SCION 8700 Single Quad (SQ) GC-MS from SCION Instruments

Description

The SCION 8700 Single Quad (SQ) GC-MS is designed for today’s fast paced analytical laboratory. Innovative design features such as a Lens-Free ion path, heated ion optics and Extended Dynamic Range (EDR) enable the SCION SQ to deliver accurate quantification and identification on a routine basis even in complex matrices. With minimum maintenance required and a dual filament ion source, productivity is enhanced. The off axis ion source along with EDR increases sensitivity along with active focusing. Compound based scanning software makes simultaneous SIM mode and SCAN mode acquisition easy. Available in two models, Select and PremiumI, the SCION SQ provides users with reliable performance, ease of use and simplified maintenance all within a bench space saving footprint. SCION MS Workstation allows full control of the GC-MS including data acquisition, data handling and reporting.

Features:

Lens Free design for less downtime
Off axis ion source, active focusing of Q0 and Extended Dynamic Range for ultra-high sensitivity
Automatic tuning and tune-to-target for EPA Methods

Product Detail
ItemSCION 8700 Single Quad (SQ) GC-MS
CompanySCION Instruments
PriceGet Quote
Catalog NumberSCION SQ-MS (8700)
TypeSingle Quad Mass Spectrometer
Mass Range1 to 1200Da
ApplicationsEnvironmental, Toxicology, Hydrocarbon, Seperation Science, Food, Beverage, Chemical, Forensic, Clinical, Academia, Cannabis, Pesticide
Temperature RangeGC Oven Temperature: Ambient +4 °C – 450 °C
Source Temperature: 100 – 350 °C
ResolutionUser-adjustable from 0.7 – 4 Da, also with three user-selectable settings (Unit, Standard, Open).
Ionization Method(s)Electron Ionization (EI) as standard. Optional ionization modes: Chemical Ionization (CI) including PCI and NCI
Detector(s)Electron multiplier with ±5 kV post acceleration and with on-the-fly multiplier gain optimization for Extended Dynamic Range (EDR™); direct ion collection onto multiplier for negative ion detection without dynode loss.