GC-MS DW-EXPEC3750 Gas Chromatography-Quadrupole Mass Spectrometer
Packing Size:
Gross Weight:
Packing Material:Paper Carton
Liquid/Battery/Motor:No
HS Code:9027201100
<Span>Introduction</Span>
DW-EXPEC3750 is a special-purpose detection and analysis instrument for laboratories based on the basic principle of Gas chromatography mass spectrometry. It adopts the advanced electronic flow pressure control system, microfluidic plate control technology, high-precision independent temperature control system, and high-sensitivity MS detector, meet the user’s requirements for the capability, reliability, stability and advanced nature of instrument analysis.
<Span>Features</Span>
Inherit the classic workstation without changing the usage habits
The workstation software inherits the classic operation interface, allowing the users not to change their usage habits.
The kernel uses Chinese language, which is specially designed for the Chinese users
With the batch processing function, the statistical analysis is automatically performed on sample data, to draw sample trend charts
Multiple ion source configurations
Universal ion sources (EI and CI) are covered and flexible configuration for applications is realized
SIP high-sensitivity ion source is supported, the transmission lens design is optimized, and the ion transport efficiency is displayed, greatly improving the sensitivity
Color-coated inert metal material is used, to reduce complex matrix adsorption, and effectively extend the instrument time
Durable and highly sensitive detector
The target ion flow passes through triple off-axis trajectories before reaching the electron multiplier, effectively shielding neutral interference and reducing the baseline noise
Highly durable electron multiplier effectively reduces the usage cost of mass spectrometer
<Span>Applications</Span>
Laboratory and vehicle-mounted scenarios:
With the excellent anti-seismic design, the DW-EXPEC3700 is easy to be deployed on the vehicle, free from the impact of bumps on the analysis results.
A vacuum environment can be created in an ultra-efficient manner for immediate measurement after the parking, saving the valuable time.