USA – Thermo Fisher Scientific has launched the iCAP MX Series ICP-MS, a new line of inductively coupled plasma mass spectrometry (ICP-MS) systems designed to improve trace element detection across various sectors, including environmental, food safety, industrial, and research labs.
This launch introduces both single and triple quadrupole systems to help labs perform precise elemental analysis with high sensitivity, ultimately boosting productivity and reliability in detecting harmful contaminants.
The iCAP MX Series ICP-MS includes two models: the iCAP MSX ICP-MS for single quadrupole analysis and the iCAP MTX ICP-MS for triple quadrupole analysis.
Each model is designed to deliver high performance and sensitivity, meeting the demands of labs managing diverse and complex sample matrices.
The single quadrupole MSX ICP-MS achieves a balance between matrix load and sensitivity, enabling reliable results for routine analysis.
Meanwhile, the triple quadrupole MTX ICP-MS is built for more challenging analyses, offering interference-free detection in complex samples.
“Our goal with the iCAP MX Series ICP-MS is to provide simplicity and high detection capabilities without sacrificing performance,” stated Alexander Grunewald, VP and General Manager of Applied Analytical Technologies at Thermo Fisher Scientific.
“These instruments empower labs to maximize productivity while reliably identifying harmful substances, supporting our customers’ missions to make the world healthier and safer.”
Benefits for diverse applications: From environmental to food safety
The iCAP MX Series ICP-MS is highly adaptable, making it ideal for a variety of applications.
In environmental testing, it enables labs to detect contaminants like lead and mercury, helping to prevent human exposure in drinking water.
Food safety labs use the technology for the rapid and precise detection of toxic and nutritional elements, ensuring food products meet regulatory standards.
Additionally, industrial research labs can leverage the iCAP MX Series to support production processes and accelerate material innovation, contributing to higher standards in manufacturing and product quality.
Improving lab efficiency with Argon gas dilution and minimal interference
One of the key features of the iCAP MX Series ICP-MS is its advanced argon gas dilution technology, which reduces the frequency of maintenance, keeping labs running efficiently.
This feature, combined with a new cone design and optimized tuning methods, helps extend the maintenance interval from multiple times per week to just once weekly or less, significantly decreasing downtime and increasing sample throughput.
Enhanced remote monitoring for labs
In addition to the iCAP MX Series launch, Thermo Fisher Scientific recently introduced Connect Edge hardware, an enhancement to their InstrumentConnect platform.
Connect Edge enables labs to monitor telemetry data from equipment remotely, integrating with systems like laboratory information management systems (LIMS) or building management systems (BMS).
The technology supports monitoring for up to ten devices through a single Ethernet or Wi-Fi gateway, compatible with over 700 Thermo Scientific equipment models.
“This advancement in lab monitoring enables technicians to make informed decisions that improve safety, optimize resources, and manage costs more effectively,” said Federico Dorati, Senior Director and General Manager of Instrument Enterprise Services at Thermo Fisher.
“Connect Edge represents a step forward in proactive lab management, helping labs to maintain high operational standards while extending equipment life.”
