adopted for color measurement of samples based on indoor lighting conditions. The A light source is a carefully specified tungsten light source. Other light sources, such as fluorescent light sources, can be used in many types of applications. For example, some textile factories use fluorescent light sources. Therefore, a reasonable light source should be selected as the mutually recognized measurement method based on actual usage conditions and user requirements. Once agreed upon by both parties, color measurement must be conducted under the same conditions. This helps reduce unnecessary systematic errors and human errors, achieving the optimal consistency in color measurement.
The 3nh high-precision spectrophotometric colorimeter adopts a combined LED light source with long lifespan and low power consumption, which includes UV (ultraviolet) and UV-excluded options. This design can meet the color difference detection needs of different users and supports the selection of multiple light source modes.
A spectrophotometer and colorimeter are certain instruments used by scientists to measure color by quantifying reflected or transmitted light. The results are presented in color spaces, such as L*a*b*, RGB, or XYZ. This enables the accuracy of comparison and tracking of the changes in color in chemical or material research.
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.
Threenh Technology with excellent after sale service, Generally, Our Spectrophotometer instrument warranty is one years(Additional support period of 3 years). Within the warranty period, we can offer technique support and parts to parts change, necessarily, our engineers may go to your place for better support. Our instrument have professional After-sales Dept, if you have any technical problem or question with our goods welcome to contact us.
Colorimeters or spectrophotometers are used to measure liquid color. They measure light coming through or reflecting off the liquid. Readings can be reported as Lab*, RGB, or absorbance units. So that objective color analysis can be used to control quality, or to measure chemical concentration.
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