VIP member
ARTUS 10 Direct Reading Spectrometer (AES)
ARTUS 10 is the culmination of 60 years of spectrometer experience from the founder of the Alang brand and over 30 years of technical accumulation fro
Product details
product overview
ARTUS 10 is the culmination of 60 years of spectrometer experience from the founder of the Alang brand and over 30 years of technical accumulation from Alang (a subsidiary of Spectral Education) in the UK. It is a flagship direct reading spectrometer that uses high-precision customized A-CMOS as the detector (which can be cooled). The combination of CMOS sensors and refrigeration technology marks ARTUS10's unlimited pursuit of high analytical performance, which can easily achieve a detection limit of 1ppm without drift correction, redefining the stability of direct reading spectrometers. Alang is committed to meeting the needs of users for continuous improvement in metal material analysis, creating benefits for users from the slightest detail.
Product Features
Research grade CMOS brings a leap in analytical performance
Pioneering the use of a new research grade CMOS sensor, bringing better sensitivity
Taking advantage of the fast reading capability of CMOS sensors, independent parameter optimization and acquisition analysis for each element can be achieved. This new technology is named OEO (Optimal Element Oriented)
The detection limit can reach 1ppm, or even lower
A-CMOS sensors have higher sensitivity to ultraviolet band elements (C, P, S, N)
Lifetime no need for drift correction, redefining stability
Die cast aluminum alloy integral light chamber, 4-level stress relief treatment
The constant temperature design of the light chamber ensures long-term stability of the spectral position without drift
Accurate design of airflow path, everything for more stable results
RTMC Spectral Optimization Technology
Tight electrode clamping design prevents electrode movement and provides greater assistance for data stability
High energy preheating pulse synthesis fully digital light source
Dual chamber design with guaranteed resolution
Design of dual chamber optical system with wide spectral range and high resolution
Independent light cell analysis of ultraviolet band elements (N, P, S, C) yields good results
No moving parts of vacuum pump, no deformation of light chamber and risk of oil contamination
High usability, better experience
Analysis can be completed within 10 seconds, saving 2/3 of argon gas and reducing production process costs
Powerful ASR (Aberrant Spark Removed) technology removes abnormal sparks, reduces sample preparation requirements, and does not affect analysis even with cracks
The main interface of the software is simple and clear, with graphical display to improve work efficiency
A-Care remote cloud service function, capable of remotely upgrading firmware programs, remotely checking instrument status, and taking responsibility for instrument lifecycle health
Real time monitoring of equipment status, visually understanding the operating status of each module
Pioneering the use of a new research grade CMOS sensor, bringing better sensitivity
Taking advantage of the fast reading capability of CMOS sensors, independent parameter optimization and acquisition analysis for each element can be achieved. This new technology is named OEO (Optimal Element Oriented)
The detection limit can reach 1ppm, or even lower
A-CMOS sensors have higher sensitivity to ultraviolet band elements (C, P, S, N)
Lifetime no need for drift correction, redefining stability
Die cast aluminum alloy integral light chamber, 4-level stress relief treatment
The constant temperature design of the light chamber ensures long-term stability of the spectral position without drift
Accurate design of airflow path, everything for more stable results
RTMC Spectral Optimization Technology
Tight electrode clamping design prevents electrode movement and provides greater assistance for data stability
High energy preheating pulse synthesis fully digital light source
Dual chamber design with guaranteed resolution
Design of dual chamber optical system with wide spectral range and high resolution
Independent light cell analysis of ultraviolet band elements (N, P, S, C) yields good results
No moving parts of vacuum pump, no deformation of light chamber and risk of oil contamination
High usability, better experience
Analysis can be completed within 10 seconds, saving 2/3 of argon gas and reducing production process costs
Powerful ASR (Aberrant Spark Removed) technology removes abnormal sparks, reduces sample preparation requirements, and does not affect analysis even with cracks
The main interface of the software is simple and clear, with graphical display to improve work efficiency
A-Care remote cloud service function, capable of remotely upgrading firmware programs, remotely checking instrument status, and taking responsibility for instrument lifecycle health
Real time monitoring of equipment status, visually understanding the operating status of each module
Online inquiry
-
Contacts
-
Company
-
Telephone
-
Email
-
WeChat
-
Verification Code
-
Message Content
-