Adaptas' ETP Ion Detect is the worlds leading brand for channel and discrete dynode electron multipliers for mass spectrometry. A worldwide technical and distribution network supports the company's global presence throughout The Americas, Europe, Japan, Asia Pacific, India, China and The Middle East. Adaptas' ETP Ion Detect primary R&D manufacturing division is located in Sydney, Australia.
Our Strengths
ETP Ion Detect work with mass spectrometry companies to discover, design, develop, test and manufacture the best ion detection systems available for a specific instrument.
ETP Ion Detects’ core capabilities include
- Simulation tools-modelling ions, electrons, mechanical & electrical systems
- Design of customised solutions for any MS to optimise system analytical requirements
- Rapid prototyping for customised solutions in partnership with customer
- Advanced proprietary manufacturing systems for product production and testing.
-
ETP Ion Detect 14214 Multiplier for VG Elemental PQ3 ICPMS
The 14214 is a dual-stage electron multiplier for use in early model Thermo Electron ICP-MS instruments. The 14214 multiplier incorporates "ACTIVE FILM" materials in a discrete-dynode multiplier design to achieve exceptionally sensitive ion detection with long operating life and excellent air stability.
-
ETP Ion Detect 14217 Multiplier for Perkin Elmer Sciex Elan 9000 ICPMS
The purpose of the dual-mode multiplier is to deliver both analog an pulse-counting signals simultaneously to the detection electronics. A "Gate" electrode is included in the 14217 so that the pulse counting section of the multiplier can be "gated off" to protect it from larger signal peaks.
-
ETP Ion Detect 14222 Multiplier for Agilent (Hewlett-Packard) 7500 ICPMS
The purpose of the dual-mode multiplier is to deliver both analog an pulse-counting signals simultaneously to the detection electronics. A "Gate" electrode is included in the 14222 so that the pulse counting section of the multiplier can be "gated off" to protect it from larger signal peaks.
-
ETP Ion Detect 14511 Multiplier for Agilent HP5970 MSD GCMS
The model 14511 detector has been specifically designed to retrofit the HP/Agilent 5970 MSD GC-MS system. The 14511 is completely self contained and plug-compatible with original equipment. No special mounting assemblies or other hardware is required. Installation or replacement of the 14511 takes only 20 minutes once the mass spectrometer has cooled and vented to atmosphere.mosphere.
-
ETP Ion Detect 14516 Multiplier for Agilent 5971 5972 GCD GCMS
The model 14516 detector has been specifically designed to retrofit HP/Agilent Technologies 5971 and 5972 MSD systems. The 14516 is completely self contained and plug compatible with the original equipment. An electrical lead set is supplied with each multiplier. No special mounting assemblies or other hardware is required. Installation or replacement of the multiplier takes about 5 minutes once the mass spectrometer is cooled and vented to atmosphere.
-
ETP Ion Detect 14533 Multiplier for Shimadzu QP5000 GCMS
14533 is specifically designed for application in Shimadzu QP5000 mass spectrometers. The 14533 is a direct "plug-in" replacement electron multiplier for the QP5000 mass spectrometer and is fully compatible with the Shimadzu hardware and software. There are three electrical connections to be made to properly install the AF533. Electrical connections are made via the three pins extending from the base of the multiplier. The positions of the three connection pins, 1) high voltage, 2) shield and 3) signal output, are shown in the diagram opposite. (Ground is connected via the mounting bracket).
-
ETP Ion Detect 14562A Multiplier for THERMO ELEMENT VG PQ-3 EXCEL SEQ ICPMS
Off axis ion entry for quadrupole systems. Most effective for positive ions with energies <254 eV. Bakeable to 350 C. All versions have maximum sustained linear output current limit for linear operation of 10 microamps.
-
ETP Ion Detect 14566 Multiplier for Varian UltraMass ICPMS
The 14566 is a line of sight detector specifically made for the Varian UltraMass ICP-MS quadrupole.
-
ETP Ion Detect 14573 Multiplier for Agilent (Hewlett-Packard) 4500 ICPMS
14573 is specifically designed for application in the Hewlett-Packard 4500 ICP-MS. The 14573 is specifically designed for the 4500 ICP mass spectrometer and is fully compatible with instrument hardware and software. The mounting bracket and connections of the 14573 are designed for easy installation into the Hewlett-Packard 4500 ICP-MS. There are four electrical connections to be made to properly install the AF573. Electrical connections are made via the four sockets in the mounting bracket. The positions of the four connection sockets extending from the base of the multiplier, 1) neg. high voltage, 2) pos. high voltage, 3) the ion deflector and 4) the signal output, are illustrated in the diagram below.
-
ETP Ion Detect 14610 Multiplier for AB Sciex API2000 LC-MS
The 14610 is an off-axis detector specifically made for the Sciex API 2000 LC-MS quadrupole.
-
ETP Ion Detect 14616 Multiplier for Agilent (Hewlett-Packard) GCMS 5973 (Detector ONLY)
The Model 14617 detector has been specifically developed to retrofit the Agilent Technologies 5973 MSD. The detector incorporates a modular design to facilitate ease of replacement and additional innovations intended to enhance performance. First time installation requires the 14617 assembly which includes the mechanical housing and multiplier module. Subsequent replacements require only the 14616 multiplier module. Note: Initial installation of the ACTIVE FILM Multipliers for the HP 5973 MSD requires part number 14617, which includes the electron multiplier and the mount. The mount houses the HED (high energy dynode) which increases the energy of the ions and reduces multiplier contamination. After initial installation, only the replacement electron multiplier, Part No. 14616, is required.
-
ETP Ion Detect 14617 Multiplier for Agilent (Hewlett-Packard) GCMS 5973 (Detector & Mount)
The Model 14617 detector has been specifically developed to retrofit the Agilent Technologies 5973 MSD. The detector incorporates a modular design to facilitate ease of replacement and additional innovations intended to enhance performance. First time installation requires the 14617 assembly which includes the mechanical housing and multiplier module. Subsequent replacements require only the 14616 multiplier module. Note: Initial installation of the ACTIVE FILM Multipliers for the HP 5973 MSD requires part number 14617, which includes the electron multiplier and the mount. The mount houses the HED (high energy dynode) which increases the energy of the ions and reduces multiplier contamination. After initial installation, only the replacement electron multiplier, Part No. 14616, is required.
-
ETP Ion Detect 14820 Multiplier for Kratos Kompack MALDI-TOF
TOFMS detectors offer the high dynamic range, pulse linearity and rapid recovery synonymous with ETPs high performance discrete dynode detectors. Innovations incorporated into these specialized detectors include thick-film capacitors to enhance linear response for large pulses, large active area (up to 20mm x 25mm) and 5000 volt conversion dynode operation for enhanced high-mass sensitivity. Precision mounting arrangements are included with most models.
-
ETP Ion Detect 14823H Multiplier for SENSAR/LARSON TOF2000 (High Current)
TOF Detectors (Flat/orthogonal ion impact surfaces, narrow pulse width, large dynamic range). Bakeable to 350°C. High current option. This increases the sustained output current limit for linear operation to 30 micro amps and decreases the internal resistance to 10% of the standard value.
-
ETP Ion Detect 14824 Multiplier for Comstock MiniTOF / Amersham Eltan
TOF Detectors (Flat/orthogonal ion impact surfaces, narrow pulse width, large dynamic range). Bakeable to 350°C. Maximum sustained output current limit for linear operation of 5 micro amps. Available with the high current option by adding the suffix H to the part number. This increases the sustained output current limit for linear operation to 30 micro amps and decreases the internal resistance to 10% of the standard value.
-
ETP Ion Detect 14834H Multiplier for GBC OPTIMASS ICPMS
TOF Detectors (Flat/orthogonal ion impact surfaces, narrow pulse width, large dynamic range). Bakeable to 350°C. High current option. This increases the sustained output current limit for linear operation to 30 micro amps and decreases the internal resistance to 10% of the standard value.
-
ETP Ion Detect 14874 Multiplier for Kratas Axima HD MALDI-TOF
TOF Detectors (Flat/orthogonal ion impact surfaces, narrow pulse width, large dynamic range). Bakeable to 350°C. Maximum sustained output current limit for linear operation of 5 micro amps. Available with the high current option by adding the suffix H to the part number. This increases the sustained output current limit for linear operation to 30 micro amps and decreases the internal resistance to 10% of the standard value.
-
ETP Ion Detect 14875 Multiplier for TOF MALDI-TOF Biorad Proteinchip2
TOF Detectors (Flat/orthogonal ion impact surfaces, narrow pulse width, large dynamic range). Bakeable to 350°C. Maximum sustained output current limit for linear operation of 5 micro amps. Available with the high current option by adding the suffix H to the part number. This increases the sustained output current limit for linear operation to 30 micro amps and decreases the internal resistance to 10% of the standard value.