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Effortlessly Achieve Accurate Elemental Analysis With The Full Spectrum Direct Reading Spectrometer DRS In Just 25 Seconds QR-9

Place of Origin China
Brand Name MORITA
Model Number QR-9
Minimum Order Quantity 1 PC
Packaging Details wooden case
Delivery Time 15 days
Payment Terms T/T
Supply Ability 100 pcs per month

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Product Details
Weight 80 Kg Dimensions 86 X 66 X 36 Cm
Detector Type CCD Operating System Windows 10
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Detecting matrix Fe, Al, Cu, Zn, Ti, Ni, Pb, Co, Mg, and their Alloys
Detecting time Normally 25s
Optical Structure Paschen-Runge mount
Wavelength range 130nm-800nm
Detector High resolution CCD Multi detectors
Electrode Tungsten Spray discharge electrode
working temperature 10℃-35℃
working moisture 20%-80%
Excitation table aperture 13mm
Light cell structure vacuum system
Argon Purity 99.999%, Argon pressure >0.5Mpa
Argon consumption 3.5L/min in sparking mode, 0.4L/min in maintaining mode
Dimension 860mm(L)*660mm(W)*360mm(H)
Weight About 80kg
Power AC220V/50Hz (Customized)
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Detecting matrix Fe, Al, Cu, Zn, Ti, Ni, Pb, Co, Mg, and their Alloys
Product Description

Product Introduction

The Full Spectrum Direct Reading Spectrometer (DRS) is a state-of-the-art analytical instrument widely used in materials research and development, offering unparalleled speed, precision, and reliability. Designed for laboratories and industrial applications, this spectrometer ensures accurate elemental analysis in 25 seconds, streamlining your workflow without compromising on measurement accuracy. Utilizing jet electrode technology, high-energy pre-ignition, and high-speed data communication, the instrument delivers a robust and efficient performance for a wide variety of material types. With a broad wavelength range of 130-800nm, it enables comprehensive analysis across multiple elements, making it a versatile choice for both research and quality control.


Product Advantages

  1. Rapid and Precise Measurement – Achieve accurate readings in as fast as 25 seconds, saving time in high-throughput environments.

  2. Jet Electrode Technology – Ensures stable plasma discharge and consistent results across multiple samples.

  3. High-Energy Pre-Ignition – Improves signal stability and reduces measurement noise, guaranteeing precise elemental detection.

  4. High-Speed Data Communication – Facilitates real-time data transfer and remote monitoring for seamless laboratory integration.

  5. Wide Wavelength Coverage (130-800nm) – Supports detection of a comprehensive range of elements from light to heavy metals.

  6. User-Friendly Interface – Simplifies operation for lab technicians and researchers, minimizing training requirements.


Applications

The Full Spectrum DRS is ideal for:

  • Materials Research & Development: Rapid elemental characterization for alloys, ceramics, polymers, and composites.

  • Quality Control: Accurate verification of raw materials and finished products in metallurgical and industrial production.

  • Academic & Industrial Laboratories: Comprehensive elemental analysis for teaching, research, and advanced experimentation.

  • R&D in Advanced Materials: Detection of trace elements and compositional variations for new material formulations.


Specifications

Parameter Specification
Measurement Time 25 seconds
Wavelength Range 130-800 nm
Electrode Technology Jet Electrode Technology
Pre-Ignition Technology High-Energy Pre-Ignition
Data Communication High-Speed Communication
Sample Type Metals, Alloys, Ceramics, Composites
Software Interface User-Friendly Lab Software
Repeatability High Stability, Low Noise
Detection Limit Trace Element Level

Why Choose the Full Spectrum DRS?

Selecting the Full Spectrum Direct Reading Spectrometer ensures:

  • Efficiency: Rapid measurements reduce laboratory turnaround time.

  • Accuracy: Advanced electrode and pre-ignition technology guarantees reliable, reproducible results.

  • Versatility: Covers a wide wavelength range suitable for numerous applications.

  • Integration: High-speed data transfer and user-friendly software enhance workflow efficiency.

  • Future-Ready Investment: Built with cutting-edge technologies, ensuring long-term laboratory performance and adaptability.

In conclusion, the Full Spectrum Direct Reading Spectrometer represents the pinnacle of modern material analysis instruments, combining speed, precision, and versatility. It is the ideal solution for laboratories, research institutions, and industries seeking to optimize material research, development, and quality control processes. By leveraging jet electrode technology, high-energy pre-ignition, and high-speed data communication, your lab can achieve comprehensive elemental analysis faster, more accurately, and more efficiently than ever before.

Effortlessly Achieve Accurate Elemental Analysis With The Full Spectrum Direct Reading Spectrometer DRS In Just 25 Seconds QR-9 0