中
+86 13732210605
Cosmetics Sun Protection Factor Analyzer SPF-660 Series
As a new product of CHNSpec, the Cosmetics SPF Analyzer adopts in-vitro precision testing technology, it quickly delivers SPF, UVA/UVB data and ratings, complying with FDA and COLIPA standards.
Home Product Cosmetics Sun Protec... Cosmetics Sun Protec... Cosmetics Sun Protec...

  • Typical Applications

    1. R&D and Quality Control: In vitro rapid analysis for SPF/UVAPF, formula verification, and production batch stability monitoring.

    2. Multiple test objects: Various sunscreen cosmetics and raw materials, including lotions, creams, powders, liquids, and cushion-type products.

    3. Entire cosmetics industry chain: Empowering brand owners, OEM/ODM manufacturers, and sunscreen ingredient companies with R&D innovation.

    4. Authoritative testing institutions: Suitable for food and drug regulatory authorities, customs technical centers, and third-party testing laboratories.

    5. Academic research: Supporting universities and dermatological research institutions in photobiology and new sunscreen material research.


  • Cosmetics Sun Protection Factor Analyzer SPF-660 Series
    Contact Now
Leave a Message
X
*
*
*
Leave a Message
X
*

Core Advantages

1.Transient UV Spectrum Acquisition: Full-Band Scan in 1 Second

Advanced 500KHz high-speed spectral acquisition technology fundamentally revolutionizes the slow point-by-point scanning mechanism.Detector arrays enable nanosecond-level synchronous response, completing full-band data collection from UVA to UVB (280–500nm) within 0.1ms integration time. Parallel computing supports the entire workflow—from data capture and signal averaging to SPF result analysis—completed in just 1 second.

Outstanding SNR: Ultra-fast acquisition enables thousands of real-time averages in a very short time, easily achieving SNR > 1000:1, ensuring fast and accurate SPF evaluation.

2.Intelligent Integrated Control System with Built-In Touchscreen

Equipped with a high-performance quad-core industrial processor and an optimized embedded OS, eliminating dependence on external PCs. All operations are performed via an industrial-grade capacitive touchscreen following SOP-driven logic, reducing the learning curve and minimizing errors. From spectrum acquisition and dark current correction to SPF value and UVA/UVB transmittance calculations, a single button initiates automated sequences for seamless“sample-to-result”processing.

3.High Dynamic Range Photodetection: UPF Measurement up to 2000

Research-grade photodetector arrays provide a 50,000:1 dynamic range, capturing signals from highly transparent to extremely opaque fabrics. Quantum efficiency in the UV range reaches ~90%, with cooled detectors suppressing dark noise to <0.1mv/rms. Handles extreme cases of <0.05% transmittance, with sensitivity supporting SPF measurements up to 2000.

4.Ultra-Wide UV Coverage: Comprehensive UVA/UVB Evaluation

Adopting a symmetrical optical path design and research-grade back-illuminated area array detectors, it achieves an ultra-wide ultraviolet spectral measurement range from 280nm to 500nm. This not only fully covers the UVB (280–315nm) and UVA (315–400nm) bands defined by international standards, but also extends the measurement range into the UVA-I long-wave region up to 500nm, ensuring the capture of even the finest spectral details.

Exceeding Standard Requirements: Far surpasses the 400nm upper limit required by standards such as ISO 24443, ISO 23675, FDA 2012 & 2019, providing decisive data support for evaluating cutting-edge broad-spectrum protective materials.

High-Resolution Analysis: With an optical resolution of 2nm, it can precisely resolve every spectral detail, enabling a more comprehensive and accurate evaluation of textiles’ true protective performance against the full spectrum of ultraviolet radiation, ensuring your test results carry indisputable completeness and authority in any context.

5.Global Standards Compatibility: Built-In Authoritative Testing Methods

Preloaded with multiple authoritative standards, including the Cosmetic Safety Technical Specification, ISO 23675 cosmetic sunscreen testing standard, and ISO 24443 UVA protection efficacy determination method. The system instantly locks all key parameters of the selected standard—specific wavelength range, data interval, and SPF calculation weighting—ensuring that every test complies with the requirements of the target regulations.

Structured Update Support: With a modular software architecture, when international standards are updated or new versions are released, you can quickly gain compatibility with the latest standards through a simple software upgrade package. This ensures long-term effectiveness of your investment and keeps you aligned with the international forefront at all times.


Technical Parameters

Model
 SPF-600
 SPF-620
 SPF-660
Wavelength range
 280-400nm
 280-450nm
 280-500nm
Wavelength accuracy
 ±0.1nm
Bandwidth (FWHM) Spectral resolution
 ＜2nm
Wavelength step (data interval)
1nm
Optical structure
 D/0 (integrating sphere illumination, 0° viewing angle)
Integrating sphere material
 FPET
Integrating sphere aperture diameter
 1.27cm
Sample irradiation area
 1.26cm²
Light source
 Pulsed xenon lamp
UV dose per measurement cycle / single test UV irradiation dose
< 0.2 J/cm²
Sample stage
 Manual three-dimensional positioning platform
Measurement range: transmittance
 0-100%
Measurement range: absorbance 
 0-3.3A
Measurement range: SPF value determination
 1-1000
 1-2000
Measurement range: single scan time
 ~1s
Measurement indicators

SPF (Sun Protection Factor), UVAPF, UVA/UVB (UVR), 

Critical Wavelength, Spectral Transmittance, Absorbance

SPF (Sun Protection Factor), UVAPF, UVA/UVB (UVR), Critical Wavelength, Spectral Transmittance, Absorbance
 SPF (Sun Protection Factor), UVAPF, UVA/UVB (UVR), Critical Wavelength, Spectral Transmittance, Absorbance, High Energy Visible Light (HEVIS)
Supported test methods and certification standards
 Cosmetic Safety Technical Specification, ISO 24443 UVA protection efficacy determination method, COLIPA (2011) in vitro UVA protection factor determination standard, Boots star rating (2011) UVA protection labeling standard
Cosmetic Safety Technical Specification,
ISO 23675 cosmetic sunscreen testing standard,
ISO 23698 cosmetic sunscreen efficacy evaluation,
ISO 24443 UVA protection efficacy determination method,
FDA 2012 & 2019 sunscreen product labeling and efficacy testing regulations,
COLIPA (2011) in vitro UVA protection factor determination standard,
Boots star rating (2011) UVA protection labeling standard
Computer interface
USB 2.0，RS-232
Power requirement
 12V 5A
Operating environment / working environment
 0–50 °C, 0%–70% RH (non-condensing)
Dimensions: including operation platform
 523(D)*332(W)*290(H)mm
Dimensions: excluding operation platform
 325(D)*332(W)*290(H)mm
Optional accessories AS01 PMMA reference plate set
 AS01 PMMA reference plate set

AS01 PMMA reference plate set

AS02 PMMA test plate set


Related products
Relevant cases
chnspec@colorspec.cn
Contact me on Skype
hazemeter
Contact me on WhatsAPP
LegalNoticeSiteMapFriendshipLink
Copyright © 2021 CHNSpec Technology (Zhejiang) Co., Ltd. All Rights Reserved. 浙ICP备2021027346号
请填写下面的表格以获取更多信息
*
*
*