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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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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.
Key specifications
GBC OptiMass 9600
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The GBC OptiMass 9600 is GBC Scientific Equipment’s orthogonal-acceleration time-of-flight ICP-MS. The RF generator is 27.12 MHz at 500–1500 W. Sample introduction is a concentric glass nebulizer and a quartz torch, with argon below 12 L/min and a 4-channel 12-roller pump from 0–60 rpm. The OA-TOF analyser covers 1–260 amu at more than 30,000 spectra/s. Resolution is typically ≥1,200 for 238U.
GBC Scientific Equipment is Australian, founded in 1978, with operations in Melbourne and Penang. The OptiMass 9600 is the mass-spectrometry bench on this elemental line.
Al-Shaker specifies OptiMass 9600 versus Quantima when the method needs mass spectra, then installs, trains, and supports the ICP-MS across Jordan, the GCC, and MENA.
Specifications
8 parameters
Orthogonal-acceleration time-of-flight with more than 30,000 spectra/s on the full mass range.
500–1500 W into a quartz torch, concentric glass nebulizer, and argon below 12 L/min.
Typically ≥1,200 for uranium-238 — the figure GBC publishes for this analyser.
Al-Shaker specifies the configuration, documents the system, and supports it across Jordan, the GCC, and MENA.
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Share the workflow, capacity, and compliance constraints. We respond with a recommended configuration, not a generic catalogue list.