Automatic module detection and remote configuration make bench-top TOF mass spectrometry easier to start, customize, and use.
Adjustable RF amplitude and frequency in an ion trap expand mass-range detection while improving sensitivity and limiting interference currents.
Offset planar or nested cylindrical ion paths let one ELIT measure multiple ions simultaneously, reducing CDMS analysis time while preserving accuracy.
Biasing contact terminals replace lens wiring in a mass spectrometer, simplifying attachment, detachment, and maintenance.
A switchable collision cell uses RF focusing when pressurized and static focusing when evacuated to cut noding effects and interferences.
Combining RF travelling waves with opposing DC fields spatially sorts ions by m/z, reducing ion wastage in mass spectrometry.
Dual-sensitivity magnetic field adjustment helps leak-detection mass spectrometers handle tracer-gas changes and environmental disruption with better precision.
Parallel rectifiers and offset cancellation improve wave-detection linearity, reducing mass deviation across wide mass-to-charge ranges.
A balanced high-frequency drive and symmetric stray-capacitance transformer suppress common-mode noise while keeping polarity inversion fast.
Resistive return-path isolation and floating/Faraday shields cut bias-supply noise coupling, reducing ripple in mass spectrometer ion detectors.
Alternating axial fields and a counteracting force trap selected ions by differential mobility while transmitting others for complex sample analysis.
A hydrophobic thread stabilizes tiny biological samples and enables direct electrospray mass spectrometry without dilution or extensive prep.
Triangular PCB faces, guard rails, and vent slots improve ion transmission, reduce edge losses, and ease high-volume ion funnel assembly.
A 2D ion filter uses electrode arrays and counterflow gas to continuously separate narrow mobility ranges while reducing ion loss.
Gaussian fitting processes digitized TOF ion signals in real time to improve arrival-time precision, signal intensity accuracy, and high-rate throughput.
Parallel ELIT regions let ions oscillate through separate charge detection cylinders, raising measurement rate without sacrificing precision.
Bridge-switched HV regulators let MR-ToF mass spectrometers change polarity faster with fewer supplies, cutting settling time and circuit complexity.