
Detectors for ICP-MS
The Agilent high quality electron multiplier for ICP-MS converts incident ions into an amplified electric current used to record measurements of the ion signal. As the voltage in the system increases the amplification factor (or gain) increases.
- ICP-MS Instrument & Accessory Supplies
Product Details
- Long lifetime pulse - analogue detector provides superior wide linear dynamic range of up to 11 orders to allow measurement of major and trace elements in a single run
- Electron multiplier converts incident ions into an amplified electric current in a stable, precision process
- The low noise currents created are used to measure the ion signal from sample in a wide variety of ICP-MS applications.
- As voltage increases, the amplification factor (also known as gain) increases in the system
- Flyers
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ICP-MS Supplies - Quick Reference Guide
List of commonly ordered parts and supplies for ICP-MS. Keep this list handy so you can quickly find the supplies you need and minimize instrument downtime.
- Flyers
- English
- 12 Jan 2026
- 320.71 KB
- White Papers
- Package Insert
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Essential Supplies for ICP-MS
Essential Supplies for ICP-MS. Learn more about maximizing ICP-MS performance. Save money and help the planet by trading in your used Pt interface cones.
- Package Inserts
- English
- 21 Sep 2018
- 399.14 KB
Essential Supplies Guide for Agilent ICP-MS Instruments
Discover the right supplies for your instrument to achieve peak performance and optimize your ICP-MS workflow
New ICP-MS Supplies Available for Agilent 9500 ICP-QQQ
Agilent Technologies has expanded its ICP-MS supplies portfolio with dedicated consumables and accessories for the Agilent 9500 ICP-QQQ. These supplies are designed and engineered to help laboratories maintain optimal performance, reliability, and data quality for routine and advanced elemental analysis. From torches and cones to sample introduction components, the Agilent 9500 ICP-QQQ supplies portfolio supports consistent operation, reduced downtime, and dependable results.
- 01 Jun 2026