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Labspark1000 ( Spark-OES)

Labspark1000 (Spark-OES)

It is widely used for production process control, pre-furnace assay, finished product lab testing in such fields as metallurgy, casting, machinery and metal processing, and used for analysis of Fe, AI, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag and other metals and alloys. It features good stability, low testing limit, rapid analysis, low operating cost, convenient maintenance and strong anti-jamming capability.

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It is widely used for production process control, pre-furnace assay, finished product lab testing in such fields as metallurgy, casting, machinery and metal processing, and used for analysis of Fe, AI, Cu, Ni, Co, Mg, Ti, Zn, Pb, Sn, Ag and other metals and alloys. It features good stability, low testing limit, rapid analysis, low operating cost, convenient maintenance and strong anti-jamming capability.
  1. abspark100 Full-digital solid-state light source with excitation energy and continuously adjustable frequency are suitable for various materials.
  2. abspark10Unique constant-temperature spark stand design and annular argon flow ensures instrument stability under continuous excitation conditions and avoids adverse effects caused by utilization of water cooling.
  3. abspark Safety protection equipment can prevent unsafe excitation.
  4. abspark Copper-based spark stand is easy to removeand clean.
  5. abspar Special accessories foreasy analysis of objects in a variety ofshapes (cake, stick and linear).
  6. abspa Integrated lens isolation valve prevents strength degradation caused by light chamber contamination due to routine maintenance and is easy to be replaced.
  7. abspDischarge chamber is uniquely designed to ensure discharging under optimal conditions.
  8. Tungstenelectrodes are used asexcitation electrodes.
  9.  Paschen-Runge mounting, high luminous holographic grating


  1. Focal length of grating: 750mm, 2400 grooves/mm, spectral line range: 120-800nm.
  2. Dispersive power: Class I: 0.55nm/mm, Class II: 0.275nm/mm.
  3. Resolution: Better than0.01nm
  4. Overall emergence slit forconvenient and rapid commissioning, easy channel addition and modification, and saving costs.
  5.  Core components such as gratings and photomultipliers are all imported.
  6.  Vacuum is controlled by a vacuum pump and vacuum controller.
  7. The casted light chamber has a low thermal expansion coefficient and meets the relevantrequirements.