Galaxy Scientific
Galaxy Scientific QuasIR 4000
The most versatile QuasIR FT-NIR: integrating sphere and transmission chamber in one portable spectrometer for liquids, solids, and pastes.
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Equipment guide
Spectroscopy and elemental analysis instruments in Jordan
Spectroscopy identifies or quantifies materials by how they absorb, emit or scatter light. For metals, atomic absorption (AAS) is the economical choice, ICP-OES handles many elements at once, and ICP-MS reaches ultra-trace levels. UV-Vis, NMR, Raman and FT-NIR cover organic and material analysis.
In our catalog
Spectroscopy and analytical instruments
60 products from Oxford Instruments, GBC Scientific Equipment, Galaxy Scientific
GBC Scientific Equipment
GBC SavantAA
Double-beam AAS from GBC Scientific Equipment: Ebert-Fastie 333 mm, 175–900 nm, 1800 line/mm, 8-lamp turret, Hyper-Pulse background correction.
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Oxford Instruments
Oxford Instruments X-Pulse 90
The only 90 MHz broadband benchtop NMR: cryogen-free permanent magnet, SpinFlow software, optional 25-position X-Auto — structure and QC on the bench, not in a superconducting hall.
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Galaxy Scientific
Galaxy Scientific QuasIR 1000
Portable FT-NIR with a transmission chamber for liquids — cuvettes and vials up to 10 mm, with optional temperature control from 20 °C to 100 °C.
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GBC Scientific Equipment
GBC Quantima
GBC ICP-OES: 11 L/min argon on typical aqueous work, IIS ignition, slurry and high TDS without dilution, organics without an oxygen accessory.
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Oxford Instruments
Oxford Instruments MQC-R
Benchtop time-domain NMR at 23 MHz: oil, fat, moisture, protein, fluorine, droplet size — interchangeable 10–26 mm probes, optional >3 T/m gradients, QA software beside the research package.
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Galaxy Scientific
Galaxy Scientific QuasIR 3000
Portable FT-NIR with a 23 mm integrating sphere for solids, plus transflectance for opaque liquids and pastes — built for food and agriculture sampling.
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GBC Scientific Equipment
GBC OptiMass 9600
OA-TOF ICP-MS: 27.12 MHz RF at 500–1500 W, argon <12 L/min, 1–260 amu, >30,000 spectra/s, resolution typically ≥1,200 for 238U.
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Oxford Instruments
Oxford Instruments witec360 Raman
WITec confocal Raman imaging: Hexalight spectrometer 350–1100 nm, up to six gratings, correlative AFM/SEM/fluorescence — chemical maps at the nanoscale, not a point-and-shoot Raman probe.
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Galaxy Scientific
Galaxy Scientific QuasIR 2000
Portable fiber-optic FT-NIR for lab, process, and field — SMA 905 probes for reflection, transmission, or transflectance of liquids or solids.
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GBC Scientific Equipment
GBC Cintra 4040
True double-beam double-monochromator UV-Vis: 190–900 nm, bandpass 0.1–2.0 nm, scan 5–10,000 nm/min, R928 PMT, linearity <0.3% at 4 Abs.
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Oxford Instruments
Oxford Instruments Jupiter Discovery AFM
Asylum Research large-sample AFM: <25 pm noise floor, 5–20× faster scans, granite bridge and LVDT sensors — atomic resolution with a workflow a new user can finish in minutes.
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How to choose: Spectroscopy and analytical instruments
- 01
Detection limits
AAS for ppm–ppb single elements, ICP-OES for multi-element ppm–ppb, ICP-MS for ppb–ppt trace and isotopes.
- 02
Throughput
ICP techniques analyse many elements per sample, so they win for large sample batches; AAS is simple for a few elements.
- 03
Sample type
Liquids suit AAS and ICP; solids may need digestion, or direct techniques such as XRD, Raman or FT-NIR.
- 04
Benchtop and portable
Benchtop NMR, Raman and portable FT-NIR bring analysis to the production floor or field without a full research facility.
- 05
Running costs and gases
ICP consumes argon; plan gas supply and cooling (see our gas and chiller guides) alongside the instrument.
Typical applications
- Metals in water, food, soil and pharmaceuticals
- Materials, polymers and nanotechnology research
- Raw-material identity testing
- Process and field analysis
- Teaching and research laboratories
Manufacturers we supply for this equipment
Each range is supplied with installation, operator training and local service.
Frequently asked questions
AAS, ICP-OES or ICP-MS: how do I choose?
Use AAS when you analyse a few elements at modest sensitivity, ICP-OES for many elements at once, and ICP-MS for ultra-trace levels or isotope work. Budget, sample volume and detection limits decide.
What is UV-Vis spectroscopy used for?
It measures how a sample absorbs ultraviolet and visible light, used for concentration, purity, kinetics and quality control across pharma, food, water and chemistry.
Does Al-Shaker provide installation and training for these instruments?
Yes. Installation, commissioning, application training and support are delivered by the Al-Shaker technical team with the manufacturer's backing.
Talk to the technical team
Tell us the application. We will specify the system.
Share the workflow, capacity, and compliance constraints. We respond with a recommended configuration, not a generic catalogue list.