SCION GC Analysers
SCION has the experience and know-how to provide pre-configured gas chromatographs that are ready at power up to handle your key applications. SCION has more than 50 standard, pre-configured systems available to meet a wide variety of applications, such as SIMDIST, DHA, RGA and others. If you have an analytical challenge to solve then our long experience in designing, configuring and manufacturing complete systems, with all their analytical benefits, ensures you get the solution that’s right for you.
Description
Turnkey solution for a specific application
Oil and Gas
How the SCION GC Analyser can work for the Oil & Gas market
SCION has more than 50 standard, pre-configured systems available to meet a wide variety of applications, for example DHA, SIMDIST, RGA as examples. If you have an analytical challenge to solve then our long experience in designing, configuring and manufacturing complete systems, with all their analytical benefits, ensures you get the solution that’s right for you.
Irrespective if for hydrocarbon processing, refinery product control, natural gas monitoring, SCION has the analyser for it based on more than 35 years of experience and satisfied users. An analyser includes all analytical methods as well as follow up calculations like: energy, simulated distillation, etc.
Chemical
How the SCION GC Analyser can work for the Chemical market
SCION has more than 50 standard, pre-configured systems available to meet a wide variety of applications, both for process control as well as product control. If you have an analytical challenge to solve then our long experience in designing, configuring and manufacturing complete systems, with all their analytical benefits, ensures you get the solution that’s right for you.
SCION has proven record in designing analytical systems for low level impurity determination in various matrices.
Environmental
How the SCION GC Analyser can work for the Environmental market
SCION is experienced in design and installation of equipment for green-house gas monitoring. If you have an environmental, analytical challenge to solve then our long experience in designing, configuring and manufacturing complete systems, with all their analytical benefits, ensures you get the solution that’s right for you……………….
High Performance Liquid Chromatograph Scion LC 6000
Instruments brings Performance, Functionality and Reliability together into its impressive 6000 Series HPLC product line up, making it the chromatographer’s choice in HPLC.
SCION LC 6000
The Scion 6000 Series HPLC aims for confidence in results through outstanding life-time performance. A robust design maximises uptime and productivity levels whilst minimises cost of operation. The SCION 6000 Series offers an array of automation options for workflow optimisation, making our lab experience the best and easiest possible.
Description
Oil and Gas
How the SCION LC can work for the Oil & Gas market
SCION liquid chromatographs are designed to operate 24/7, a definite requirement as processes have to be controlled around the clock. Apart from very flexible straight configurations highly specialized analysers are available. These analysers comply with ASTM, EN, ISO, IP and GPA standards and methodologies. Furthermore SCION can configure custom instruments providing the perfect solution to your particular analytical, liquid chromatographic problem.
Chemical
How the SCION LC can work for the Chemical market
SCION liquid chromatographs are designed to operate 24/7, a definite requirement as processes have to be controlled around the clock. A range of automation options are available, for process control as well as product control; for high level composition as well as trace impurities. SCION can configure custom instruments providing the perfect solution to your particular analytical, liquid chromatographic problem.
Pharmaceutical
How the SCION LC can work for the Pharmaceutical market
SCION liquid chromatographs are designed to support detailed and constant analysis of intermediates, the final drug product and its packing material.
Environmental
How the SCION LC can work for the Environmental market
SCION has a range of dedicated LC solutions specifically designed to monitor different environmental contaminants.
Food
How the SCION LC can work for the Food market
SCION has a range of dedicated LC solutions specifically designed for the food industry.
Outstanding Performance for Confident Results
THE SCION 6000 SERIES HPLC AIMS FOR CONFIDENCE IN RESULTS THROUGH OUTSTANDING LIFE-TIME PERFORMANCE. A robust design maximises uptime and productivity levels whilst minimises cost of operation. The SCION 6000 Series offers an array of automation options for workflow optimisation, making our lab experience the best and easiest possible. Key Values Superior gradient performance and excellent flow rate precision The SCION 6100 Quaternary pump has a new low-pressure mode called High Frequent Mode (HFM), which utilises a double switching function of proportioning valves. HFM with the high-speed realtime feedback control system greatly suppresses liquid pulsation for superior reproducibility of gradient and retention times. Excellent injection volume precision and ultra-low carry-over The newly adopted high-precision syringe drive unit provides excellent injection volume precision. Dead volume in the SCION 6210 Autosampler flow path has been minimised. Syringe washing protocols, and stringent temperature control has resulted in a superior precision autosampler with extremely low carry-over. Best Chromatography The SCION 6310/6320 Column Oven delivers accurate Peltier-based heating cooling profiles, delivering sharp peaks with excellent peak symmetry. The column oven accommodates three 300 mm ID-tagged analytical columns fitted with a guard-column. Excellent Detector Performance The 6000 Series HPLC line-up comes with a portfolio of detectors including UV, DAD, Fluorescence and Refractive Index, all designed for stability, precision and sensitivity
Reliability & Efficiency in one solution
Instrument robustness SCION 6000 Series HPLC is made for robustness and best return on investment (ROI). Covers are made of heat-resistant, chemical-tolerant, and UV irradiation-withstanding materials. The internal walls of the modules are made with corrosion resistant material to cope with humidity and vaporisation of solvents. The column oven incorporates a solvent leak sensor and a gas sensor to spot leaks. A door lock mechanism and auto power-off/function-on lamp replacement further add to robustness. Compass CDS Control The SCION 6000 Series HPLC offers complete support through CompassCDS, adding full instrument control & automation, a complete suite of integration, calibration and reporting tools, and allowing for full 21CFR11 compliance. Low volume Degassing options To avoid any salt precipitation from the mobile phase, the SCION 6000 Series HPLC includes an auto plunger washing mechanism that prevents damage to the pump seal or the plunger. The low-volume degassing unit reduces solvent purging time and reduces the amount of solvent used. Extra Large Solvent cabinet The SCION 6510 Organiser is designed for multipleliquid operation and can hold different bottle sizes to accommodate these typical applications. Manual Injection Valve For educational purposes, or low throughput applications a manual injection port can be added to the 6000 Series instead of the 6210/6220 Autosampler. A manual valve ensures great repeatability for situations where a single good result is needed. Auto-purge valve (Pumps with or without Auto-purge valve are available) Conventional mixer (Accessory of the low-pressure gradient unit option) Plunger washing pump (optional) Six-chann
SCION SQ GC-MS, SCION Instruments, UK
The SCION (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 an Extended Dynamic Range (EDR) detector enable the SCION SQ to deliver accurate quantification and identification on a routine basis, even in complex matrices. As ions pass through a mass spectrometer a significant portion is lost every time they encounter a lens. Due to its unique design the SCION SQ doesn’t have any lenses thus increasing the sensitivity of the instrument by reducing ion losses. Another major advantage of having no lenses the source is the only part to clean, so you can spend more time analysing samples and less time maintaining your instrument. The SQ is integrated with our SCION 436 or 456 GC as sole or as additional detector.
Description
Highlights
Samplers
Regardless of sample type or throughput, SCION GC-MS’s can provide an automated solution to meet your requirements. Two SCION sampler options are available, the 8400 and 8410. Each can be tailored to meet specific sampling needs and workloads. Third party samplers like TELEDYNE TEKMAR Versa head-space sampler and CTC PAL-xt systems are easily integrated.
Highlights
Chemical
How the SCION GC-MS can work for the Chemical market
SCION can provide GC-MS systems, custom and standard, following standardised industry methods and approaches to ensure both, agreement with their clients on product specification and quality of results. High availability of the whole infrastructure with a 24/7 uptime, high end-to-end redundancy as well as high-level automation is a key requirement that can be achieved best with help of our GC/MS solutions dedicated to this type of industry.
Pharmaceutical
How the SCION GC-MS can work for the Pharmaceutical market
SCION’s SQ GC-MS combines highest sensitivity with a maximum of sample throughput and lowest down time which is a key requirement for Pharma where it can be used in analytical research in the initial research process of new drug screening, during the subsequent process of chemical/biological synthesis, the routine quality control and quality assurance of bulk drugs, formulations, manufactured drugs and packing materials, the characterization and quantification of impurities in drug components (impurity profiling), and the quantification of the active ingredient (API) and its metabolized degradation products in non-clinical pharmacokinetic studies. Besides support of the multi-stage pharmaceutical process of drug development, synthesis and production SCION’s SQ GC-MS finds its place also in many fields of medicine, like clinical toxicology and drug abuse, or newborn screening tests for inborn error of metabolism just to name some fields where sensitivity, reliability and maximum uptime plays a significant role.
Environmental
How the SCION GC-MS can work for the Environmental market
SCION has a range of dedicated GC-MS solutions specifically designed to monitor different environmental contaminants. Combining pre-concentration techniques and specific detection allow for the sub ppb level determinations required. From headspace VOC analysis of water to pre-configured GC-MS systems for pesticide residue and SVOC identification we can provide you with the best solution for even the most demanding applications.
Food
How the SCION GC-MS can work for the Food market
SCION has a range of dedicated GC-MS solutions specifically designed for the food industry. Combining pre-concentration techniques and specific detection allow for trace level determinations. From headspace systems to pre-configured, custom analysers we can provide you with the best solution for even the most demanding applications.
Technical data
The SCION SQ is the chromatographer’s choice for quadrupole mass detector; it is designed to match your most stringent needs for analytical performance and productivity. The SCION SQ offers superior sensitivity and robustness based on innovative ion optics, and fast and easy methods development. The SCION SQ GC-MS system defines a new standard of usability for routine analysis. Analyser – MS Specifications • Scan modes: Full Scan; Selected Ion Monitoring (SIM), Combined Full Scan-SIM • Standard ionization mode: Electron Ionisation (EI) • Optional ionization modes: Chemical Ionisation (CI) including PCI and NCI • Ion source: Auto-aligning EI or CI (optional) sources constructed of inert materials • Q0 ion guide: 90° curved RF-only entrance quadrupole with active ion beam focusing • Source temperature: 100°C to 350°C • Filament and emission cur r ent: dual filaments; up to 200μA • Electron energy: adjustable from 10 to 150eV • Mass filter: quadrupole with pre- and post-filter; high ion transmission efficiency lens-less design • Mass range (m/z): 1 to 1200 Da • Scan rate: up to 20,000Da/sec • Minimum dwell times: 1ms • Resolution: user adjustable from Unit (0.7Da) to 4Da, also with three user selectable settings (Unit, Standard, Open) • Mass axis stability:
Gas Chromatograph (SCION 436 and 456 Model GC) For more specification on GC refer to the GC Data Sheet • Injectors: Split/Splitless (SSL), Programmable Temperature Vaporisation (PTV) and PTV with back-flush (PTV/BF), Coldon-Column (COC) • Autosamplers: CP 8400; CP 8410; CTC PAL COMBI-xt • GC Oven Temperature: Ambient+10°C (436 Model) or +4°C (456 Model) to 450°C, -100°C to 450°C (with Liquid N2, 456 Model); -60°C to 450°C (with Liquid CO2, 456 Model) • Temperature Ramps/Holds: 24/25 (Model 436); 24/25 (Model 456) • Pneumatic: Electronic Flow Control (EFC) or Manual • ChromatoProbe: Direct introduction of solids, liquids or slurries (requires PTV injector) Performance Specifications* * All tests performed with helium at carrier gas † The Signal-to-Noise ratio S/N values are based on RMS Δ CI tests use methane as reagent gas Dimensions (H x W x D) and Weight Additional spaces should be added for the data system, monitor and printer • SCION SQ: 45cm (18in) x 28cm (11in) x 57cm (22.5in), 37kg/82lb • 436GC: 57cm (23.6in) x 32cm (13in) x 61cm (24in); 27kg/59lb • 456GC: 57cm (22.5in) x 66cm (26in) x 56cm (22in); 43kg/95lb • CP-8400/8410 Autosamplers: 22cm (8.5in) x 40cm (15.7in) x 47cm (18.5in); 7kg/15.3lb Mode Test (with SSL injector in hot splitless mode) Specification † EI Full Scan S/N ≥1500:1 PCI Full Scan S/N ≥600:1 NCI Full Scan 1pg Octafluoronaphthalene (OFN) from m/ z50 to 300 for m/z272 100pg Benzophenone (BZP) from m/z80 to 230 for m/z183 200fg OFN from m/z200 to 300 for m/z272 S/N ≥1000:1
SCION 456 Gas Chromatograph, SCION Instruments, UK
The perfect gas chromatograph (GC) for many applications without compromise on functionality and performance.
456 Gas Chromatograph
When your requirements demand more functionality or you want room to upgrade, the SCION 456 easily meets your need. Supporting three injector and four detector positions (including the mass spectrometer) with full independent access, no other gas chromatograph system provides this capability. Scion 456 GC is the platform for over 50 different configured analysers for petroleum, petrochemical, and specialty gas application. A staff of highly experienced chromatographers can assist you to build a special analyser to meet any application need. The perfect GC for many applications that saves space without compromise on functionality and performance. Capacity for 3 injectors, 3 GC detectors plus a mass spectrometer makes the SCION 456 a perfect match for you analyses. A 9 inch touchpad provides direct access to all GC functions and basic tuning.
Highlights
Description
Regardless of sample type or throughput, SCION GC’s can provide an automated solution to meet your requirements for accuracy & precision. Two SCION sampler options are available, the 8400 and 8410. Each can be tailored to meet specific sampling needs and workloads. Third party samplers for Headspace, Thermal Desorption and Purge & Trap are easily integrated.
Highlights
Oil and Gas
How the SCION GC can work for the Oil & Gas market
SCION gas chromatographs are designed to operate 24/7, a definite requirement as processes have to be controlled around the clock. Apart from very flexible straight configurations highly specialized analysers are available. These analysers comply with ASTM, EN, ISO, IP and GPA standards and methodologies. Furthermore SCION can configure custom instruments providing the perfect solution to your particular analytical, gas chromatographic problem.
Chemical
How the SCION GC can work for the Chemical market
SCION gas chromatographs are designed to operate 24/7, a definite requirement as processes have to be controlled around the clock. A range of analysers is available, for process control as well as product control; for high level composition as well as trace impurities. SCION can configure custom instruments providing the perfect solution to your particular analytical, gas chromatographic problem.
Pharmaceutical
How the SCION GC can work for the Pharmaceutical market
SCION gas chromatographs are designed to support detailed and constant analysis of intermediates, the final drug product and its packing material. A range of GC solutions are available for residual solvents (RS), extractables and leachables (E/L) and organic volatile impurities (OVI) identification and quantification in pharmaceutical drug substances, excipients and products.
Environmental
How the SCION GC can work for the Environmental market
SCION has a range of dedicated GC solutions specifically designed to monitor different environmental contaminants. Combining pre-concentration techniques and specific detection allow for the sub ppb level determinations required. From headspace VOC analysis of water to pre-configured Greenhouse Gas Analysers and custom instruments for SVOC analysis, we can provide you with the best solution for even the most demanding applications.
Food
How the SCION GC can work for the Food market
SCION has a range of dedicated GC solutions specifically designed for the food industry. Combining pre-concentration techniques and specific detection allow for bulk as well as trace level determinations. From headspace systems to pre-configured, custom analysers we can provide you with the best solution for even the most demanding applications.
Technical data
Dimensions and weights Size*: Height: 57 cm (22.5 in.) Width: 66 cm (26.0 in.) Depth: 56 cm (22.0 in.) Weight*: 43 kg (95 lb) * Typical values Environmental Conditions Operating temperatures: 10 °C to 40 °C. Operating humidity (relative): 5 % to 95 % Line voltage requirements:, 120 V, 230 V (±10 % nominal) Column Oven Dimensions: 28 cm (w) x 20 cm (d) x 28 cm (h) Temperature range: • Ambient +4 °C to 450 °C • Liquid N2: -100 °C to 450 °C • Liquid CO2: -60 °C to 450 °C Temperature program ramps/holds: 24/25 Maximum temperature ramp rate: 150°C/min for all voltages and 180 °C/min with oven insert accessory Cool down rate: 400 °C to 50 °C in 4.5 minutes Temperature set-point resolution: 0.1 °C Ambient temperature reject <0.01°C change in oven for 1°C change in ambient temp Retention time Repeatability ><0.008% or >< 0.0008 min, based on Pentadecane under temperature program conditions Area repeatability < 1% RSD General Specifications Up to 9 EFC modules total, injector, detector and auxiliary Optional backflush GC Control: • External events (digital output): – 8 standard – 8 optional, total 16 • Max number of timed events: 16 • Heated zones: – Standard 5 – 4 optional, 9 total • Two power outlets 24V (1A max. each) Methods: • Maximum stored internal methods: 50 (max. 30 alphanumeric characters) Specification sheet SCION 456-GC Temperature Range ( oC) 456-GC Rates ( oC/min) With Oven Insert 50 – 70 150 180 70 – 115 95 115 115 – 175 70 90 175 – 300 45 65 300 – 450 30 45
Logging: • Run log file (stored with the chromatogram when using CompassCDS) • Error log file Local Display: • TFT full color screen • WVGA resolution (800 x 480) • Size 23 cm (9”) Local Control: • Touch screen • Hard keys Languages: • English, German, French, Spanish, Italian, Portuguese, Cyrillic, Kanji, Chinese (standard and traditional), Thai, Korean and Dutch. Local automation: • Method lines: 25 • Modes: – Infinite looping – Dual and duplicate injection Communication Ethernet: Protocol: TCP/IP Data rate: 100 Mbps Control: GC control and method parameters Analog output (optional): • Number of channels: 3 • Time programmable steps: 30 • Output software selectable (set individual): – 0-1 V (default) – 0-10 V Synchronisation signals with other devices and data systems: • Ready in and out • Start in and out Data Handling and System Control: CompassCDS Chromatography Data System Certifications • CSA: – C22.2 61010-1 – UL 61010-1 • EC: 61010-1 • EMC: – 47 CFR part 15 – ANSI C63.4 – EN 61326
Injector Options Maximum injectors: three , operating concurrently Pneumatics: Electronic Flow Control (EFC), or manual Injector types: • S/SL Split/Splitless injector* • PTV Programmable Temperature Vaporising* • COC Cold On-Column injector* • Flash injector • PWOC Packed/ Wide bore On-Column injector *Including septum purge S/SL Split/Splitless Injector Pressure range: 0-150 psi Total flow: 500 mL/min for N2/Ar 1500 mL/min for He/H2 Maximum temperature: 450 °C Split range: 1-10,000 (column dependent) Suited for columns: Wide bore: (0.53 mm) Narrow bore: (0.05 to 0.32 mm) COC Cold On-Column Injector Pressure range: 0-150 psi Total Flow: 50 mL/min (Type 23 EFC) Temperature range: • Ambient +10 °C to 450 ° using air cooling • – 60 °C to 450 °C using liquid CO2 cooling • – 160 °C to 450 °C using liquid N2 cooling Maximum temperature: 450 °C Maximum temperature ramp rate: 200 °C/min Temperature ramps/holds: 24/25 Suited for columns: • Wide bore (0.53 mm) • Narrow bore (0.32 mm) PTV Programmable Temperature Vaporising Injector Pressure range: 0-150 psi Total flow: • 500 mL/min for N2/Ar • 1500 ml/min for He/H2 Temperature range: • Ambient + 10 °C to 450 °C using air cooling • -160 °C to 450 °C using liquid N2 cooling • -60 °C to 450 °C using liquid CO2 cooling Maximum temperature ramp rate: 200 °C/min Temperature ramps/holds: 24/25 Split range: 1-10,000 (column dependent) Operational capabilities: • Large volume injection • Temperature ramped splitless • Cold on-column • Split and splitless • ChromatoProbe solid sample introduction optional Suited for columns: • Wide bore (0.53 mm) • Narrow bore (0.05 to 0.32 mm) Maximum injection volume: 250 μL (LVI mode) Flash Injector Pressure range: 0-150 psi Total flow: • 50 mL/min (Type 23 EFC) Maximum temperature: 450 °C Suited for columns: Wide bore (0.53 mm) Packed (1/8” to 1/4”) PWOC Packed/Wide-bore On-Column Injector Pressure range: 0-150 psi Total flow: • 50 mL/min (Type 23 EFC) Maximum temperature: 450 °C Suited for columns: • Wide bore (0.53 mm) • Packed (1/8” to 1/4”) Electronic Flow Control: Injectors (EFC) Module types: 4 injector-specific modules Pressure: 0.1 % Full Scale Resolution pressure set points is 0.001psi Flow sensor accuracy 2% of measured or 0.2% of full scale Flow sensor repeatability 0.5% Sample Preconcentration Trap (SPT) Trace level analysis of volatiles in gases Fully integrated Temperature range: • -60 °C to 450 °C using liquid CO2 cooling • -185 °C to 450 °C using liquid N2 cooling Temperature rate: • Ballistic for instant release of adsorbed volatiles Available traps: • Two lengths • A wide range of standard packings and custom packings Quick-Switch Valve Option Instantly switch between injectors/columns and detectors Configurations: automated or manual, factory or field installed.
Detector Options Maximum detectors: Four, operating concurrently (one of which is MS or external Detector) Pneumatics: Electronic Flow Control (DEFC) or manual Detector types: • FID Flame Ionization Detector • TCD Thermal Conductivity Detector • ECD Electron Capture Detector • NPD (TSD) Nitrogen-Phosphorus Detector • PFPD Pulsed Flame Photometric Detector • PDHID Pulsed Discharge Helium Ionization Detector • MS Mass Spectrometry (see GC/MS brochure and datasheet) Note: Data Acquisition Rate : 600Hz for all detectors, exception is the PFPD FID Flame Ionisation Detector Maximum temperature: 450 °C Detectivity: 1.4 pg C/sec Linear dynamic range: 107 Flame tip type: ceramic (patented) Operational quality: • Flame-out detection • Auto re-ignition TCD Thermal Conductivity Detector Maximum temperature: 450 °C Detectivity: 300 pg/mL (Butane) Linear dynamic range: 106 Operational quality: • Filament protection • Automatic bridge balancing ECD Electron Capture Detector Maximum temperature: 450 °C Detectivity: 7 fg/sec Lindane Linear dynamic range: 104 Radioactive source: 63Ni – 15 mCi (555 Mbq) NPD (TSD) Nitrogen-Phosphorus Detector Maximum temperature: 450 °C Detectivity: N: 100 fg N/sec (Azobenzene) P: 100 fg P/sec (Malathion) Linear dynamic range: N: 105 P: 104 Operational quality: self-aligning bead PFPD Pulsed Flame Photometric Detector Photomultiplier tube: • S/P • S/P/N Maximum temperature: 450 °C Detectivity: • S: 1 pg S/sec (S/P tube) • P: 100 fg P/sec (S/P tube) • N: 20 pg N/sec (S/P/N tube) Linear dynamic range: S: 103 P: 104 N: 102 Up to 23 elements can be detected PDHID Pulsed Discharge Helium Ionisation Detector Detectivity: 50 ppb (Methane) Linear dynamic range: 104 (Methane) Operational quality: • Gold plated connections • Welded column connections Detectors (DEFC) Module types: 6 detector-specific modules Accuracy: ± 7 % set point flow Resolution: 0.1 or 1 mL/min
Automation Options CP-8410 Auto Injector Sample capacity: • 10 x 2 mL vials • 6 x 5 mL vials • 5 x 10 mL vials Large solvent wash vial: 2 x 120 mL* Dual and duplicate mode Internal standard addition Modes of operation: • Liquid • Ambient headspace* • SPME (Solid Phase MicroExtraction)* • Sample heating and cooling* Pre-programmed modes of injection Syringes: • 1 μL, 2 μL, 5 μL, 10 μL, 100 μL, 250 μL for liquid injection • SPME CP-8400 AutoSampler Sample capacity: 100 x 2 mL vials Large solvent wash vial: 2 x 120 mL* Dual and duplicate mode Internal standard addition Modes of operation: • Liquid • Ambient headspace* • SPME* • Sample heating and cooling* Pre-programmed modes of injection Syringes: • 1 μL, 2 μL, 5 μL, 10 μL, 100 μL, 250 μL for liquid injection • SPME *Optional PAL Combi-xt AutoSampler Sample trays: two standard and expandable to four Tray types: • 98 x 2 mL vials • 200 x 1 mL vials • 32 x 10 mL/20 mL vials • 96-well plates Dual and duplicate mode Internal standard addition Modes of operation: • Liquid • Heated headspace* • SPME* • ITEX* Sample heating and cooling Additional optional modules: further sample trays, microwell plate holders, wash station, SPME fiber bake-out station, dilutor, barcode readers, and flowcell *Optional
Artemis 6000 Amino Acid Analyzer (AAA), SCION Instruments, UK
The SCION Artemis 6000 Amino Acid Analyzer is as a turn-key solution complete with a sophisticated HPLC system, ready-to-use buffers, reagents and columns. The Artemis 6000 combines the advantages of the classical ion exchange separation methods with the modern techniques of HPLC. Specifically configured and designed for routine or research amino acid determination, the SCION Artemis 6000 is the complete Amino Acid Analyzer to today’s modern laboratory.
Turn-key solution with reliable performance
∙ Based on SCION’s 50+ years experience in chromatography, results in unmatched performance
∙ Configured package for various applications, e.g. protein hydrolysate, physiological fluid, etc.
∙ Pre-tuned and recommended conditions for “Inject and Run”
∙ Excellent sensitivity with a detection limit as low as 8 pMol (Asp 3p Mol), with great separation power: average peak resolution>1.5, all peak resolution >1.2 (hydrolysate AA) or >1.0 (free AA)
Ease of use
∙ Fully controlled by 21 CFR part 11 compliance data system with multi-language support
∙ Visualised LCD with direct control and support method creation, editing and saving
∙ Modular design, ease of maintenance
Productivity & Robust
∙ Fully automated analysis with protection, e.g. auto washing, leakage protection, etc.
∙ Rapid analysis: 30 – 50 min for hydrolysate sample, 70 – 180 min for physiological sample
∙ Outstanding repeatability in both retention time and peak area
∙ Long-term stability with replaced buffer and consumables
∙ High efficient separation column and ammonia filter column with long lifetime
∙ Inert and non-metal materials for pipes contact with buffer solutions & samples to avoid interference
∙ All buffers protected by inert gas, store in reagent organizer with refrigeration
How the SCION AAA can work for the Oil & Gas market
SCION Artemis 6000 Amino Acid Analyzer is designed to operate 24/7, a definite requirement for around the clock amino acid processing. Amino Acid concentration in oil rock is one of the most important identifiers to determine the quality of the rocks (rich or lean). Thus, the Amino Acid Analyzer is frequently employed for oil and gas exploration.
How the SCION AAA can work for the chemical market
The SCION Amino Acid Analyzer is an ideal solution for any chemical laboratory. Routinely used in the leather industry, the Amino Acid Analyzer is used to determine the concentration of hydroxyproline which affects the quality of the leather.
How the SCION AAA can work for the Pharmaceutical market
SCION Artemis 6000 Amino Acid Analyzer is a versatile technique commonly used in the pharmaceutical industry. For example, some Amino Acids are used for therapy, including Arginine, Aspartate, Cysteine, Glutamic Acid, Histidine and Methionine. Amino Acids are also the building blocks for synthesis of drugs, especially peptide based drugs.
How the SCION AAA can work for the Environmental market
SCION Artemis 6000 Amino Acid Analyzer are designed to support detailed analysis of Amino Acids from recycled products. For example, production of Amino Acids, peptides or protein from industrial waste (like inedible fish, fish scale, oil cake, etc) can help us to reduce and recycle waste products to protect the environment.
Food and agriculture are two of the most important application areas of Amino Acid Analysis. In the food industry, especially the food production process and new product development, the nutrition value and taste are the most crucial factors. For example, in process improvement, a comparison of Amino Acids before and after the process changed in required to evaluate the new process. The analysis of Amino Acids for new product development is also crucial before launching in the market.
In agriculture, the main application of Amino Acid Analyzer is mainly for feedstuff analysis and thremmatology studies.
SCION Artemis 6000 Amino Acid Analyzer provides both Protein Hydrolysate (PH) and Physiological Fluids (PF) systems for the food industry. The PH system is mainly for feedstuff, including the oxidised protein hydrolysate specially optimised for sulfur containing Amino Acids such as Lysine, Threonine, Cystine and Methionine. The PF system is for determination of free Amino Acids in food/nutrition products. Both system are completed package with relevant buffer, reagent and columns together with verified method.
Technical Specifications
Refrigerated Reagent Organiser For storing all reagents, buffers and wash solutions. • Front side operated • Special valves for applying inert gas for oxygen-free storage • Integrated cooling • Transparent cover is equipped on top to avoid dust and for easy observation of buffer consumption Solvent Delivery System • Only inert materials come in contact with buffer solutions & samples (PEEK or PTFE) • Quaternary gradient pump with two-plunger for smooth eluent delivery • Dual plunger pump with special design for low pulsation (less than 1 %) • Flow rate of 0.000 to 9.999 ml/min • Flow rate stability with RSD<0.1% • Maximum pressure up to 400 bar (6000 PSI) • Integrated 4-channel vacuum degasser • Battery buffered programs stored for the amino acid determination (hydrolysates and physiological fluids) • More than 100 programmable gradient steps with a resolution of 0.1% • Graphic display of gradient profile A, B, C, and D • Programmable mixing cycle for the buffer solution • Programmable flushing procedure • Extended diagnostic features (e.g. high pressure control, low pressure control) Autosamplers • For automatic injection of samples. All parts which come in contact with liquids are chemically inert and biocompatible (PEEK or PTFE) • Large graphical display and keyboard for easy control • Programmable washing procedure with selectable volumes • Programmable port for purging Injection mode Loop overfill mode or Variable sample dosage Injection volume 0-500 µL, 1 μl increments Reproducibility RSD<1% upon injection of 10 µL variable volume Carry over <0.01% Temperature control Temperature controlled sample compartment (5 – 70° C) Sampling Operating in x, y and z-axis Sample rack Two sample racks, 120 vials capacity Interface Large graphical display and keyboard Analytical Specifications Analysis time Hydrolysate sample: 30 – 50 min Physiological sample: 70 – 180 min Sensitivity <8 pMol (All) <2.5 pMolASP, 3 pMol) Reproducibility Qualitative: – RSD<0.5% (All Amino Acids) – RSD<0.1% (Arg) Resolution Hydrolyzate sample – >1.2 (All) or >3.3 (Average), 150 mm column – >1.4 (All) or >3.5 (Average), 175 mm column Free amino acids – >1.0 (All) or >2.5 (Average) Bioamine – >1.2 (All) or >3.0 (Average) Amino Acid Reaction Module • Integrated 2-plunger reagent dosing pump with adjustable flow rate (0.01 to 2.0 ml/min) • Built-in dual filter photometer (440 and 570 nm) with constant signal output and signal summary option • Programmable signal offset • Three different risetimes selectable • Temperature controlled column oven (20 to 99° C ±1° C) with active cooling capability • Temperature controlled post-column derivatisation reactor (up to 180° C ±1° C) • Automatic valve for coil flushing • Display of the actual system pressure • Safety features (e.g. leakage of reactor and column, high pressure) Software • Complete control of Gradient Program, Column & Reactor Temperature • Programmable Sample Sequence with individual run times, gradient and temperature profiles • Automatic usage control of Buffer & Reagent solutions • Emergency-Program (SOS) feature in case of pressure errors • Manual control of each single unit Consumables • Ready-made buffer solutions (each lot tested individually) • Separation columns for a variety of applications with long term stability • Ready-made Ninhydrin solution • A variety of standard solutions Installation Parameters Dimension 720mmx580mmx880mm (W X D X H) Weight 110kg Power Supply 215V – 240V Power Consumption Max 750W Environment Humidity: <90% (Relative) Temperature: 5°C to 35°C N2 gas supply Purity >99.99%, Output pressure 1-3 bar (0.1Mpa – 0.3 Mpa)