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  • Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry
  • Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry
  • Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry
  • Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry
  • Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry
  • Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry
Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry

Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry

  • >= 1 Sets
    $16,000

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Elemental Quantitative Analysis: Enables precise measurement of trace elements (e.g., calcium, copper, iron, lead, zinc) in samples via atomic absorption spectroscopy, using either flame or furnace atomization.
  • High-precision Spectral Performance: Equipped with adjustable spectral bandwidths (0.2nm/0.4nm) and a broad wavelength range (190-900 nm), ensuring accuracy for diverse analytical requirements.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, you can ensure durability in laboratory environments, outlasting plastic-based models*.

  • 2. Intuitive Control Panel with Preset Functions

  • With user-friendly control panel presets, you can streamline sample analysis, reducing setup time compared to manual configurations*.

  • 3. Ultra-Precise 0.2nm Spectral Bandwidth

  • With a spectral bandwidth as low as 0.2nm, you can achieve precise element detection, surpassing standard 0.5nm models*.

  • 4. Broad 190-900 nm Wavelength Range

  • With a wavelength range spanning 190-900 nm, you can analyze a wide array of elements, expanding applicability to environmental, clinical, and industrial testing*.

  • 5. Compliance with Laboratory Standards

  • With adherence to international laboratory safety and precision standards, you can ensure reliable operation in certified testing environments*.

Product details

Aas Atomic Absorption Spectroscopy Spectrophotometer Spectrometer Spectrometry

The CYEEYO Atomic Absorption Spectrometer (AAS) is a precision optical instrument designed for quantitative elemental analysis in laboratories. Built with durable stainless steel and a sleek white finish, it combines compact design with advanced features like a broad 190-900 nm wavelength range and high-resolution spectral bandwidth options. Ideal for environmental, clinical, and industrial applications, it ensures accuracy and reliability through its ≤0.2 nm wavelength repeatability.

Technical specifications

FeatureSpecificationBenefit
Spectral Bandwidth0.2 nm / 0.4 nmHigh-resolution analysis for complex samples
Wavelength Range190-900 nmCovers a wide range of elements (e.g., Ca, Cu, Fe)
Wavelength Repeatability≤0.2 nmEnsures consistent and precise measurements
ConstructionStainless steelCorrosion-resistant and durable design

Customization guide

Adjust the spectral bandwidth (0.2 nm for high-resolution applications or 0.4 nm for routine analysis) to meet specific laboratory needs.

Get inspired

With CYEEYO’s AAS, you can achieve precise elemental quantification across diverse samples. Its compact design saves lab space, while the broad wavelength range supports analysis of metals like lead, zinc, and copper. Ideal for environmental monitoring, pharmaceutical quality control, and academic research.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Spectral Bandwidth0.4 nm0.2 nm0.2 nm + Enhanced Optics
Analysis SpeedStandard20% faster30% faster
Wavelength Range190-900 nm190-900 nm190-950 nm*
Detection ModesFlame onlyFlame + HydrideFlame + Hydride + Graphite Furnace

*Extended range for rare earth elements.

Supplier's note

  1. Technical Breakthroughs:

    • 0.2 nm Spectral Bandwidth: Enables detection of trace elements in complex matrices (e.g., blood serum).
    • 190-950 nm Range (Pro): Expands applicability to analyze rare earth metals.
    • Enhanced Repeatability: ≤0.2 nm ensures reliable data for regulatory compliance.
  2. Version Selection Guidance:

    • Base Model: Suitable for routine labs needing cost-effective analysis of common elements (e.g., Na, K).
    • Advanced Model: Ideal for academic or industrial labs requiring high-resolution analysis (e.g., Cu in alloys).
    • Pro Model: Best for research institutions analyzing rare earth elements or requiring hydride/graphite furnace capabilities.

With the Pro version’s expanded wavelength range, you can quantify lanthanum in environmental samples—20% faster than industry benchmarks. Pair its graphite furnace with hydride capability to detect ultra-trace arsenic in drinking water.

Frequently asked questions

  • Which CYEEYO AAS model is best for trace element analysis in environmental samples?

  • How do I clean the optical system of the CYEEYO AAS spectrometer?

  • Why is stainless steel used in CYEEYO AAS spectrometers compared to other materials?

  • Can the CYEEYO AAS be customized with specific spectral bandwidths for my lab’s needs?

  • Is the CYEEYO AAS certified for ISO-standard quantitative analysis?

  • What advantages does the 190-900 nm wavelength range offer in the CYEEYO AAS?

  • Is the CYEEYO AAS suitable for clinical diagnostics labs?

  • Does the CYEEYO AAS include safety features for handling hazardous samples?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Spectral BandwidthTrace element analysis (e.g., heavy metals in water)Industry Standard: 0.5 nm (ISO 8516)
Our Base: 0.4 nm (▲)
Our Advanced: 0.2 nm (▲▲)
Advanced model offers 40% narrower bandwidth for higher resolution (ISO 8516 compliant).Advanced version may require specialized calibration (▲▲ = 2x improvement over Base).
Wavelength RangeBroad-spectrum analysis (e.g., clinical diagnostics)Industry Standard: 190–900 nm (ASTM E1601)
Our Base/Advanced: 190–900 nm (matches standard)
Full compliance with ASTM E1601 for universal element detection.No incremental improvement between versions (same range).
Wavelength RepeatabilityHigh-precision quality control (e.g., pharmaceuticals)Industry Standard: ≤0.5 nm (ISO 8516)
Our Base: ≤0.3 nm (▲)
Our Advanced: ≤0.2 nm (▲▲)
Advanced model achieves ISO 8516+ precision with ±0.2 nm stability.Base model may require frequent recalibration for ultra-precise tasks.
Material ConstructionHarsh laboratory environments (e.g., chemical labs)Industry Standard: Plastic/metal hybrid (ASTM D638)
Our Base/Advanced: 304 stainless steel (▲)
Stainless steel ensures corrosion resistance (ASTM A240 compliant) for longevity.Higher upfront cost compared to plastic-based competitors.
Noise LevelNoise-sensitive labs (e.g., shared facilities)Industry Standard: 40–45 dBA (OSHA)
Our Base: 38 dBA (▲)
Our Advanced: 35 dBA (▲▲)
Advanced model is quieter than a refrigerator (35 dBA) for minimal disruption.Advanced cooling system increases power consumption slightly.
Safety FeaturesHigh-risk labs (e.g., toxic sample analysis)Industry Standard: Basic gas shutoff (NFPA 45)
Our Base: Over-temperature alerts (▲)
Our Advanced: Dual gas monitoring + auto-shutoff (▲▲)
Advanced model includes NFPA 45+ safety protocols for critical hazard prevention.Advanced safety systems add complexity to setup and maintenance.

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